Jabin

Calycophyllum Candidissimum

Rubiaceae Family

Other names:

Dagame

Degami

Lemonwood

Characteristics

Origin & Habitat

Origin: Calycophyllum candidissimum is native to southern Mexico, Cuba, Central America, Colombia, and Venezuela.

Habitat: Jabin trees are adapted to tropical and subtropical environments. Here are some key habitat characteristics:

Climate: Jabin trees thrive in a tropical climate with warm temperatures year-round. They are well-suited to regions with high humidity and receive ample rainfall.

Rainfall: Adequate rainfall is essential for the growth of Jabin trees, and they are often found in areas with consistent and sufficient rainfall.

Soil: Jabin trees can grow in various soil types, including well-drained soils. They are often found in lowland tropical forests.

Altitude: Jabin trees are typically found at lower elevations, often below 1,000 meters (3,280 feet) above sea level.

Colour & Grain

Colour: he heartwood of Jabin wood typically features a rich and lustrous reddish-brown to dark brown colour. This natural coloration is highly attractive and can deepen with age and exposure to light.

In contrast to the heartwood, the sapwood of Jabin wood is generally lighter in colour, often ranging from pale yellow to a light pinkish-brown. The boundary between the heartwood and sapwood creates visual contrast that enhances the wood's overall appearance.

Grain Pattern: Jabin wood typically exhibits a straight to slightly interlocked grain pattern. The grain is fine to medium in texture, contributing to a smooth and polished finish when worked.

Figure: While it may not have highly pronounced figure patterns, Jabin wood can occasionally display figuring, such as ribbon-stripe or mottled patterns, which adds to its visual appeal.

Texture: The wood has a relatively fine texture, further enhancing its overall aesthetics.

Common Applications

Fine Furniture: Jabin wood is often used in crafting high-quality furniture. Its rich reddish-brown to dark brown heartwood and fine grain make it an excellent choice for creating elegant and visually appealing tables, chairs, cabinets, and other pieces.

Cabinetry: Cabinetmakers appreciate Jabin wood for its distinctive color and grain. It is used in the construction of kitchen and bathroom cabinets, where its unique appearance enhances the overall aesthetics.

Woodworking Crafts: Woodworkers and artisans use Jabin wood for crafting fine woodworking projects, including intricate carvings, decorative panels, and small wooden items like boxes and frames.

Musical Instruments: The wood's acoustic properties and attractive appearance make it suitable for crafting the backs and sides of musical instruments, particularly acoustic guitars and other stringed instruments.

Architectural Millwork: Jabin wood can be incorporated into architectural millwork, such as mouldings, trim, and custom millwork details, to add a touch of luxury to interior spaces.

Traditional Maya Construction: The Jabin tree has been traditionally used by the Maya people in construction. It is employed to make pillars for homes and beams for roofs. Its durability and strength make it a suitable choice for supporting structures in traditional Maya architecture.

Shipwrighting: While not as common as some other hardwoods used in shipbuilding, Jabin wood has been used historically in shipwrighting. Its strength and resistance to decay and rot make it a potential choice for various components of wooden ships, such as frames, planks, and beams.

Versatility Beyond Woodworking

The wood is known for its medicinal properties, with the tree bark being used by Mayan J-Men healers to aid with conditions such as arthritis, headaches, back pain, and insomnia.

Durability

Natural Durability: Jabin wood is naturally durable, especially its heartwood. It exhibits excellent resistance to decay, rot, and fungal attack. This natural durability is a valuable attribute, particularly in outdoor applications and in humid or damp environments.

Insect Resistance: Jabin wood is also known for its resistance to insect infestations, including termites. This makes it a reliable choice in regions where wood-boring insects are a common concern.

Density and Hardness: Jabin wood is relatively dense and hard, which contributes to its durability and resistance to wear and tear. It can withstand heavy use and is less likely to dent or scratch.

Moisture Resistance: While not completely waterproof, Jabin wood's natural resistance to moisture makes it suitable for applications where it may be exposed to occasional dampness or high humidity.

Stability: Properly seasoned and dried Jabin wood exhibits good dimensional stability, reducing the likelihood of warping, cracking, or splitting over time.

Longevity: Due to its durability, Jabin wood can have a long lifespan when used in applications that require resistance to decay and insects.

Low Maintenance: Jabin wood's durability often translates to low maintenance requirements. Properly finished and maintained, it can retain its structural integrity and appearance for an extended period.

Moisture Content

Green Moisture Content: When freshly cut, Jabin wood typically has a high moisture content. This green or freshly cut wood can have a moisture content well above 30% or even higher.

Drying Process: Proper drying is essential to reduce the moisture content of Jabin wood to an appropriate level for woodworking. Kiln drying or air drying is commonly used to bring the moisture content down to a suitable range.

Equilibrium Moisture Content (EMC): Once dried, Jabin wood will reach an equilibrium moisture content that is in balance with the surrounding environment. The specific EMC can vary depending on factors such as the local climate and indoor conditions. For interior uses in temperate climates, an EMC of 6% to 12% is typical for hardwoods like Jabin.

Application Specific: The ideal moisture content for Jabin wood depends on its intended application and the environmental conditions of the area where the final product will be used. Woodworkers often acclimate the wood to the environment where it will be installed to minimize the risk of dimensional changes.

Physical & Mechanical Characteristics

  • Density: 700 kg/m³
  • Modulus of Elasticity (MOEFLEX): 128000 cm³
  • Resistance to Elastic Limit (RLEFLEX): 565 kg/cm²
  • Flex Rupture Resistance (RR): 1311 kg/cm²
  • Modulus of Elasticity Compression Parallel (MOECom): 139260 kg/cm²
  • Resistance to Elastic Limit Compression Parallel (RLECom): 292 kg/cm²
  • Resistance to Rupture Compression Parallel (RR Com): 428 kg/cm²
  • Perpendicular Resistance to Elastic Limit Compression Perpendicular (RLE Com): 449 kg/cm²
  • Resistance to Rupture Shear Parallel (RR Corte) : 404 kg/cm²
  • Lateral Hardness for Side Face (JK Lateral): 842 kg
  • Lateral Hardness for Transverse Face (JK Lateral): 654 kg

Safety Considerations

While Jabin wood is not known for significant toxicity, wearing protective gear such as gloves and a mask can help minimise potential irritation or allergies.

If you have specific concerns or allergies, it's advisable to conduct a small test or consult safety guidelines before prolonged exposure or extensive handling.

Endangerment Level

Not Evaluated 

(iucnredlist.org)

Katalox

Swartzia Cubensis

Swartzia genus in the Fabaceae-Caesalpinioideae family.

Other names:

Cataox

Catalox

Mexican Ebony

Royal Ebony

Characteristics

Origin & Habitat

Origin: Katalox is native to tropical rainforests and can be found in various regions, including Mexico and Central America.

Habitat: Katalox trees are adapted to tropical and subtropical environments. Here are some key habitat characteristics:

Climate: Katalox trees thrive in a tropical climate with warm temperatures throughout the year. They are well-suited to regions with high humidity and receive ample rainfall.

Rainfall: Adequate rainfall is crucial for the growth of Katalox trees, and they are often found in areas with consistent and sufficient rainfall.

Soil: Katalox trees can grow in a variety of soil types, including well-drained soils. They are often found in lowland tropical forests.

Altitude: Katalox trees are typically found at lower elevations, often below 1,000 meters (3,280 feet) above sea level.

Colour & Grain

Colour: The heartwood of Katalox is renowned for its exceptionally dark and dense colour. It is one of the darkest natural woods available, ranging from dark reddish-brown to nearly black when freshly cut.

The sapwood of Katalox is usually much lighter in colour, often pale yellow or beige. The sharp contrast between the dark heartwood and light sapwood creates striking visual patterns.

Color Change: Over time, the dark heartwood of Katalox can darken further with exposure to light, turning a deep, almost ebony black. This darkening process is highly valued and adds to the wood's allure.

Grain Pattern: Katalox typically exhibits a straight to slightly interlocked grain pattern. The grain is fine to medium in texture, contributing to a smooth and polished finish.

Texture: The wood has a relatively fine texture, which, combined with its tight grain, allows it to take a high polish and finish exceptionally well.

Figure: While Katalox may not have highly pronounced figure patterns, it can occasionally display subtle figuring, such as fine striping or mottling, which adds to its visual appeal.

Dark Colour Patina: Over time, the heartwood of Katalox can darken further, developing a deep and lustrous ebony-like patina that adds to its visual appeal while retaining its durability.

Common Applications

Fine Furniture: Katalox is often used in crafting high-quality furniture, including tables, chairs, cabinets, and desks. Its dark and luxurious appearance adds a touch of elegance to furniture pieces.

Decorative Woodworking: Woodworkers and artisans use Katalox for creating decorative items such as fine carvings, inlays, and ornamental pieces. Its fine grain and dark color make it suitable for intricate woodworking projects.

Musical Instruments: Katalox is valued in musical instrument making, particularly for the construction of fingerboards, bridges, and other components of stringed instruments like guitars and violins. Its hardness and stability are ideal for this purpose.

Turned Items: Woodturners use Katalox to create turned items such as bowls, vases, and pens. Its fine grain allows for smooth turning and polishing.

Flooring: Due to its durability and resistance to wear and tear, Katalox is occasionally used for hardwood flooring in high-traffic areas where a dark, exotic wood floor is desired.

Cabinetry: Cabinetmakers appreciate Katalox for its unique appearance. It can be used for cabinet doors, drawer fronts, and other cabinetry components.

Veneers: Katalox can be sliced into thin veneer sheets and used as decorative overlays on furniture, interior doors, and architectural elements to create a striking visual contrast.

Woodworking Tools: Katalox is used for making handles for woodworking tools, providing durability and a comfortable grip.

Dowels and Pegs: Its hardness and strength make Katalox suitable for creating dowels and pegs for joinery and construction purposes.

Durability

Hardness: Katalox is extremely hard, with a Janka hardness rating that can exceed 3,600 pounds-force (lbf). Its hardness makes it highly resistant to denting and wear, making it suitable for high-traffic areas and applications where durability is crucial.

Durability Against Decay: Katalox is naturally resistant to decay and rot. Its heartwood contains natural compounds that deter fungal growth and wood-destroying organisms, contributing to its longevity in outdoor and moist environments.

Insect Resistance: Katalox wood is known for its resistance to wood-boring insects, including termites. This resistance makes it a preferred choice in regions where insect infestations are a concern.

Dimensional Stability: Properly dried and seasoned Katalox wood exhibits good dimensional stability. It is less prone to warping, twisting, or shrinking when exposed to changes in humidity or temperature.

Weather Resistance: Katalox's natural oils and hardness contribute to its ability to withstand weathering, including exposure to sunlight and moisture. It maintains its structural integrity and appearance over time.

Longevity: Due to its durability, Katalox wood products can have a long lifespan when used in various applications. Proper maintenance and finishing can further enhance its longevity.

Wear Resistance: Katalox's hardness and density make it highly resistant to wear and abrasion. This property is advantageous in applications such as flooring and tool handles.

Low Maintenance: Katalox wood often requires minimal maintenance to retain its durability and appearance. Regular cleaning and occasional refinishing are typically sufficient.

Resistance to Chemicals: Katalox is generally resistant to a wide range of chemicals and solvents, making it suitable for applications where exposure to chemicals may occur.

Dark Color Patina: Over time, the heartwood of Katalox can darken further, developing a deep and lustrous ebony-like patina that adds to its visual appeal while retaining its durability.

Moisture Content

Green Moisture Content: When freshly cut, Katalox wood can have a relatively high moisture content, often exceeding 30% or even higher. Like most woods, it contains a significant amount of moisture in its green state.

Drying Process: Proper drying is essential to reduce the moisture content of Katalox wood to an appropriate level for woodworking. Kiln drying or air drying is typically used to bring the moisture content down to a suitable range.

Equilibrium Moisture Content (EMC): Once properly dried, Katalox wood will reach an equilibrium moisture content that is in balance with the surrounding environment. The specific EMC can vary depending on factors such as the local climate and indoor conditions. For interior uses in temperate climates, an EMC of 6% to 12% is typical for hardwoods like Katalox.

Application Specific: The ideal moisture content for Katalox wood depends on its intended application and the environmental conditions of the area where the final product will be used. Woodworkers often acclimate the wood to the environment where it will be installed to minimise the risk of dimensional changes.

Physical & Mechanical Characteristics

  • Density: 830 kg/m³
  • Modulus of Elasticity (MOEFLEX): 183600 cm³
  • Resistance to Elastic Limit (RLEFLEX): 700 kg/cm²
  • Flex Rupture Resistance (RR): 1349 kg/cm²
  • Modulus of Elasticity Compression Parallel (MOECom): 1691100 kg/cm²
  • Resistance to Elastic Limit Compression Parallel (RLECom): 363 kg/cm²
  • Resistance to Rupture Compression Parallel (RR Com): 602 kg/cm²
  • Perpendicular Resistance to Elastic Limit Compression Perpendicular (RLE Com): 557 kg/cm²
  • Resistance to Rupture Shear Parallel (RR Corte) : 602 kg/cm²
  • Lateral Hardness for Side Face (JK Lateral): 844 kg
  • Lateral Hardness for Transverse Face (JK Lateral): 947 kg

Safety Considerations

Katalox wood has been reported to cause respiratory irritation in some individuals.

This indicates that the wood may have allergenic properties and can cause respiratory issues in sensitive individuals.

Therefore, it is advisable to wear appropriate personal protective equipment, including a dust mask and eye protection, to minimise exposure to wood dust and debris.

If you have specific concerns or allergies, it's advisable to conduct a small test or consult safety guidelines before prolonged exposure or extensive handling.

Endangerment Level

Not Evaluated 

(iucnredlist.org)

Machiche

Lonchocarpus Castilloi Standl

Fabaceae Family

Other names:

Balche

Black Cabbage Bark

Caribbean Cherry

Copal

Jatoba

Mayan Cherry

Zazareno

Characteristics

Origin & Habitat

Origin: Machiche trees are primarily found in the tropical regions of Central America. Its natural range includes countries such as Mexico, Belize, Guatemala, Honduras, Nicaragua, Costa Rica, and Panama.

Habitat: Machiche trees grow in tropical and subtropical habitats with specific environmental conditions. Here are some key habitat characteristics:

Climate: Machiche trees thrive in a tropical climate with warm temperatures year-round. They are well-adapted to regions with a distinct wet season and high humidity.

Rainfall: Adequate rainfall is important for the growth of Machiche trees. They are often found in areas with regular and sufficient rainfall.

Soil: Machiche trees can grow in various soil types, including well-drained soils with good aeration. They are often found in lowland tropical forests.

Altitude: Machiche trees are typically found at lower elevations, often below 1,000 meters (3,280 feet) above sea level.

Colour & Grain

Colour: The heartwood of Machiche wood ranges from a rich reddish-brown to a deep dark brown. It is often described as having a warm and attractive reddish hue.

The sapwood of Machiche is typically pale yellow to nearly white. There is a clear demarcation between the heartwood and sapwood, creating a visually striking contrast.

Colour Changes: Machiche wood tends to darken with age and exposure to light. This natural aging process enhances its colour, and the wood develops a deeper and more lustrous patina over time.

Grain Pattern: Machiche typically displays a straight to slightly interlocked grain pattern. The grain is generally fine to medium in texture, contributing to a smooth and polished finish.

Texture: The wood has a relatively even and fine texture, which makes it well-suited for fine woodworking projects and applications where a smooth surface is desired.

Figure: While Machiche may not exhibit highly pronounced figure patterns, it can occasionally display subtle figuring, such as fine striping or mottling, adding to its visual appeal.

Common Applications

Outdoor Furniture: Due to its natural resistance to decay and insects, Machiche is often used in the construction of outdoor furniture, such as benches, tables, and chairs. Its durability allows it to withstand exposure to the elements.

Decking: Machiche wood is an excellent choice for decking material. It can be used to create durable and long-lasting decks that resist rot, decay, and insect damage.

Flooring: The hardness and wear resistance of Machiche make it suitable for hardwood flooring. It can withstand heavy foot traffic and maintain its appearance over time.

Cabinetry: Machiche is used in cabinetry for kitchen and bathroom cabinets, providing both durability and an attractive appearance with its warm color.

Millwork: It is used in architectural millwork, including moldings, trim, and custom millwork details, to add an elegant touch to interior spaces.

Turned Items: Woodturners use Machiche wood to create turned items such as bowls, vases, and decorative wooden objects. Its fine grain and workability make it suitable for these projects.

Boat Building: Machiche has been used in boat building due to its natural resistance to water and durability. It can be used for boat decks, hull components, and trim.

Utility Poles: In some regions, Machiche wood is used for utility poles due to its strength and resistance to decay.

Fencing: It is used in fencing materials for its durability, providing a long-lasting solution for enclosing properties.

Architectural Details: Machiche can be used to create decorative architectural elements such as posts, beams, and corbels.

Decorative Veneers: Sliced into thin veneer sheets, Machiche is used as decorative overlays on furniture, paneling, doors, and other surfaces to enhance their appearance.

Art and Sculpture: Some artists and sculptors appreciate Machiche wood for its rich colour and workability, using it to create unique artworks and sculptures.

Durability

Natural Resistance to Decay: Machiche wood is naturally resistant to decay and rot. Its heartwood contains natural compounds that deter fungal growth and wood-destroying organisms. This resistance to decay contributes significantly to its longevity in outdoor and damp environments.

Insect Resistance: Machiche wood is also known for its resistance to wood-boring insects, including termites. This resistance makes it a preferred choice in regions where insect infestations are common.

Hardness: Machiche wood is exceptionally hard and dense, with a Janka hardness rating that can exceed 2,500 pounds-force (lbf). Its hardness contributes to its durability and ability to withstand wear and impact.

Wear Resistance: Due to its hardness, Machiche is highly resistant to wear and abrasion. This property is advantageous in applications such as flooring and decking, where it can endure heavy foot traffic and resist damage.

Dimensional Stability: Properly dried and seasoned Machiche wood exhibits good dimensional stability. It is less prone to warping, twisting, or shrinking when exposed to changes in humidity or temperature.

Weather Resistance: Machiche's natural oils and hardness make it highly resistant to weathering, including exposure to sunlight and moisture. It maintains its structural integrity and appearance over time.

Longevity: Due to its durability, Machiche wood products can have a long lifespan when used in various applications, even in challenging outdoor environments.

Low Maintenance: Machiche wood often requires minimal maintenance to retain its durability and appearance. Regular cleaning and occasional refinishing are typically sufficient.

Chemical Resistance: Machiche wood is generally resistant to a wide range of chemicals and solvents, making it suitable for applications where exposure to chemicals may occur.

Aging and Patina: Over time, the heartwood of Machiche can develop a deeper and more lustrous patina, enhancing its appearance while retaining its durability.

Moisture Content

Green Moisture Content: When freshly cut, Machiche wood can have a relatively high moisture content, often exceeding 30% or even higher. Like most woods, it contains a significant amount of moisture in its green state.

Drying Process: Proper drying is essential to reduce the moisture content of Machiche wood to an appropriate level for woodworking. Kiln drying or air drying is typically used to bring the moisture content down to a suitable range.

Equilibrium Moisture Content (EMC): Once properly dried, Machiche wood will reach an equilibrium moisture content that is in balance with the surrounding environment. The specific EMC can vary depending on factors such as the local climate and indoor conditions. For interior uses in temperate climates, an EMC of 6% to 12% is typical for hardwoods like Machiche.

Application Specific: The ideal moisture content for Machiche wood depends on its intended application and the environmental conditions of the area where the final product will be used. Woodworkers often acclimate the wood to the environment where it will be installed to minimize the risk of dimensional changes.

Physical & Mechanical Characteristics

  • Density: 740 kg/m³
  • Modulus of Elasticity (MOEFLEX): 180540 cm³
  • Resistance to Elastic Limit (RLEFLEX): 641 kg/cm²
  • Flex Rupture Resistance (RR): 1195 kg/cm²
  • Modulus of Elasticity Compression Parallel (MOECom): 148370 kg/cm²
  • Resistance to Elastic Limit Compression Parallel (RLECom): 314 kg/cm²
  • Resistance to Rupture Compression Parallel (RR Com): 557 kg/cm²
  • Perpendicular Resistance to Elastic Limit Compression Perpendicular (RLE Com): 557 kg/cm²
  • Resistance to Rupture Shear Parallel (RR Corte) : 557 kg/cm²
  • Lateral Hardness for Side Face (JK Lateral): 752 kg
  • Lateral Hardness for Transverse Face (JK Lateral): 733 kg

Safety Considerations

While Machiche wood is not known for significant toxicity, wearing protective gear such as gloves and a mask can help minimise potential irritation or allergies.

If you have specific concerns or allergies, it's advisable to conduct a small test or consult safety guidelines before prolonged exposure or extensive handling.

Endangerment Level

LR - Lower Risk

(iucnredlist.org)

Pucté

Calycophyllum Spruceanum

Rubiaceae Family

Other names:

Bullet Wood

Capirona

Caribbean Ipe

Pau Mulato

Characteristics

Origin & Habitat

Origin: Pucté wood is native to the Amazon basin in South America, particularly in countries like Brazil, Peru, and Colombia. It is an important tree species within the Amazon rainforest.

Habitat: Pucté trees are adapted to the tropical rainforest environment of the Amazon. Here are some key habitat characteristics:

Climate: Pucté trees thrive in the warm and humid climate of the Amazon rainforest, where temperatures remain consistently high throughout the year.

Rainfall: The Amazon rainforest receives abundant rainfall, and Pucté trees are often found in areas with high annual precipitation.

Soil: Pucté trees can grow in various soil types within the rainforest, including well-drained soils and areas prone to occasional flooding.

Altitude: Pucté trees are typically found at low to moderate elevations within the Amazon basin.

Colour & Grain

Colour: The heartwood of Pucté wood varies from medium to dark brown with rich reddish or purple undertones. It is known for its warm and attractive colour.

The sapwood of Pucté is typically lighter in colour, often a pale yellow to cream hue. There is a clear demarcation between the heartwood and sapwood.

Colour Changes: Pucté wood undergoes a natural colour transformation over time. When freshly cut, it may have a lighter appearance, but it tends to darken with exposure to light, air, and age. This aging process enhances its colour and patina.

Grain Pattern: Pucté wood typically exhibits a straight to interlocked grain pattern. The grain is usually fine to medium in texture, contributing to a smooth and polished finish.

Common Applications

Fine Furniture: Pucté wood is often used in crafting high-quality furniture, including tables, chairs, cabinets, and dressers. Its warm color and fine grain lend an elegant touch to furniture pieces.

Interior Finishings: It is used in interior architectural finishings, such as moldings, trim, and paneling, to enhance the aesthetics of homes and buildings.

Cabinetry: Pucté wood is a choice material for kitchen and bathroom cabinets, providing both durability and a visually appealing appearance.

Wood Flooring: Due to its durability and stability, Pucté wood is used for hardwood flooring. It can withstand foot traffic and maintain its appearance over time.

Turned Items: Woodturners appreciate Pucté wood for creating turned items such as bowls, vases, and decorative pieces. Its fine grain allows for smooth turning and intricate designs.

Decorative Woodworking: Pucté wood is used for decorative woodworking, including carvings, inlays, and ornamental details in furniture and architectural elements.

Musical Instruments: It is occasionally used in the construction of musical instruments, particularly for parts like fingerboards and decorative accents.

Millwork: Pucté wood is incorporated into architectural millwork, including columns, balusters, and staircases, to add a touch of luxury to interior spaces.

Veneers: Sliced into thin veneer sheets, Pucté wood is used as decorative overlays on furniture, paneling, doors, and cabinets.

Joinery: It is suitable for joinery work, such as crafting dovetail joints, mortise and tenon joints, and other precise woodworking techniques.

Versatility Beyond Woodworking

Pucté is utilised in traditional medicine by indigenous communities in regions like the Amazon rainforest.

Traditional uses include the belief in its anti-inflammatory properties, making it a remedy for inflammatory conditions. Pucté is also employed to address digestive disorders, with preparations made from its bark used as infusions. Additionally, it is thought to promote wound healing when applied topically or in poultices.

While these traditional uses exist, scientific research on the medicinal properties of pucté is limited, and caution is advised. Consultation with healthcare professionals is recommended for those considering traditional remedies involving pucté.

Durability

Natural Resistance to Decay: Pucté wood is naturally resistant to decay and rot. Its heartwood contains natural compounds that deter fungal growth and wood-destroying organisms. This resistance to decay contributes significantly to its longevity, especially in outdoor and damp environments.

Insect Resistance: Pucté wood is also known for its resistance to wood-boring insects, including termites. This resistance makes it a preferred choice in regions where insect infestations are common.

Hardness and Wear Resistance: Pucté wood is relatively hard and dense, which enhances its resistance to wear and abrasion. It can withstand the impacts of foot traffic and daily use in applications like flooring and furniture.

Dimensional Stability: Properly dried and seasoned Pucté wood exhibits good dimensional stability. It is less prone to warping, twisting, or shrinking when exposed to changes in humidity or temperature.

Weather Resistance: Pucté's natural oils and density make it highly resistant to weathering, including exposure to sunlight and moisture. It maintains its structural integrity and appearance over time, even in harsh outdoor conditions.

Longevity: Due to its durability, Pucté wood products can have a long lifespan when used in various applications. Proper maintenance and finishing can further enhance its longevity.

Low Maintenance: Pucté wood often requires minimal maintenance to retain its durability and appearance. Regular cleaning and occasional refinishing are typically sufficient to keep it in excellent condition.

Chemical Resistance: Pucté wood is generally resistant to a wide range of chemicals and solvents, making it suitable for applications where exposure to chemicals may occur.

Aging and Patina: Over time, the heartwood of Pucté can develop a deeper and more lustrous patina, enhancing its appearance while retaining its durability.

Moisture Content

Green Moisture Content: When freshly cut, Pucté wood can have a relatively high moisture content, often exceeding 30% or even higher. Like most woods, it contains a significant amount of moisture in its green state.

Drying Process: Proper drying is essential to reduce the moisture content of Pucté wood to an appropriate level for woodworking. Kiln drying or air drying is typically used to bring the moisture content down to a suitable range.

Equilibrium Moisture Content (EMC): Once properly dried, Pucté wood will reach an equilibrium moisture content that is in balance with the surrounding environment. The specific EMC can vary depending on factors such as the local climate and indoor conditions. For interior uses in temperate climates, an EMC of 6% to 12% is typical for hardwoods like Pucté.

Application Specific: The ideal moisture content for Pucté wood depends on its intended application and the environmental conditions of the area where the final product will be used. Woodworkers often acclimate the wood to the environment where it will be installed to minimize the risk of dimensional changes.

Physical & Mechanical Characteristics

  • Density: 580 kg/m³
  • Modulus of Elasticity (MOEFLEX): 141000 cm³
  • Resistance to Elastic Limit (RLEFLEX): 654 kg/cm²
  • Flex Rupture Resistance (RR): 1085 kg/cm²
  • Modulus of Elasticity Compression Parallel (MOECom): 1733760 kg/cm²
  • Resistance to Elastic Limit Compression Parallel (RLECom): 374 kg/cm²
  • Resistance to Rupture Compression Parallel (RR Com): 558 kg/cm²
  • Perpendicular Resistance to Elastic Limit Compression Perpendicular (RLE Com): 599 kg/cm²
  • Resistance to Rupture Shear Parallel (RR Corte) : 587 kg/cm²
  • Lateral Hardness for Side Face (JK Lateral): 1063 kg
  • Lateral Hardness for Transverse Face (JK Lateral): 952 kg

Safety Considerations

While Pucté wood is not known for significant toxicity, wearing protective gear such as gloves and a mask can help minimise potential irritation or allergies.

If you have specific concerns or allergies, it's advisable to conduct a small test or consult safety guidelines before prolonged exposure or extensive handling.

Endangerment Level

Not Evaluated 

(iucnredlist.org)

Ramon

Brosimum Alicastrum

Moraceae Family

Other names:

Breadnut

Capomo

Maya Nut

Ojoche

Ujuxte

Characteristics

Origin, Habitat & Unique Traits

Origin: Ramon wood is native to the tropical regions of the Americas, particularly Central America and parts of South America.

Habitat: Ramon trees thrive in tropical rainforests and other warm, humid environments. Here are some key habitat characteristics:

Climate: Ramon trees prefer a tropical climate with consistently warm temperatures year-round. They can tolerate high humidity levels.

Rainfall: Adequate rainfall is essential for the growth of Ramon trees. They are often found in regions with high annual rainfall totals.

Soil: Ramon trees can adapt to a variety of soil types, including well-drained soils in lowland tropical rainforests.

Altitude: Ramon trees are typically found at low to moderate elevations, often below 1,000 meters (3,280 feet) above sea level.

Colour & Grain

Colour: The heartwood of Ramon wood typically ranges from light to medium brown. It may have variations in colour, with some pieces displaying a warm reddish or orange hue.

The sapwood of Ramon wood is lighter in colour, often appearing creamy white to pale yellow. There is a clear distinction between the heartwood and sapwood.

Colour Changes: Ramon wood may undergo slight darkening with exposure to light and air, developing a more pronounced patina over time. This natural aging process enhances its colour and depth.

Grain Pattern: Ramon wood generally exhibits a straight to slightly interlocked grain pattern. The grain is usually fine to medium in texture, contributing to a smooth and polished finish.

Texture: The wood has a relatively even and fine texture, making it suitable for applications where a smooth surface is desired.

Figure: While Ramon wood may not have highly pronounced figure patterns, it can occasionally display subtle figuring, such as straight or wavy lines, adding to its visual appeal.

Common Applications

Carving: Ramon wood's fine grain and workability make it suitable for carving intricate designs and sculptures. Artisans often use it to create decorative wooden objects.

Cooking Utensils: In some regions, Ramon wood is used to craft cooking utensils such as wooden spoons, spatulas, and cutting boards. Its non-toxic nature and durability make it a safe choice for food contact.

Handcrafted Furniture: Ramon wood is used to make handcrafted furniture items such as chairs, tables, and benches. Its attractive appearance and durability contribute to its popularity in rustic furniture designs.

Construction: In traditional construction practices, Ramon wood has been used for structural elements such as beams and posts due to its strength and availability.

Crafts and Artwork: Ramon wood is used by artisans and craftsmen to create various crafts and artwork, including wooden masks, decorative boxes, and figurines.

Versatility Beyond Woodworking

One of the unique features of Ramon is its edible seeds, which are commonly referred to as "breadnuts." They are rich in nutrients and have sustained indigenous populations for centuries.

Additionally, the tree's leaves remain green through the dry season and serve as an important source of forage for cattle, pigs, and chickens, containing around 13% protein.

The sap of the Ramón tree is edible and can yield a nutritious vegetable milk, and it is used to stimulate breast milk production.

Furthermore, the sap is rich in alkaloids, which can be effective in fighting illnesses.

Durability

Natural Resistance to Decay: Ramon wood is naturally resistant to decay and rot. Its heartwood contains natural compounds that deter fungal growth and wood-destroying organisms. This resistance to decay contributes significantly to its longevity, especially in outdoor and damp environments.

Insect Resistance: Ramon wood is also known for its resistance to wood-boring insects, including termites. This resistance makes it a preferred choice in regions where insect infestations are common.

Hardness and Strength: While not as hard as some tropical hardwoods, Ramon wood is still relatively hard and strong. It can withstand wear and impact, making it suitable for furniture and structural applications.

Dimensional Stability: Properly dried and seasoned Ramon wood exhibits good dimensional stability. It is less prone to warping, twisting, or shrinking when exposed to changes in humidity or temperature.

Weather Resistance: Ramon's natural oils and density make it highly resistant to weathering, including exposure to sunlight and moisture. It maintains its structural integrity and appearance over time, even in harsh outdoor conditions.

Longevity: Due to its durability, Ramon wood products can have a long lifespan when used in various applications. Proper maintenance and finishing can further enhance its longevity.

Low Maintenance: Ramon wood often requires minimal maintenance to retain its durability and appearance. Regular cleaning and occasional refinishing are typically sufficient to keep it in excellent condition.

Chemical Resistance: Ramon wood is generally resistant to a wide range of chemicals and solvents, making it suitable for applications where exposure to chemicals may occur.

Moisture Content

Green Moisture Content: When freshly cut, Ramon wood can have a relatively high moisture content, often exceeding 30% or even higher. Like most woods, it contains a significant amount of moisture in its green state.

Drying Process: Proper drying is essential to reduce the moisture content of Ramon wood to an appropriate level for woodworking. Kiln drying or air drying is typically used to bring the moisture content down to a suitable range.

Equilibrium Moisture Content (EMC): Once properly dried, Ramon wood will reach an equilibrium moisture content that is in balance with the surrounding environment. The specific EMC can vary depending on factors such as the local climate and indoor conditions. For interior uses in temperate climates, an EMC of 6% to 12% is typical for hardwoods like Ramon.

Application Specific: The ideal moisture content for Ramon wood depends on its intended application and the environmental conditions of the area where the final product will be used. Woodworkers often acclimate the wood to the environment where it will be installed to minimise the risk of dimensional changes.

Physical & Mechanical Characteristics

  • Density: 730 kg/m³
  • Modulus of Elasticity (MOEFLEX): 137700 cm³
  • Resistance to Elastic Limit (RLEFLEX): 639 kg/cm²
  • Flex Rupture Resistance (RR): 1193 kg/cm²
  • Modulus of Elasticity Compression Parallel (MOECom): 146080 kg/cm²
  • Resistance to Elastic Limit Compression Parallel (RLECom): 308 kg/cm²
  • Resistance to Rupture Compression Parallel (RR Com): 515 kg/cm²
  • Perpendicular Resistance to Elastic Limit Compression Perpendicular (RLE Com): 515 kg/cm²
  • Resistance to Rupture Shear Parallel (RR Corte) : 515 kg/cm²
  • Lateral Hardness for Side Face (JK Lateral): 790 kg
  • Lateral Hardness for Transverse Face (JK Lateral): 906 kg

Safety Considerations

While Ramon wood is not known for significant toxicity, wearing protective gear such as gloves and a mask can help minimise potential irritation or allergies.

If you have specific concerns or allergies, it's advisable to conduct a small test or consult safety guidelines before prolonged exposure or extensive handling.

Endangerment Level

LR - Lower Risk

(iucnredlist.org)

Sak Chacaj

Sapium Laurocerasus

Euphorbiaceae Family

Characteristics

Origin & Haitat

Origin: Sak Chacaj wood is native to the neotropical region of Central America. It is found in specific countries within this region.

Habitat: Sak Chacaj trees grow in tropical and subtropical habitats. Here are some key habitat characteristics:

Climate: They thrive in a tropical climate with warm temperatures year-round. These trees are adapted to regions with a distinct wet season and high humidity.

Rainfall: Adequate rainfall is crucial for Sak Chacaj tree growth. They are often found in areas with consistent and sufficient rainfall.

Soil: Sak Chacaj trees can grow in various soil types, including sandy, loamy, and clayey soils, provided there is good drainage.

Altitude: Sak Chacaj trees are typically found at lower elevations, often below 1,000 meters (3,280 feet) above sea level.

Colour & Grain

Colour: The heartwood of Sak Chacaj wood typically ranges from light to medium brown. It can have variations in colour, with some pieces displaying warm reddish or yellowish tones.

The sapwood of Sak Chacaj wood is generally lighter in colour, often appearing pale yellow to cream.

Colour Changes: Sak Chacaj wood may undergo slight darkening with exposure to light and air, developing a more pronounced patina over time. This natural aging process enhances its colour and depth.

Grain Pattern: Sak Chacaj wood usually exhibits a straight to slightly interlocked grain pattern. The grain is typically fine to medium in texture, contributing to a smooth and polished finish.

Texture: The wood has a relatively even and fine texture, making it suitable for applications where a smooth surface is desired.

Figure: While Sak Chacaj wood may not have highly pronounced figure patterns, it can occasionally display subtle figuring, such as straight or wavy lines, adding to its visual appeal.

Common Applications

Construction: Sak Chacaj wood has been used in traditional construction practices for making structural components such as beams, posts, and rafters. Its strength and availability make it suitable for these purposes.

Furniture: It is occasionally used in furniture making, particularly for crafting rustic or traditional-style furniture. Its natural appearance and durability can make it a choice for crafting chairs, tables, and cabinets.

Carving and Artwork: Sak Chacaj wood's workability makes it suitable for carving and creating decorative items and artwork. Artisans and woodcarvers may use it to produce intricate designs and sculptures.

Crafts and Woodworking: Sak Chacaj wood can be used for various woodworking projects, including crafting small items like wooden boxes, bowls, and decorative pieces.

Durability

Natural Resistance: Sak Chacaj wood may have some natural resistance to decay and insect infestations, but it is not highly resistant compared to some other tropical hardwoods. Heartwood sections tend to be more durable than sapwood.

Treatment: To enhance its durability, Sak Chacaj wood can be treated with preservatives or finishes, which can help protect it from decay, insects, and weathering. Proper treatment and maintenance can extend its lifespan.

Indoor vs. Outdoor Use: Sak Chacaj wood is often used for indoor applications where it is less exposed to moisture and weather. In indoor environments, it can provide reasonable durability.

Outdoor Use: When used in outdoor applications, such as in exterior siding or decking, Sak Chacaj wood may require more frequent maintenance and sealing to protect it from the elements.

Care and Maintenance: Regular cleaning, sealing, and refinishing can help prolong the life of Sak Chacaj wood products and maintain their appearance.

Moisture Content

Green Moisture Content: When freshly cut, Sak Chacaj wood can have a relatively high moisture content, often exceeding 30% or even higher. Like most woods, it contains a significant amount of moisture in its green state.

Drying Process: Proper drying is essential to reduce the moisture content of Sak Chacaj wood to an appropriate level for woodworking. Kiln drying or air drying is typically used to bring the moisture content down to a suitable range.

Equilibrium Moisture Content (EMC): Once properly dried, Sak Chacaj wood will reach an equilibrium moisture content that is in balance with the surrounding environment. The specific EMC can vary depending on factors such as the local climate and indoor conditions. For interior uses in temperate climates, an EMC of 6% to 12% is typical for hardwoods like Sak Chacaj.

Application Specific: The ideal moisture content for Sak Chacaj wood depends on its intended application and the environmental conditions of the area where the final product will be used. Woodworkers often acclimate the wood to the environment where it will be installed to minimize the risk of dimensional changes.

Physical & Mechanical Characteristics

No Current Data

Safety Considerations

The milky sap of this tree is extremely poisonous and caustic, and may cause severe dermatitis and skin irritation.

Contact with the sap of this plant can cause severe skin irritation and rash (dermatitis).

It is important to avoid contact with the milky, caustic sap and refrain from consuming it or bringing it in contact with the eyes. If contact occurs, thorough hand washing is recommended to prevent further exposure to the mouth, eyes, or any other exposed skin area.

Endangerment Level

Not Evaluated 

(iucnredlist.org)

Tzalam

Lysiloma latisiliquum

Leguminosae (Fabaceae) Family

Other names:

Caribbean Walnut

Dzalam

False Tamarind

Horshflesh

Sabicu

Wild Tamarind

Characteristics

Origin & Habitat

Origin: Tzalam wood originates from the Yucatan Peninsula in Mexico, which is its primary center of distribution and natural habitat. It is indigenous to this region and has been used by indigenous peoples for various purposes for centuries.

Habitat: Tzalam trees are adapted to tropical and subtropical climates and thrive in specific habitat conditions. Here are some key habitat characteristics:

Climate: Tzalam trees prefer a tropical climate with warm temperatures throughout the year. They are well-suited to regions with a distinct wet season and high humidity.

Rainfall: Adequate rainfall is important for the growth of Tzalam trees. They are often found in areas with regular and sufficient rainfall, and they can tolerate periodic flooding.

Soil: Tzalam trees can grow in various soil types, including sandy, loamy, and clayey soils, provided there is good drainage.

Altitude: Tzalam trees are typically found at lower elevations, often below 1,000 meters (3,280 feet) above sea level.

Colour & Grain

Colour: The heartwood of Tzalam wood typically ranges from medium to dark brown. It often exhibits rich reddish-brown, chocolate, or even purplish hues. This heartwood colour is highly sought after for its warm and attractive appearance.

The sapwood of Tzalam is usually lighter in colour, often pale yellow to light brown. There is a clear demarcation between the heartwood and sapwood.

Colour Changes: Tzalam wood tends to darken over time with exposure to light and air, developing a deeper and more lustrous patina. This aging process enhances its color and character.

Grain Pattern: Tzalam wood typically displays a straight to slightly interlocked grain pattern. The grain is generally fine to medium in texture, contributing to a smooth and polished finish.

Texture: The wood has a relatively even and fine texture, making it suitable for applications where a smooth surface is desired.

Figure: While Tzalam wood may not have highly pronounced figure patterns, it can occasionally exhibit attractive figuring, such as straight or wavy lines, which enhances its visual appeal.

Common Applications

Furniture: Tzalam wood is frequently used in the crafting of high-quality furniture, including tables, chairs, cabinets, and dressers. Its rich colour and fine grain contribute to elegant and visually appealing pieces.

Cabinetry: The wood's durability and attractive appearance make it a popular choice for kitchen and bathroom cabinets. It provides a luxurious and timeless look to cabinetry projects.

Flooring: Tzalam wood is well-suited for flooring applications. Its hardness and resistance to wear make it a durable choice for both residential and commercial flooring.

Millwork: Tzalam wood is often used for architectural millwork, such as moldings, trim, and paneling. It adds a touch of sophistication to interior spaces.

Decking: Due to its resistance to decay and insects, Tzalam wood is used for outdoor decking. It can withstand exposure to the elements, making it a suitable choice for decks, patios, and outdoor furniture.

Boat Building: The wood's natural resistance to water and durability make it a choice material for boat builders. It is used in the construction of boat decks and interior components.

Woodworking Crafts: Tzalam wood is favored by woodworkers and artisans for crafting small wooden items, such as cutting boards, bowls, and decorative objects.

Architectural Features: It is used in the creation of architectural features like doors, windows, and staircases, enhancing the aesthetics of buildings.

Musical Instruments: Tzalam wood is occasionally used in the construction of musical instruments, particularly for parts that require durability and a pleasant appearance.

Wood Veneer: Tzalam wood can be sliced into veneer sheets and applied to surfaces to achieve the look of solid wood at a lower cost. It is used in the production of veneered furniture and cabinetry.

Interior Design: Interior designers often incorporate Tzalam wood into their projects to add warmth and character to interior spaces, including residential and commercial settings.

Durability

Natural Resistance to Decay: Tzalam wood exhibits natural resistance to decay and rot. Its heartwood contains natural compounds that deter fungal growth and wood-destroying organisms. This resistance to decay makes it suitable for outdoor and exposed applications.

Insect Resistance: Tzalam wood is also known for its resistance to wood-boring insects, including termites and beetles. This makes it a preferred choice in regions where insect infestations are common.

Hardness and Strength: Tzalam wood is relatively hard and strong. It can withstand wear and impact, making it suitable for high-traffic areas and applications that require durability.

Dimensional Stability: Properly dried and seasoned Tzalam wood exhibits good dimensional stability. It is less prone to warping, twisting, or shrinking when exposed to changes in humidity or temperature.

Weather Resistance: Tzalam wood's natural oils and density make it highly resistant to weathering, including exposure to sunlight and moisture. It maintains its structural integrity and appearance over time, even in harsh outdoor conditions.

Longevity: Due to its durability, Tzalam wood products can have a long lifespan when used in various applications. Proper maintenance and finishing can further enhance its longevity.

Low Maintenance: Tzalam wood often requires minimal maintenance to retain its durability and appearance. Regular cleaning and occasional refinishing are typically sufficient to keep it in excellent condition.

Chemical Resistance: Tzalam wood is generally resistant to a wide range of chemicals and solvents, making it suitable for applications where exposure to chemicals may occur.

Moisture Content

Green Moisture Content: When freshly cut, Tzalam wood can have a relatively high moisture content, often exceeding 30% or even higher. Like most woods, it contains a significant amount of moisture in its green state.

Drying Process: Proper drying is essential to reduce the moisture content of Tzalam wood to an appropriate level for woodworking. Kiln drying or air drying is typically used to bring the moisture content down to a suitable range.

Equilibrium Moisture Content (EMC): Once properly dried, Tzalam wood will reach an equilibrium moisture content that is in balance with the surrounding environment. The specific EMC can vary depending on factors such as the local climate and indoor conditions. For interior uses in temperate climates, an EMC of 6% to 12% is typical for hardwoods like Tzalam.

Application Specific: The ideal moisture content for Tzalam wood depends on its intended application and the environmental conditions of the area where the final product will be used. Woodworkers often acclimate the wood to the environment where it will be installed to minimise the risk of dimensional changes.

Physical & Mechanical Characteristics

  • Density: 630 kg/m³
  • Modulus of Elasticity (MOEFLEX): 134000 cm³
  • Resistance to Elastic Limit (RLEFLEX): 574 kg/cm²
  • Flex Rupture Resistance (RR): 903 kg/cm²
  • Modulus of Elasticity Compression Parallel (MOECom): 123500 kg/cm²
  • Resistance to Elastic Limit Compression Parallel (RLECom): 256 kg/cm²
  • Resistance to Rupture Compression Parallel (RR Com): 371 kg/cm²
  • Perpendicular Resistance to Elastic Limit Compression Perpendicular (RLE Com): 385 kg/cm²
  • Resistance to Rupture Shear Parallel (RR Corte) : 330 kg/cm²
  • Lateral Hardness for Side Face (JK Lateral): 365 kg
  • Lateral Hardness for Transverse Face (JK Lateral): 543 kg

Safety Considerations

While Tzalam wood is not known for significant toxicity, wearing protective gear such as gloves and a mask can help minimise potential irritation or allergies.

If you have specific concerns or allergies, it's advisable to conduct a small test or consult safety guidelines before prolonged exposure or extensive handling.

Endangerment Level

NT - Near Threatened

(iucnredlist.org)

Teak

Tectona Grandis

Lamiaceae Family (Formally Verbenaceae)

Other names:

Burmese Teak

Genuine Teak

Java Teak

Kyun

Characteristics

Origin & Habitat

Origin: Teak wood is originally native to southern Asia and has been widely cultivated on plantations throughout tropical regions of Africa, Asia, and the Caribbean. It is a key component of tropical hardwood forests.

Habitat: Teak trees thrive in tropical and monsoonal climates. Here are some key habitat characteristics:

Climate: Teak trees prefer a tropical monsoonal climate with distinct wet and dry seasons. They require an annual rainfall of about 1,000 to 2,500 millimeters (39 to 98 inches).

Temperature: Teak trees grow best in regions with warm temperatures year-round. They are not frost-tolerant.

Soil: Teak trees can adapt to various soil types, but they prefer well-drained soils with good aeration. They are often found growing on hillsides and riverbanks.

Altitude: Teak trees are typically found at elevations ranging from sea level to around 900 meters (2,953 feet) above sea level.

Colour & Grain

Colour: The heartwood of teak wood typically ranges from golden brown to rich, medium brown. It often exhibits a warm, honey-like colour. One of teak's most celebrated features is its ability to retain its natural colour even when exposed to sunlight and weather, gradually aging to an attractive silver-gray patina.

The sapwood of teak is generally much lighter in colour than the heartwood, appearing pale yellow to nearly white. There is a clear demarcation between the heartwood and sapwood.

Color Changes: Teak wood undergoes a unique aging process when exposed to the elements. Over time, the golden-brown heartwood transitions to a silvery-grey hue, creating a sought-after weathered appearance. This colour change is a distinctive feature of teak.

Grain Pattern: Teak wood typically displays a straight to slightly wavy grain pattern. The grain can vary from fine to coarse, depending on the specific growth conditions of the tree. Teak is renowned for its beautifully straight and even grain.

Texture: Teak wood has a relatively coarse, uneven texture, which contributes to its appeal. It feels slightly oily to the touch due to the presence of natural oils in the wood.

Figure: While teak wood may not have highly pronounced figure patterns, it can occasionally exhibit attractive figuring, such as straight or wavy lines, adding to its visual interest.

Common Applications

Outdoor Furniture: Teak is a preferred choice for outdoor furniture, including chairs, tables, benches, and loungers. Its natural oils and resistance to weathering make it ideal for withstanding the elements.

Boat Building: Teak wood has a long history of use in boat building. It is used for decking, cabinetry, and interior components in both traditional and modern boat construction.

Luxury Yachts: The use of teak on the decks and interiors of luxury yachts is a testament to its durability and aesthetic appeal.

Marine Applications: Apart from boats, teak is used in marine applications such as dock construction, marina decking, and other waterfront structures due to its resistance to water and decay.

Flooring: Teak wood is used for interior and exterior flooring, particularly in high-traffic areas. Its durability and resistance to wear make it a popular choice for residential and commercial spaces.

Cabinetry: Teak is favored for kitchen and bathroom cabinetry. It provides a classic and timeless look while withstanding moisture and humidity.

Architectural Millwork: Teak wood is used for architectural millwork, including moldings, trim, and paneling, enhancing the interior aesthetics of buildings.

Garden and Landscape Features: Teak is used to create garden furniture, pergolas, planters, and other landscape features. It adds an elegant touch to outdoor spaces.

Interior Design: Interior designers incorporate teak wood into residential and commercial interiors for its warm and inviting appearance. It is used for doors, windows, and decorative elements.

Restoration and Renovation: Teak wood is often used in the restoration of historic buildings and the renovation of older homes. It can seamlessly blend with existing architectural elements.

Musical Instruments: Teak wood is occasionally used in the construction of musical instruments, such as guitars and pianos, where its tonal properties are appreciated.

Craftsmanship: Artisans and woodworkers use teak for crafting small wooden items, including cutting boards, bowls, and decorative objects.

Veneer: Teak wood can be sliced into veneer sheets and applied to surfaces to achieve the look of solid wood at a lower cost. It is used in furniture veneering and cabinetry.

Versatility Beyond Woodworking

Various parts of the tree, including the leaves, bark, and roots, have been utilised in traditional medicine.

Teak leaves are believed to possess antimicrobial and anti-inflammatory properties, and extracts are sometimes applied topically for wound healing.

The bark, known for its antimicrobial properties, is used in decoctions for medicinal purposes.

Additionally, teak roots are traditionally associated with anti-inflammatory and anti-arthritic properties.

It's important to note that while these traditional uses exist, scientific research on the medicinal aspects of teak is limited, and caution should be exercised. Consultation with healthcare professionals is recommended before considering teak for medicinal purposes.

Durability

Natural Oils: Teak wood contains natural oils and resins, particularly in its heartwood. These oils act as a natural preservative, making teak highly resistant to decay, rot, and insect infestations. This inherent resistance to biological decay contributes significantly to its durability.

Weather Resistance: Teak is known for its outstanding ability to withstand outdoor conditions. It is highly resistant to weathering, including exposure to sunlight, rain, and temperature fluctuations. This resistance allows teak to maintain its structural integrity and appearance over many years.

Water Resistance: Teak wood is naturally resistant to water and moisture. It is often used in marine applications, including boat building and decking, where exposure to water is constant. Teak's ability to resist swelling and warping due to moisture makes it highly durable in wet environments.

Dimensional Stability: Properly dried and seasoned teak wood exhibits good dimensional stability. It is less prone to warping, twisting, or shrinking when exposed to changes in humidity or temperature. This stability contributes to its longevity.

Hardness: Teak wood is relatively hard and dense, which makes it resistant to wear and damage. It can withstand heavy use and foot traffic without significant damage or denting.

Longevity: Teak wood products, such as outdoor furniture and boat decks, are known to have long lifespans. With proper care and maintenance, teak furniture can last for decades, and teak boat decks can last for generations.

Low Maintenance: Teak wood often requires minimal maintenance to retain its durability and appearance. Regular cleaning and occasional refinishing or oiling are typically sufficient to keep it in excellent condition.

Resistance to Chemicals: Teak wood is generally resistant to a wide range of chemicals and solvents, making it suitable for applications where exposure to chemicals may occur.

Aging Gracefully: Teak wood ages gracefully, developing a beautiful silver-gray patina over time when exposed to the elements. Many people appreciate this natural aging process, which does not compromise the wood's durability.

Moisture Content

Green Moisture Content: When freshly cut, teak wood can have a relatively high moisture content, often exceeding 30% or even higher. Like most woods, it contains a significant amount of moisture in its green state.

Drying Process: Proper drying is essential to reduce the moisture content of teak wood to an appropriate level for woodworking. Kiln drying or air drying is typically used to bring the moisture content down to a suitable range.

Equilibrium Moisture Content (EMC): Once properly dried, teak wood will reach an equilibrium moisture content that is in balance with the surrounding environment. The specific EMC can vary depending on factors such as the local climate and indoor conditions. For interior uses in temperate climates, an EMC of 6% to 12% is typical for hardwoods like teak.

Application Specific: The ideal moisture content for teak wood depends on its intended application and the environmental conditions of the area where the final product will be used. Woodworkers often acclimate the wood to the environment where it will be installed to minimise the risk of dimensional changes.

Physical & Mechanical Characteristics

No Current Data

Safety Considerations

While Teak wood is not known for significant toxicity, wearing protective gear such as gloves and a mask can help minimise potential irritation or allergies.

If you have specific concerns or allergies, it's advisable to conduct a small test or consult safety guidelines before prolonged exposure or extensive handling.

Endangerment Level

Not Evaluated 

(iucnredlist.org)

Yaxnik

Vitex Gaumeri

Lamiaceae Family

Other names:

Walking Lady

Fiddlewood

Lizardwood

Vitex

Crucillo

Higuerillo

Characteristics

Origin & Habitat

Origin: Yaxnik wood is indigenous to the Yucatan Peninsula in southern Mexico. The Yucatan Peninsula is known for its rich biodiversity and is home to various unique plant and tree species.

Habitat: Yaxnik trees typically grow in tropical and subtropical regions, and they are adapted to the specific environmental conditions of the Yucatan Peninsula. Here are some key habitat characteristics:

Climate: Yaxnik trees thrive in a tropical climate with warm temperatures throughout the year. They are well-suited to regions with a distinct wet season and high humidity.

Rainfall: Adequate rainfall is important for the growth of Yaxnik trees. They are often found in areas with regular and sufficient rainfall.

Soil: Yaxnik trees can grow in a variety of soil types, including sandy and loamy soils. They are adapted to well-draining soils.

Altitude: Yaxnik trees are typically found at lower elevations, often below 1,000 meters (3,280 feet) above sea level.

Colour & Grain

Color: Tropical hardwoods often have heartwood that ranges in colour from light to dark brown. Yaxnik wood's heartwood may exhibit variations within this colour range.

The sapwood of tropical hardwoods is typically lighter in color than the heartwood, often appearing pale yellow to cream.

Colour Changes: Some tropical hardwoods undergo changes in colour as they age and are exposed to light. The wood may darken over time, developing a richer patina.

Grain Pattern: Tropical hardwoods can have various grain patterns, including straight, interlocked, or wavy. The grain pattern may contribute to the wood's visual appeal.

Texture: Tropical hardwoods often have a fine to medium texture, which can result in a smooth and polished surface when properly finished.

Figure: While not all tropical hardwoods exhibit highly pronounced figure patterns, some may display attractive figuring, such as straight or wavy lines, which enhances their visual interest.

Common Applications

Construction: Tropical hardwoods are often used in construction for structural components, including beams, posts, and rafters. Their strength and durability make them suitable for supporting building structures.

Furniture: Tropical hardwoods are favoured for crafting furniture, including chairs, tables, cabinets, and outdoor furniture. Their natural beauty and resistance to decay make them ideal for both indoor and outdoor use.

Cabinetry: Yaxnik wood may be used in kitchen and bathroom cabinetry due to its strength and resistance to moisture and humidity.

Flooring: Some tropical hardwoods are used for flooring in homes and commercial spaces. They can withstand wear and traffic while adding an elegant touch to interiors.

Woodworking: Woodworkers may use Yaxnik wood for various woodworking projects, such as crafting small items like cutting boards, bowls, and decorative objects.

Boat Building: Tropical hardwoods are occasionally used in boat building, particularly for boat interiors and components that require durability and resistance to moisture.

Carvings and Artwork: The fine grain and workability of Yaxnik wood may make it suitable for carving and creating decorative items, sculptures, and artwork.

Versatility Beyond Woodworking

The tree is used in traditional medicine for various purposes, including as a remedy for flatulence and joint pains. The flowers and buds are also useful in traditional medicine.

Durability

Natural Resistance to Decay: Many tropical hardwoods, including some species in the Vitex genus, contain natural oils, resins, and compounds that provide inherent resistance to decay, rot, and fungal infestations. This natural resistance enhances their longevity.

Insect Resistance: Tropical hardwoods are often resistant to wood-boring insects, such as termites and beetles, due to the chemical compounds present in the wood. This resistance helps prevent insect damage and extends the wood's lifespan.

Weather Resistance: Tropical hardwoods can withstand exposure to the elements, including rain, sunlight, and temperature fluctuations. They are known for their resistance to weather-related deterioration, which makes them suitable for outdoor use.

Water Resistance: Tropical hardwoods typically have a natural resistance to water and moisture. This property is valuable for applications exposed to humidity, moisture, or water, such as boat interiors and decking.

Strength and Hardness: Many tropical hardwoods are characterized by their hardness and strength, which allows them to endure wear and impact. This quality contributes to their overall durability.

Low Maintenance: Tropical hardwoods often require minimal maintenance to maintain their durability and appearance. Regular cleaning and occasional refinishing are usually sufficient.

Longevity: Properly cared for, tropical hardwood products can have a long lifespan. They are known for their ability to remain structurally sound and visually appealing for many years.

Moisture Content

Green Moisture Content: When freshly cut, Yaxnik wood can have a relatively high moisture content, often exceeding 30% or even higher. Like most woods, it contains a significant amount of moisture in its green state.

Drying Process: Proper drying is essential to reduce the moisture content of Yaxnik wood to an appropriate level for woodworking and construction. Kiln drying or air drying is typically used to bring the moisture content down to a suitable range.

Equilibrium Moisture Content (EMC): Once properly dried, Yaxnik wood will reach an equilibrium moisture content that is in balance with the surrounding environment. The specific EMC can vary depending on factors such as the local climate and indoor conditions. For interior uses in temperate climates, an EMC of 6% to 12% is typical for hardwoods like Yaxnik.

Application Specific: The ideal moisture content for Yaxnik wood depends on its intended application and the environmental conditions of the area where the final product will be used. Woodworkers often acclimate the wood to the environment where it will be installed to minimize the risk of dimensional changes.

Physical & Mechanical Characteristics

  • Density: 670 kg/m³
  • Modulus of Elasticity (MOEFLEX): 126480 cm³
  • Resistance to Elastic Limit (RLEFLEX): 447 kg/cm²
  • Flex Rupture Resistance (RR): 883 kg/cm²
  • Modulus of Elasticity Compression Parallel (MOECom): 132475 kg/cm²
  • Resistance to Elastic Limit Compression Parallel (RLECom): 277 kg/cm²
  • Resistance to Rupture Compression Parallel (RR Com): 420 kg/cm²
  • Perpendicular Resistance to Elastic Limit Compression Perpendicular (RLE Com): 420 kg/cm²
  • Resistance to Rupture Shear Parallel (RR Corte) : 420 kg/cm²
  • Lateral Hardness for Side Face (JK Lateral): 512 kg
  • Lateral Hardness for Transverse Face (JK Lateral): 579 kg

Safety Considerations

While Yaxnik wood is not known for significant toxicity, wearing protective gear such as gloves and a mask can help minimise potential irritation or allergies.

If you have specific concerns or allergies, it's advisable to conduct a small test or consult safety guidelines before prolonged exposure or extensive handling.

Endangerment Level

EN - Endangered

(iucnredlist.org)

Zapote

Pouteria Sapota

Sapotaceae Family

Other names:

Mamey Colorado

Mamey Sapote 

Characteristics

Origin & Habitat

Origin: Zapote's primary center of origin is believed to be the Yucatan Peninsula in Mexico. It has a long history of cultivation and use by indigenous peoples in this region.

Habitat: Zapote trees thrive in tropical and subtropical climates. They are well adapted to regions with warm temperatures and high humidity. Here are some key habitat characteristics:

Climate: Zapote trees prefer a tropical climate with consistent warmth throughout the year. They are sensitive to frost and cold temperatures.

Rainfall: Adequate rainfall is essential for Zapote tree growth. They do well in regions with a distinct wet season and can tolerate periodic flooding.

Soil: Zapote trees are adaptable to various soil types but prefer well-draining soils. They can grow in sandy, loamy, or clayey soils, provided there is good drainage.

Altitude: Zapote trees are typically found at lower elevations, often below 1,000 meters (3,280 feet) above sea level.

Colour & Grain

Colour: Tropical hardwoods often have heartwood that ranges from light to dark brown. The specific colour of Zapote wood's heartwood may vary, but it is likely to be within this brown colour range.

The sapwood of tropical hardwoods is typically lighter in color than the heartwood, often appearing pale yellow to cream. It creates a visual contrast with the darker heartwood.

Colour Changes: Over time, some tropical hardwoods may undergo changes in colour, darkening or mellowing as they are exposed to light and air. These colour changes can contribute to the wood's visual appeal.

Grain Pattern: Tropical hardwoods can have various grain patterns, including straight, interlocked, or wavy. The specific grain pattern of Zapote wood may vary, but it is likely to exhibit one of these common patterns.

Texture: Tropical hardwoods typically have a fine to medium texture. This fine texture allows for a smooth and polished surface when the wood is properly finished.

Figure: While not all tropical hardwoods exhibit highly pronounced figure patterns, some may display attractive figuring, such as straight or wavy lines, which enhances their visual interest.

Common Applications

Furniture: Zapote wood is highly sought after for crafting furniture, including chairs, tables, cabinets, and outdoor furniture.

Cabinetry: Yaxnik wood finds its place in kitchen and bathroom cabinetry, thanks to its robustness and resistance to moisture and humidity.

Decorative Items: Zapote wood is a favourite among artisans and craftsmen for creating decorative items. It lends itself beautifully to carving intricate figurines, sculptures, ornamental boxes, and wooden utensils.

Woodworking Projects: Woodworkers appreciate Zapote wood for its fine texture and workability. It's a popular choice for fine woodworking projects, resulting in small masterpieces such as wooden bowls, plates, cutting boards, and serving trays. The wood's unique appearance adds elegance to these creations.

Versatility Beyond Woodworking

The fruit is round, oval, or oblong, with a thick, semi-rough, and light to dark brown skin. The flesh ranges in colour from orange, red, to salmon, and is soft, creamy, and dense with a fine, smooth consistency and a faint squash-like scent.

The fruit is high in vitamins A and C, as well as in potassium, and is an excellent source of dietary fiber.

It is commonly eaten in many Latin American countries and is used to make foods such as milkshakes and ice cream.

Durability

Resistance to Decay: Zapote wood is known for its natural resistance to decay and insect infestation. This resistance is often attributed to the presence of certain natural compounds in the wood.

Moisture Resistance: Zapote wood is relatively resistant to moisture and humidity, which makes it suitable for applications in environments where wood may be exposed to moisture, such as cabinetry in kitchens and bathrooms.

Indoor Use: When used for indoor applications, Zapote wood can have good durability and can last for many years with proper care and maintenance. It's commonly used for furniture, cabinetry, and decorative items in interior spaces.

Outdoor Use: While Zapote wood is not typically considered an outdoor wood, it can be used for outdoor furniture when properly finished and maintained. However, it may require more frequent maintenance compared to some other outdoor woods to protect it from weathering.

Moisture Content

Green Moisture Content: Zapote wood refers to the moisture content of the wood when it is freshly cut from a living Zapote tree. At this stage, Zapote wood contains a relatively high percentage of water, as it retains the natural moisture from the tree. Green Zapote wood is not suitable for most woodworking applications due to its high moisture content, which can lead to issues like warping and cracking as it dries.

Drying Process: The drying process for Zapote wood, also known as seasoning or lumber drying, is the method used to reduce the moisture content of freshly cut Zapote wood to a suitable level for woodworking and construction. Proper drying is essential to stabilize the wood and prevent issues associated with excessive moisture. Zapote wood can be dried using methods such as air drying or kiln drying, with kiln drying being a more controlled and accelerated process.

Equilibrium Moisture Content (EMC): The equilibrium moisture content (EMC) for Zapote wood is the moisture content at which the wood reaches a balance with the moisture content of the surrounding environment. Zapote wood naturally absorbs or releases moisture to match the humidity and temperature of its environment. The EMC of Zapote wood will vary depending on the local climate and conditions. Wood in equilibrium with its environment is less likely to experience dimensional changes.

Application Specific: he moisture content of Zapote wood should be specific to the intended application. Different woodworking and construction projects using Zapote wood may require wood with varying moisture contents. For example:

  • Zapote wood used in furniture making often requires a lower moisture content (around 6% to 8%) to prevent warping or joint failure.
  • Structural Zapote components in construction, like beams and posts, may have a slightly higher moisture content (around 12% to 15%) to maintain structural stability.
  • Exterior Zapote wood used for outdoor applications should be appropriately treated or naturally resistant to moisture to withstand weathering.

Physical & Mechanical Characteristics

  • Density: 730 kg/m³
  • Modulus of Elasticity (MOEFLEX): 157000 cm³
  • Resistance to Elastic Limit (RLEFLEX): 726 kg/cm²
  • Flex Rupture Resistance (RR): 1353 kg/cm²
  • Modulus of Elasticity Compression Parallel (MOECom): 146080 kg/cm²
  • Resistance to Elastic Limit Compression Parallel (RLECom): 308 kg/cm²
  • Resistance to Rupture Compression Parallel (RR Com): 454 kg/cm²
  • Perpendicular Resistance to Elastic Limit Compression Perpendicular (RLE Com): 478 kg/cm²
  • Resistance to Rupture Shear Parallel (RR Corte) : 438 kg/cm²
  • Lateral Hardness for Side Face (JK Lateral): 1015 kg
  • Lateral Hardness for Transverse Face (JK Lateral): 704 kg

Safety Considerations

The seeds of the fruit are reportedly toxic and inedible when raw, but they can be treated through an extensive process to remove the toxins for culinary use.

The milky sap of the tree is highly irritant to the eyes and caustic and vesicant on the skin.

Endangerment Level

LC - Least Concern

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