Sawnwood kiln dried

3-5 usd/kg

Red oak is more porous and slightly lighter than white oak, and so tends not to be used only for ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

Sawnwood kiln dried

3-5 usd/kg

Red oak is more porous and slightly lighter than white oak, and so tends not to be used only for ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

Sawnwood kiln dried

3-5 usd/kg

Red oak is more porous and slightly lighter than white oak, and so tends not to be used only for ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

Sawnwood kiln dried

3-5 usd/kg

Red oak is more porous and slightly lighter than white oak, and so tends not to be used only for ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

Sawnwood kiln dried

3-5 usd/kg

Red oak is more porous and slightly lighter than white oak, and so tends not to be used only for ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

Sawnwood kiln dried

3-5 usd/kg

Red oak is more porous and slightly lighter than white oak, and so tends not to be used only for ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material

Sawnwood kiln dried

3-5 usd/kg

Red oak is more porous and slightly lighter than white oak, and so tends not to be used only for ...

Circularity potential
Strength
Production energy
Stiffness
Embodied CO2
Density
Explore material