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The solid full staves panel is made of excellent quality wood by gluing whole lamellas with fixed or random widths, carefully selected and chosen to give colour matching.
The solid wood panel is particularly elegant and suitable for the production of furniture.
Full staves
Formaldehyde contents according to E1 regulation
BOTANICAL NAME
Fagus sylvatica L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: very fine
Grain: not always straight
Average Specific Weight: 730 kg/m3
Withdrawal: high
Nervousness: High
Hardness: high
Axial Compression resistance: mean Value 61 MPa
Bending strength: mean Value 118 MPa
Modulus of elasticity: mean Value 14.700 MPa
Impact Resistance: High
Flexibility: medium
Durability: Mediocre
BOTANICAL NAME
Fagus sylvatica L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: very fine
Grain: not always straight
Average Specific Weight: 730 kg/m3
Withdrawal: high
Nervousness: High
Hardness: high
Axial Compression resistance: mean Value 61 MPa
Bending strength: mean Value 118 MPa
Modulus of elasticity: mean Value 14.700 MPa
Impact Resistance: High
Flexibility: medium
Durability: Mediocre
BOTANICAL NOME
Quercus spp.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average weight: 720-800 kg/m3
Shrinkage: Medium to high
Dimensional stability: Strong
Hardness: Medium to high
Compression strength: Average value 52-61 MPa
Flexural strength: Average value 106-108 MPa
Modulus of elasticity: Average value 12,500 MPa
Shock resistance: Good
Flexibility: Fair
Durability: Good
BOTANICAL NOME
Quercus spp.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average weight: 720-800 kg/m3
Shrinkage: Medium to high
Dimensional stability: Strong
Hardness: Medium to high
Compression strength: Average value 52-61 MPa
Flexural strength: Average value 106-108 MPa
Modulus of elasticity: Average value 12,500 MPa
Shock resistance: Good
Flexibility: Fair
Durability: Good
BOTANICAL NAME
Fraxinus excelsior L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average Specific Weight: 720 kg/m3
Shrinkage: Medium
Dimensional stability: Medium
Hardness: Medium
Compression strength: Average value: 51 MPa
Flexural strength: Average value: 106 MPa
Modulus of elasticity: mean Value 12.800 MPa
Shock resistance: Significant
Flexibility: Fair
Durability: Low to average
BOTANICAL NAME
Lirìodendron Tulipifera L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: Medium and regular
Grain: Straight
Average Specific Weight: 447 kg/m3
Shrinkage: Medium to high
Dimensional stability: Medium
Durezza: Medium
Axial Compression resistance: mean Value 37 MPa
Bending strength: mean Value 70 MPa
Modulus of elasticity: mean Value 10.900 MPa
Impact Resistance: Low
Flexibility: Poor
Durability: Poor
BOTANICAL NAME
Milicia excelsa
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Medium to coarse
Grain: Not always regular
Average weight: 660 kg/m3
Shrinkage: Low
Dimensional stability: Medium
Durezza: Medium
Compression strength: Average value: 55 MPa
Flexural strength: Average value: 116 MPa
Modulus of elasticity: Average value: 10,000 MPa
Shock resistance: Low to average
Flexibility: Medium to high
Durability: Good
BOTANICAL NAME
Entandrophragma cylindricum
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Average to fine
Grain: Regularly interwoven
Average weight: 690 kg/m3
Shrinkage: Low to medium
Dimensional stability: Low
Durezza: Medium
Axial Compression resistance: mean Value 61 MPa
Flexural strength: Average value: 145 MPa
Modulus of elasticity: Average value: 11,500 MPa
Impact Resistance: Low
Flexibility: medium
Durability: Good
BOTANICAL NAME
Fagus sylvatica L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: very fine
Grain: not always straight
Average Specific Weight: 730 kg/m3
Withdrawal: high
Nervousness: High
Hardness: high
Axial Compression resistance: mean Value 61 MPa
Bending strength: mean Value 118 MPa
Modulus of elasticity: mean Value 14.700 MPa
Impact Resistance: High
Flexibility: medium
Durability: Mediocre
BOTANICAL NAME
Fagus sylvatica L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: very fine
Grain: not always straight
Average Specific Weight: 730 kg/m3
Withdrawal: high
Nervousness: High
Hardness: high
Axial Compression resistance: mean Value 61 MPa
Bending strength: mean Value 118 MPa
Modulus of elasticity: mean Value 14.700 MPa
Impact Resistance: High
Flexibility: medium
Durability: Mediocre
BOTANICAL NAME
Fagus sylvatica L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: very fine
Grain: not always straight
Average Specific Weight: 730 kg/m3
Withdrawal: high
Nervousness: High
Hardness: high
Axial Compression resistance: mean Value 61 MPa
Bending strength: mean Value 118 MPa
Modulus of elasticity: mean Value 14.700 MPa
Impact Resistance: High
Flexibility: medium
Durability: Mediocre
BOTANICAL NOME
Quercus spp.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average weight: 720-800 kg/m3
Shrinkage: Medium to high
Dimensional stability: Strong
Hardness: Medium to high
Compression strength: Average value 52-61 MPa
Flexural strength: Average value 106-108 MPa
Modulus of elasticity: Average value 12,500 MPa
Shock resistance: Good
Flexibility: Fair
Durability: Good
BOTANICAL NOME
Quercus spp.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average weight: 720-800 kg/m3
Shrinkage: Medium to high
Dimensional stability: Strong
Hardness: Medium to high
Compression strength: Average value 52-61 MPa
Flexural strength: Average value 106-108 MPa
Modulus of elasticity: Average value 12,500 MPa
Shock resistance: Good
Flexibility: Fair
Durability: Good
BOTANICAL NAME
Fraxinus excelsior L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average Specific Weight: 720 kg/m3
Shrinkage: Medium
Dimensional stability: Medium
Hardness: Medium
Compression strength: Average value: 51 MPa
Flexural strength: Average value: 106 MPa
Modulus of elasticity: mean Value 12.800 MPa
Shock resistance: Significant
Flexibility: Fair
Durability: Low to average
BOTANICAL NAME
Lirìodendron Tulipifera L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: Medium and regular
Grain: Straight
Average Specific Weight: 447 kg/m3
Shrinkage: Medium to high
Dimensional stability: Medium
Durezza: Medium
Axial Compression resistance: mean Value 37 MPa
Bending strength: mean Value 70 MPa
Modulus of elasticity: mean Value 10.900 MPa
Impact Resistance: Low
Flexibility: Poor
Durability: Poor
BOTANICAL NAME
Milicia excelsa
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Medium to coarse
Grain: Not always regular
Average weight: 660 kg/m3
Shrinkage: Low
Dimensional stability: Medium
Durezza: Medium
Compression strength: Average value: 55 MPa
Flexural strength: Average value: 116 MPa
Modulus of elasticity: Average value: 10,000 MPa
Shock resistance: Low to average
Flexibility: Medium to high
Durability: Good
BOTANICAL NAME
Entandrophragma cylindricum
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Average to fine
Grain: Regularly interwoven
Average weight: 690 kg/m3
Shrinkage: Low to medium
Dimensional stability: Low
Durezza: Medium
Axial Compression resistance: mean Value 61 MPa
Flexural strength: Average value: 145 MPa
Modulus of elasticity: Average value: 11,500 MPa
Impact Resistance: Low
Flexibility: medium
Durability: Good
BOTANICAL NAME
Fagus sylvatica L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: very fine
Grain: not always straight
Average Specific Weight: 730 kg/m3
Withdrawal: high
Nervousness: High
Hardness: high
Axial Compression resistance: mean Value 61 MPa
Bending strength: mean Value 118 MPa
Modulus of elasticity: mean Value 14.700 MPa
Impact Resistance: High
Flexibility: medium
Durability: Mediocre
BOTANICAL NAME
Fagus sylvatica L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: very fine
Grain: not always straight
Average Specific Weight: 730 kg/m3
Withdrawal: high
Nervousness: High
Hardness: high
Axial Compression resistance: mean Value 61 MPa
Bending strength: mean Value 118 MPa
Modulus of elasticity: mean Value 14.700 MPa
Impact Resistance: High
Flexibility: medium
Durability: Mediocre
BOTANICAL NAME
Fagus sylvatica L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: very fine
Grain: not always straight
Average Specific Weight: 730 kg/m3
Withdrawal: high
Nervousness: High
Hardness: high
Axial Compression resistance: mean Value 61 MPa
Bending strength: mean Value 118 MPa
Modulus of elasticity: mean Value 14.700 MPa
Impact Resistance: High
Flexibility: medium
Durability: Mediocre
BOTANICAL NOME
Quercus spp.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average weight: 720-800 kg/m3
Shrinkage: Medium to high
Dimensional stability: Strong
Hardness: Medium to high
Compression strength: Average value 52-61 MPa
Flexural strength: Average value 106-108 MPa
Modulus of elasticity: Average value 12,500 MPa
Shock resistance: Good
Flexibility: Fair
Durability: Good
BOTANICAL NOME
Quercus spp.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average weight: 720-800 kg/m3
Shrinkage: Medium to high
Dimensional stability: Strong
Hardness: Medium to high
Compression strength: Average value 52-61 MPa
Flexural strength: Average value 106-108 MPa
Modulus of elasticity: Average value 12,500 MPa
Shock resistance: Good
Flexibility: Fair
Durability: Good
BOTANICAL NAME
Fraxinus excelsior L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average Specific Weight: 720 kg/m3
Shrinkage: Medium
Dimensional stability: Medium
Hardness: Medium
Compression strength: Average value: 51 MPa
Flexural strength: Average value: 106 MPa
Modulus of elasticity: mean Value 12.800 MPa
Shock resistance: Significant
Flexibility: Fair
Durability: Low to average
BOTANICAL NAME
Lirìodendron Tulipifera L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: Medium and regular
Grain: Straight
Average Specific Weight: 447 kg/m3
Shrinkage: Medium to high
Dimensional stability: Medium
Durezza: Medium
Axial Compression resistance: mean Value 37 MPa
Bending strength: mean Value 70 MPa
Modulus of elasticity: mean Value 10.900 MPa
Impact Resistance: Low
Flexibility: Poor
Durability: Poor
BOTANICAL NAME
Milicia excelsa
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Medium to coarse
Grain: Not always regular
Average weight: 660 kg/m3
Shrinkage: Low
Dimensional stability: Medium
Durezza: Medium
Compression strength: Average value: 55 MPa
Flexural strength: Average value: 116 MPa
Modulus of elasticity: Average value: 10,000 MPa
Shock resistance: Low to average
Flexibility: Medium to high
Durability: Good
BOTANICAL NAME
Entandrophragma cylindricum
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Average to fine
Grain: Regularly interwoven
Average weight: 690 kg/m3
Shrinkage: Low to medium
Dimensional stability: Low
Durezza: Medium
Axial Compression resistance: mean Value 61 MPa
Flexural strength: Average value: 145 MPa
Modulus of elasticity: Average value: 11,500 MPa
Impact Resistance: Low
Flexibility: medium
Durability: Good
BOTANICAL NOME
Quercus spp.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average weight: 720-800 kg/m3
Shrinkage: Medium to high
Dimensional stability: Strong
Hardness: Medium to high
Compression strength: Average value 52-61 MPa
Flexural strength: Average value 106-108 MPa
Modulus of elasticity: Average value 12,500 MPa
Shock resistance: Good
Flexibility: Fair
Durability: Good
BOTANICAL NAME
Fagus sylvatica L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: very fine
Grain: not always straight
Average Specific Weight: 730 kg/m3
Withdrawal: high
Nervousness: High
Hardness: high
Axial Compression resistance: mean Value 61 MPa
Bending strength: mean Value 118 MPa
Modulus of elasticity: mean Value 14.700 MPa
Impact Resistance: High
Flexibility: medium
Durability: Mediocre
BOTANICAL NAME
Fagus sylvatica L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: very fine
Grain: not always straight
Average Specific Weight: 730 kg/m3
Withdrawal: high
Nervousness: High
Hardness: high
Axial Compression resistance: mean Value 61 MPa
Bending strength: mean Value 118 MPa
Modulus of elasticity: mean Value 14.700 MPa
Impact Resistance: High
Flexibility: medium
Durability: Mediocre
BOTANICAL NOME
Quercus spp.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average weight: 720-800 kg/m3
Shrinkage: Medium to high
Dimensional stability: Strong
Hardness: Medium to high
Compression strength: Average value 52-61 MPa
Flexural strength: Average value 106-108 MPa
Modulus of elasticity: Average value 12,500 MPa
Shock resistance: Good
Flexibility: Fair
Durability: Good
BOTANICAL NOME
Quercus spp.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average weight: 720-800 kg/m3
Shrinkage: Medium to high
Dimensional stability: Strong
Hardness: Medium to high
Compression strength: Average value 52-61 MPa
Flexural strength: Average value 106-108 MPa
Modulus of elasticity: Average value 12,500 MPa
Shock resistance: Good
Flexibility: Fair
Durability: Good
BOTANICAL NAME
Fraxinus excelsior L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average Specific Weight: 720 kg/m3
Shrinkage: Medium
Dimensional stability: Medium
Hardness: Medium
Compression strength: Average value: 51 MPa
Flexural strength: Average value: 106 MPa
Modulus of elasticity: mean Value 12.800 MPa
Shock resistance: Significant
Flexibility: Fair
Durability: Low to average
BOTANICAL NAME
Lirìodendron Tulipifera L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: Medium and regular
Grain: Straight
Average Specific Weight: 447 kg/m3
Shrinkage: Medium to high
Dimensional stability: Medium
Durezza: Medium
Axial Compression resistance: mean Value 37 MPa
Bending strength: mean Value 70 MPa
Modulus of elasticity: mean Value 10.900 MPa
Impact Resistance: Low
Flexibility: Poor
Durability: Poor
BOTANICAL NAME
Milicia excelsa
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Medium to coarse
Grain: Not always regular
Average weight: 660 kg/m3
Shrinkage: Low
Dimensional stability: Medium
Durezza: Medium
Compression strength: Average value: 55 MPa
Flexural strength: Average value: 116 MPa
Modulus of elasticity: Average value: 10,000 MPa
Shock resistance: Low to average
Flexibility: Medium to high
Durability: Good
BOTANICAL NAME
Entandrophragma cylindricum
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Average to fine
Grain: Regularly interwoven
Average weight: 690 kg/m3
Shrinkage: Low to medium
Dimensional stability: Low
Durezza: Medium
Axial Compression resistance: mean Value 61 MPa
Flexural strength: Average value: 145 MPa
Modulus of elasticity: Average value: 11,500 MPa
Impact Resistance: Low
Flexibility: medium
Durability: Good
BOTANICAL NOME
Quercus spp.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average weight: 720-800 kg/m3
Shrinkage: Medium to high
Dimensional stability: Strong
Hardness: Medium to high
Compression strength: Average value 52-61 MPa
Flexural strength: Average value 106-108 MPa
Modulus of elasticity: Average value 12,500 MPa
Shock resistance: Good
Flexibility: Fair
Durability: Good
BOTANICAL NAME
Fagus sylvatica L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: very fine
Grain: not always straight
Average Specific Weight: 730 kg/m3
Withdrawal: high
Nervousness: High
Hardness: high
Axial Compression resistance: mean Value 61 MPa
Bending strength: mean Value 118 MPa
Modulus of elasticity: mean Value 14.700 MPa
Impact Resistance: High
Flexibility: medium
Durability: Mediocre
BOTANICAL NAME
Fagus sylvatica L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: very fine
Grain: not always straight
Average Specific Weight: 730 kg/m3
Withdrawal: high
Nervousness: High
Hardness: high
Axial Compression resistance: mean Value 61 MPa
Bending strength: mean Value 118 MPa
Modulus of elasticity: mean Value 14.700 MPa
Impact Resistance: High
Flexibility: medium
Durability: Mediocre
BOTANICAL NOME
Quercus spp.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average weight: 720-800 kg/m3
Shrinkage: Medium to high
Dimensional stability: Strong
Hardness: Medium to high
Compression strength: Average value 52-61 MPa
Flexural strength: Average value 106-108 MPa
Modulus of elasticity: Average value 12,500 MPa
Shock resistance: Good
Flexibility: Fair
Durability: Good
BOTANICAL NOME
Quercus spp.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average weight: 720-800 kg/m3
Shrinkage: Medium to high
Dimensional stability: Strong
Hardness: Medium to high
Compression strength: Average value 52-61 MPa
Flexural strength: Average value 106-108 MPa
Modulus of elasticity: Average value 12,500 MPa
Shock resistance: Good
Flexibility: Fair
Durability: Good
BOTANICAL NAME
Fraxinus excelsior L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average Specific Weight: 720 kg/m3
Shrinkage: Medium
Dimensional stability: Medium
Hardness: Medium
Compression strength: Average value: 51 MPa
Flexural strength: Average value: 106 MPa
Modulus of elasticity: mean Value 12.800 MPa
Shock resistance: Significant
Flexibility: Fair
Durability: Low to average
BOTANICAL NAME
Lirìodendron Tulipifera L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: Medium and regular
Grain: Straight
Average Specific Weight: 447 kg/m3
Shrinkage: Medium to high
Dimensional stability: Medium
Durezza: Medium
Axial Compression resistance: mean Value 37 MPa
Bending strength: mean Value 70 MPa
Modulus of elasticity: mean Value 10.900 MPa
Impact Resistance: Low
Flexibility: Poor
Durability: Poor
BOTANICAL NAME
Milicia excelsa
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Medium to coarse
Grain: Not always regular
Average weight: 660 kg/m3
Shrinkage: Low
Dimensional stability: Medium
Durezza: Medium
Compression strength: Average value: 55 MPa
Flexural strength: Average value: 116 MPa
Modulus of elasticity: Average value: 10,000 MPa
Shock resistance: Low to average
Flexibility: Medium to high
Durability: Good
BOTANICAL NAME
Entandrophragma cylindricum
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Average to fine
Grain: Regularly interwoven
Average weight: 690 kg/m3
Shrinkage: Low to medium
Dimensional stability: Low
Durezza: Medium
Axial Compression resistance: mean Value 61 MPa
Flexural strength: Average value: 145 MPa
Modulus of elasticity: Average value: 11,500 MPa
Impact Resistance: Low
Flexibility: medium
Durability: Good
BOTANICAL NAME
Fraxinus excelsior L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average Specific Weight: 720 kg/m3
Shrinkage: Medium
Dimensional stability: Medium
Hardness: Medium
Compression strength: Average value: 51 MPa
Flexural strength: Average value: 106 MPa
Modulus of elasticity: mean Value 12.800 MPa
Shock resistance: Significant
Flexibility: Fair
Durability: Low to average
BOTANICAL NAME
Fagus sylvatica L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: very fine
Grain: not always straight
Average Specific Weight: 730 kg/m3
Withdrawal: high
Nervousness: High
Hardness: high
Axial Compression resistance: mean Value 61 MPa
Bending strength: mean Value 118 MPa
Modulus of elasticity: mean Value 14.700 MPa
Impact Resistance: High
Flexibility: medium
Durability: Mediocre
BOTANICAL NAME
Fagus sylvatica L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: very fine
Grain: not always straight
Average Specific Weight: 730 kg/m3
Withdrawal: high
Nervousness: High
Hardness: high
Axial Compression resistance: mean Value 61 MPa
Bending strength: mean Value 118 MPa
Modulus of elasticity: mean Value 14.700 MPa
Impact Resistance: High
Flexibility: medium
Durability: Mediocre
BOTANICAL NOME
Quercus spp.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average weight: 720-800 kg/m3
Shrinkage: Medium to high
Dimensional stability: Strong
Hardness: Medium to high
Compression strength: Average value 52-61 MPa
Flexural strength: Average value 106-108 MPa
Modulus of elasticity: Average value 12,500 MPa
Shock resistance: Good
Flexibility: Fair
Durability: Good
BOTANICAL NOME
Quercus spp.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average weight: 720-800 kg/m3
Shrinkage: Medium to high
Dimensional stability: Strong
Hardness: Medium to high
Compression strength: Average value 52-61 MPa
Flexural strength: Average value 106-108 MPa
Modulus of elasticity: Average value 12,500 MPa
Shock resistance: Good
Flexibility: Fair
Durability: Good
BOTANICAL NAME
Fraxinus excelsior L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average Specific Weight: 720 kg/m3
Shrinkage: Medium
Dimensional stability: Medium
Hardness: Medium
Compression strength: Average value: 51 MPa
Flexural strength: Average value: 106 MPa
Modulus of elasticity: mean Value 12.800 MPa
Shock resistance: Significant
Flexibility: Fair
Durability: Low to average
BOTANICAL NAME
Lirìodendron Tulipifera L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: Medium and regular
Grain: Straight
Average Specific Weight: 447 kg/m3
Shrinkage: Medium to high
Dimensional stability: Medium
Durezza: Medium
Axial Compression resistance: mean Value 37 MPa
Bending strength: mean Value 70 MPa
Modulus of elasticity: mean Value 10.900 MPa
Impact Resistance: Low
Flexibility: Poor
Durability: Poor
BOTANICAL NAME
Milicia excelsa
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Medium to coarse
Grain: Not always regular
Average weight: 660 kg/m3
Shrinkage: Low
Dimensional stability: Medium
Durezza: Medium
Compression strength: Average value: 55 MPa
Flexural strength: Average value: 116 MPa
Modulus of elasticity: Average value: 10,000 MPa
Shock resistance: Low to average
Flexibility: Medium to high
Durability: Good
BOTANICAL NAME
Entandrophragma cylindricum
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Average to fine
Grain: Regularly interwoven
Average weight: 690 kg/m3
Shrinkage: Low to medium
Dimensional stability: Low
Durezza: Medium
Axial Compression resistance: mean Value 61 MPa
Flexural strength: Average value: 145 MPa
Modulus of elasticity: Average value: 11,500 MPa
Impact Resistance: Low
Flexibility: medium
Durability: Good
BOTANICAL NAME
Lirìodendron Tulipifera L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: Medium and regular
Grain: Straight
Average Specific Weight: 447 kg/m3
Shrinkage: Medium to high
Dimensional stability: Medium
Durezza: Medium
Axial Compression resistance: mean Value 37 MPa
Bending strength: mean Value 70 MPa
Modulus of elasticity: mean Value 10.900 MPa
Impact Resistance: Low
Flexibility: Poor
Durability: Poor
BOTANICAL NAME
Fagus sylvatica L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: very fine
Grain: not always straight
Average Specific Weight: 730 kg/m3
Withdrawal: high
Nervousness: High
Hardness: high
Axial Compression resistance: mean Value 61 MPa
Bending strength: mean Value 118 MPa
Modulus of elasticity: mean Value 14.700 MPa
Impact Resistance: High
Flexibility: medium
Durability: Mediocre
BOTANICAL NAME
Fagus sylvatica L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: very fine
Grain: not always straight
Average Specific Weight: 730 kg/m3
Withdrawal: high
Nervousness: High
Hardness: high
Axial Compression resistance: mean Value 61 MPa
Bending strength: mean Value 118 MPa
Modulus of elasticity: mean Value 14.700 MPa
Impact Resistance: High
Flexibility: medium
Durability: Mediocre
BOTANICAL NOME
Quercus spp.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average weight: 720-800 kg/m3
Shrinkage: Medium to high
Dimensional stability: Strong
Hardness: Medium to high
Compression strength: Average value 52-61 MPa
Flexural strength: Average value 106-108 MPa
Modulus of elasticity: Average value 12,500 MPa
Shock resistance: Good
Flexibility: Fair
Durability: Good
BOTANICAL NOME
Quercus spp.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average weight: 720-800 kg/m3
Shrinkage: Medium to high
Dimensional stability: Strong
Hardness: Medium to high
Compression strength: Average value 52-61 MPa
Flexural strength: Average value 106-108 MPa
Modulus of elasticity: Average value 12,500 MPa
Shock resistance: Good
Flexibility: Fair
Durability: Good
BOTANICAL NAME
Fraxinus excelsior L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average Specific Weight: 720 kg/m3
Shrinkage: Medium
Dimensional stability: Medium
Hardness: Medium
Compression strength: Average value: 51 MPa
Flexural strength: Average value: 106 MPa
Modulus of elasticity: mean Value 12.800 MPa
Shock resistance: Significant
Flexibility: Fair
Durability: Low to average
BOTANICAL NAME
Lirìodendron Tulipifera L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: Medium and regular
Grain: Straight
Average Specific Weight: 447 kg/m3
Shrinkage: Medium to high
Dimensional stability: Medium
Durezza: Medium
Axial Compression resistance: mean Value 37 MPa
Bending strength: mean Value 70 MPa
Modulus of elasticity: mean Value 10.900 MPa
Impact Resistance: Low
Flexibility: Poor
Durability: Poor
BOTANICAL NAME
Milicia excelsa
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Medium to coarse
Grain: Not always regular
Average weight: 660 kg/m3
Shrinkage: Low
Dimensional stability: Medium
Durezza: Medium
Compression strength: Average value: 55 MPa
Flexural strength: Average value: 116 MPa
Modulus of elasticity: Average value: 10,000 MPa
Shock resistance: Low to average
Flexibility: Medium to high
Durability: Good
BOTANICAL NAME
Entandrophragma cylindricum
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Average to fine
Grain: Regularly interwoven
Average weight: 690 kg/m3
Shrinkage: Low to medium
Dimensional stability: Low
Durezza: Medium
Axial Compression resistance: mean Value 61 MPa
Flexural strength: Average value: 145 MPa
Modulus of elasticity: Average value: 11,500 MPa
Impact Resistance: Low
Flexibility: medium
Durability: Good
BOTANICAL NAME
Milicia excelsa
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Medium to coarse
Grain: Not always regular
Average weight: 660 kg/m3
Shrinkage: Low
Dimensional stability: Medium
Durezza: Medium
Compression strength: Average value: 55 MPa
Flexural strength: Average value: 116 MPa
Modulus of elasticity: Average value: 10,000 MPa
Shock resistance: Low to average
Flexibility: Medium to high
Durability: Good
BOTANICAL NAME
Fagus sylvatica L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: very fine
Grain: not always straight
Average Specific Weight: 730 kg/m3
Withdrawal: high
Nervousness: High
Hardness: high
Axial Compression resistance: mean Value 61 MPa
Bending strength: mean Value 118 MPa
Modulus of elasticity: mean Value 14.700 MPa
Impact Resistance: High
Flexibility: medium
Durability: Mediocre
BOTANICAL NAME
Fagus sylvatica L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: very fine
Grain: not always straight
Average Specific Weight: 730 kg/m3
Withdrawal: high
Nervousness: High
Hardness: high
Axial Compression resistance: mean Value 61 MPa
Bending strength: mean Value 118 MPa
Modulus of elasticity: mean Value 14.700 MPa
Impact Resistance: High
Flexibility: medium
Durability: Mediocre
BOTANICAL NOME
Quercus spp.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average weight: 720-800 kg/m3
Shrinkage: Medium to high
Dimensional stability: Strong
Hardness: Medium to high
Compression strength: Average value 52-61 MPa
Flexural strength: Average value 106-108 MPa
Modulus of elasticity: Average value 12,500 MPa
Shock resistance: Good
Flexibility: Fair
Durability: Good
BOTANICAL NOME
Quercus spp.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average weight: 720-800 kg/m3
Shrinkage: Medium to high
Dimensional stability: Strong
Hardness: Medium to high
Compression strength: Average value 52-61 MPa
Flexural strength: Average value 106-108 MPa
Modulus of elasticity: Average value 12,500 MPa
Shock resistance: Good
Flexibility: Fair
Durability: Good
BOTANICAL NAME
Fraxinus excelsior L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Gross
Grain: Fairly straight and regular
Average Specific Weight: 720 kg/m3
Shrinkage: Medium
Dimensional stability: Medium
Hardness: Medium
Compression strength: Average value: 51 MPa
Flexural strength: Average value: 106 MPa
Modulus of elasticity: mean Value 12.800 MPa
Shock resistance: Significant
Flexibility: Fair
Durability: Low to average
BOTANICAL NAME
Lirìodendron Tulipifera L.
PHYSICAL AND MECHANICAL CHARACTERISTICS
Weaving: Medium and regular
Grain: Straight
Average Specific Weight: 447 kg/m3
Shrinkage: Medium to high
Dimensional stability: Medium
Durezza: Medium
Axial Compression resistance: mean Value 37 MPa
Bending strength: mean Value 70 MPa
Modulus of elasticity: mean Value 10.900 MPa
Impact Resistance: Low
Flexibility: Poor
Durability: Poor
BOTANICAL NAME
Milicia excelsa
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Medium to coarse
Grain: Not always regular
Average weight: 660 kg/m3
Shrinkage: Low
Dimensional stability: Medium
Durezza: Medium
Compression strength: Average value: 55 MPa
Flexural strength: Average value: 116 MPa
Modulus of elasticity: Average value: 10,000 MPa
Shock resistance: Low to average
Flexibility: Medium to high
Durability: Good
BOTANICAL NAME
Entandrophragma cylindricum
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Average to fine
Grain: Regularly interwoven
Average weight: 690 kg/m3
Shrinkage: Low to medium
Dimensional stability: Low
Durezza: Medium
Axial Compression resistance: mean Value 61 MPa
Flexural strength: Average value: 145 MPa
Modulus of elasticity: Average value: 11,500 MPa
Impact Resistance: Low
Flexibility: medium
Durability: Good
BOTANICAL NAME
Entandrophragma cylindricum
PHYSICAL AND MECHANICAL CHARACTERISTICS
Texture: Average to fine
Grain: Regularly interwoven
Average weight: 690 kg/m3
Shrinkage: Low to medium
Dimensional stability: Low
Durezza: Medium
Axial Compression resistance: mean Value 61 MPa
Flexural strength: Average value: 145 MPa
Modulus of elasticity: Average value: 11,500 MPa
Impact Resistance: Low
Flexibility: medium
Durability: Good