Pear — This image shows the wood of the Pear tree (Pyrus communis), likely highlighting its natural appearance. | https://www.wood-database.com/wp-content/uploads/swiss-pear-200x200.jpg
Specimen #2446

Pear — Identification, Uses and Properties

Pyrus communis Rosaceae

Popular for woodwinds (flutes) and high-quality internal joinery. Frequently used as a substitute for ebony when dyed black.

HARDWOOD EUROPE VENEER

Taxonomy & Nomenclature

Botanical Name(s)

Pyrus communis

Family

Rosaceae

Wood type

Hardwood

Local Names

Birnbaum (Germany), Poirier (France), Swiss Pear (Switzerland), Common Pear (United Kingdom)

Origin Region

Europe

Main End Uses

Veneer · Architectural millwork · Marquetry · Inlay · Carving · Musical instruments · Furniture · Cabinetry · Turned objects

Wood Identification Guide

Reference Colour

Pale pink to light reddish-brown

Texture

Very fine, uniform

Grain

Generally straight

Sapwood

Slightly paler than heartwood, often not clearly demarcated.

Interlocked Grain

No

Notes

Fine-textured, uniform wood with a pale pink to light reddish-brown color. Features solitary, small pores invisible to the naked eye. No distinctive odor. Often steamed to intensify the pink hue or dyed black as an ebony substitute.

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Log Description

Tree height

20 – 30 ft

Tree height

6 – 9 m

Diameter

15-70 cm

Sapwood Thickness

Not distinctly different cm

Buoyancy

Float

Log Conservation

Logs should be processed rapidly to prevent fungal decay and staining as the wood is non-durable.

Diameter

5.9-27.6 in

Sapwood Thickness

Not distinctly different in

Physical & Mechanical Properties

Density

690 g/cm³ @ 12% MC

Density

43.1 lb/ft³

Monnin Hardness

4

Janka Hardness

1,200 lbf

Janka Hardness

5,338 N

Volumetric Shrinkage Coefficient

0.46 % / %

Tangential Shrinkage

11.3 %

Radial Shrinkage

3.9 %

T/R Anisotropy Ratio

2.9

Fibre Saturation Point

28 %

Thermal Conductivity

0.17 W/m·K

Thermal Conductivity

0.098 BTU/(h·ft·°F)

Lower Heating Value

18.5 MJ/kg

Lower Heating Value

7,959 BTU/lb

Crushing Strength

44.1 MPa

Crushing Strength

6,396 psi

Bending Strength (MOR)

83.3 MPa

Bending Strength (MOR)

12,082 psi

Modulus of Elasticity (MOE)

7,800 MPa

Modulus of Elasticity (MOE)

1,131,294 psi

Durability & Treatment

Resistance to Decay

Non-durable

Dry Wood Borers

Susceptible

Termites

Susceptible

Treatability

Difficult

Use Class

1

Preservation Requirements

Against Dry Wood Borers

Requires treatment for interior use if risks are present.

Temporary Humidification

Susceptible to staining.

Permanent Humidification

Not recommended.

Notes

Classified as non-durable regarding decay resistance; recommended for interior use only.

Drying Schedule & Risks

Drying Rate

Slow

Risk Distortion

High

Risk Case Hardening

Low

Risk Checking

High

Risk Collapse

Moderate

Suggested Schedule

Mild kiln-drying is preferred over air-drying.

Sawing & Machining

Blunting Effect

Moderate

Tooth For Sawing

Fine tooth blades recommended.

Machining Tools

Sharp tools required to prevent burning and ensure smooth finish.

Suitability Peeling

Good

Suitability Slicing

Excellent

Notes

Overall easy to work with hand and machine tools; exceptionally good for turning and carving fine details.

Assembling & Finishing

Nailing Screwing

Good

Fire Safety & Ratings

French Grading Thick Gt14mm

M3

French Grading Thick Lt14mm

M4

Euroclass

D-s2, d0

CITES & Trade Restrictions

CITES Status

Unlisted

Trade Notes

Not listed in the CITES Appendices or on the IUCN Red List of Threatened Species.
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