industry-dictionary for products in wood 1.0.0
Version
1.0.0
Status
Preview
Release date
2023-11-20
DefaultLanguageCode
EN
QualityAssuranceProcedure
EN ISO 23386:2020
Classes
| Code | Name |
|---|---|
| 0fa66ea4-62a1-44e3-af7e-b00ffb36485f | oriented strand board |
| 352480b8-76ab-4e30-93a1-e2b5d05efbfe | structural laminated veneer lumber |
| 4c1f205f-ba16-491f-a169-bd584cdbe5e3 | structural timber with rectangular cross-section |
| 4c413ce6-76ee-4ca5-b33f-34ec09dc844e | structural finger jointed solid timber |
| 8dca70a2-01a2-489b-9381-fbeff09db8dc | plywood |
| 962f1fa8-31ed-4b25-a939-2beadff2a88d | resin-bonded particleboard |
| 9a521db7-6605-4d59-8207-7a8933d7431c | solid wood panelling and cladding |
| a18a85a7-1fd6-4d40-a941-867a25c5eed7 | wood and parquet flooring |
| a378f9ba-3a9c-4b17-89dc-c0924907b368 | glued laminated timber |
| a4376fa4-e36e-4752-9e84-b70bab43b921 | solid wood panel |
| cec50c41-ee96-46a4-8394-59fc02fcc2cd | cement bonded particleboard |
| d66ab782-a62f-4251-8b8b-56c5186b7c34 | cross laminated timber |
| e025becb-e870-41ca-b916-84a73d5ec390 | wood species |
| f6bb551e-5b77-4d2e-9e71-a970e1f19549 | fibreboard |
Properties
| Code | Name |
|---|---|
| 0006f4f2-7d9e-4617-a49e-ccfa52a388af | size effect parameter according to EN 14374 |
| 006950f4-a4a5-4de9-9b71-a4055f5c68cf | mean shear modulus parallel to grain according to EN 384 |
| 0069c6ca-f1de-4c52-90e0-cd00f208172f | reaction to fire classification without the need for testing according to EN 14081-1 |
| 010dcc78-1b20-44bf-a185-29011cf1ebba | in-plane torsional shear strength between layers according to EN 16351 |
| 014a7233-59a1-4d11-9ae3-9075497362e9 | coefficient of moisture content |
| 015b1c79-61f6-47f6-aaef-cab998ddb854 | genus |
| 018d207b-37a2-48a6-abd7-f329e2e71db4 | country of origin |
| 01b4cf63-95f9-413f-8999-654023d17d88 | strength of finger joints according to EN 14080 |
| 02fc722b-03ef-43fd-826d-cc156ec30e7e | total radioactive waste disposed (volume) |
| 031d4785-dcdb-4e27-868d-49fc60f3ee32 | tensile modulus of elasticity perpendicular to the grain according to EN 408 (flatwise) |
| 033e8ac1-7761-407d-89a0-b67ef0d090b4 | air flow rate according to EN 12114 |
| 034be3f8-5769-45c6-8a66-7ae467b41779 | thickness according to EN 14342 |
| 04ab7103-592f-42f1-9a27-91cd72bba6cd | declaration of performance code |
| 05489c44-5205-4f74-8172-c553470a2b90 | deformation modification factor according to EN 1995-1-1 |
| 056f35d7-f741-402f-9006-07ca3286b2c4 | grading of strips and square edged timber according to EN 975-1 |
| 06678d85-f8e2-4579-8ef4-d2599a2802e5 | characteristic racking strength according to EN 594 |
| 06917584-7982-4c67-8bb0-086a1433d4e8 | span length according to EN 1533 |
| 074cd12f-61b5-468b-98f4-728804d2cce6 | sound absorption coefficient according to ISO 354 |
| 0905ec63-695f-40bc-9da2-cb4061257d89 | potential comparative toxic unit for ecosystems |
| 0a1521f5-b908-4b03-869e-1e838424e4b1 | bending strength flatwise according to EN 408 |
| 0a242020-4af5-41a4-b042-c692f8fe9cf8 | modulus of elasticity according to EN 12369-2 (class) |
| 0ac690b7-67c5-4b55-960c-bce9f7d3672a | racking resistance force |
| 0b205c05-881f-44f3-83ca-568927baacfe | change in thickness according to EN 318 |
| 0b44b46f-03ac-42c4-a500-408d5d175c0f | mean characteristic value of modulus of elasticity parallel to grain according to EN 338 |
| 0b53e2f7-ddbd-4d5a-8eeb-5755267778fb | abrasion resistance class according EN 14322 |
| 0bed024b-4373-4ec1-a333-460b37c4118f | Climate change |
| 0cf10592-82fc-48a7-894d-ade5e589c9df | dry graded structural timber according to EN 14081-1 |
| 0d278484-3680-4ee7-98fe-66b3b89442c0 | mean value of compressive stiffness in direction of major axis according to EN 12369-1 |
| 0dc5ea05-e2c4-491d-9c4c-cf819bc6ecdb | total radioactive waste disposed (mass) |
| 0e1589f6-c06f-4a20-9563-83edd966d514 | thermal conductivity coefficient according to EN 13986 (tabulated value) |
| 0e5acef2-b397-43b5-9a1c-7b5aba7d6eae | shear strength related to flatwise bending according to EN 789 |
| 0ec9c915-8ac1-4037-9fd5-85674498b4a8 | interlocked grain |
| 0ede5905-14c0-4cd7-9fac-7bf83b68f471 | mass of moisture content |
| 0f5fa2e2-6d07-47e8-b698-80c3e6fd4d56 | management system |
| 1071d40b-8359-4055-90dd-b5d1a6c03df7 | natural durability to wood-destroying fungi (in laboratory) according to EN 350 |
| 10bcd2c4-73f7-4ff1-b220-c2f162a26f8d | density |
| 1159f8d4-42e2-4f86-a6b6-8efa1438ceda | surface appearance class according to EN 13017-2 |
| 11867f3c-6c90-40f6-8ae9-bf7795978b65 | description of texture |
| 118f8880-22b2-4dc3-8247-8dda780617f3 | characteristic value of tensile strength perpendicular to grain according to EN 338 |
| 11fdf9ff-78e5-4167-987e-92ddd15f4261 | mean characteristic value of modulus of elasticity perpendicular to grain according to EN 384 |
| 1238a922-15c9-4152-9bae-f137b2f00044 | shape |
| 123ffa49-2347-4619-9a94-d6061fef708f | sapwood width according to EN 350 |
| 12c5494b-b25a-4659-85fb-cc0ed4d8066b | nominal lamination width according to EN 16351 |
| 12d3e28e-6166-46b0-9cf6-47bcf1a50d80 | characteristic density according to EN 14080 |
| 13183b3f-65ef-4325-9c7e-4f53960fd88e | compressive strength parallel to grain according to EN 408 |
| 135f27aa-6d8d-4977-9fcc-f5532eaf458d | description of long term water absorption by diffusion |
| 13ddbdd5-6e6e-41f6-892c-32a7f1b6ba82 | thickness |
| 1407ea95-6323-4e6d-941f-c60c75e40446 | panel shear strength according to EN 789 |
| 141c026c-1796-4bb4-bd3c-034fb20dbf9f | Environmental impact points |
| 146ed5bc-8ed4-4719-84a4-9350180baf36 | moisture content according to EN 322 |
