GB/T 29896-2013 Active National standards

GB/T 29896-2013 Method of determining the leachability of wood preservatives from treated wood in soil contact

GB/T 29896-2013 Method of determining the leachability of wood preservatives from treated wood in soil contact

Publish Date: 2013-11-12 Implement Date: 2014-04-11 For services related to genuine standard inquiry, procurement, translation, and other related services in China, please Contact Us

Basic Information

Standard Code: GB/T 29896-2013
Standard Type: National standards
Standard Status: Active
is_force_gb: no
CCS Name: Forestry
ICS Name: Wood processing technology
Publish Date: 2013-11-12
Implement Date: 2014-04-11
Pages: 7 pages

Scope

This standard specifies the principles, test conditions, test methods, result calculation, and test report requirements for determining the loss rate of preservatives in preservative-treated wood in contact with moist soil.
This standard is applicable to evaluating the loss rate of preservatives in preservative-treated wood in contact with soil (C4A grade) under laboratory conditions.

Development Information

Word Count: 12 Thousand words Pages: 7 pages

Referenced Standards

GB/T 14019-2009 Technical terms used in wood preservation GB/T 23229-2009 Methods for analysis of waterborne wood preservatives GB/T 23229-2023 Methods for analysis of waterborne wood preservatives LY/T 1636-2005 Use category and specification for preservative-treated wood NY/T 1121.1-2006 Soil testing Part 1: Collection, handling, and storage of soil samples NY/T 1121.2-2006 Soil testing Part 2: Determination of soil pH NY/T 1121.3-2006 Soil testing Part 3: Determination of soil mechanical composition NY/T 1121.4-2006 Soil testing Part 4: Determination of soil bulk density NY/T 1121.5-2006 Soil testing Part 5: Determination of cation exchange capacity for lime-soils NY/T 1121.6-2006 Soil testing Part 6: Determination of soil organic matter NY/T 1121.7-2006 Soil testing Part 7: Determination of available phosphorus in acidic soils NY/T 1121.7-2014 Soil testing Part 7: Determination of available phosphorus in soil NY/T 1121.8-2006 Soil testing Part 8: Determination of available boron in soil NY/T 1121.9-2023 Soil testing Part 9: Determination of available molybdenum in soil NY/T 1121.9-2006 Soil testing Part 9: Determination of available molybdenum in soil NY/T 1121.9-2012 Soil testing Part 9: Determination of available molybdenum in soil NY/T 1121.10-2006 Soil testing - Part 10: Determination of total mercury in soils NY/T 1121.11-2006 Soil testing Part 11: Determination of total arsenic in soil NY/T 1121.12-2006 Soil testing Part 12: Determination of Total Chromium in Soil NY/T 1121.13-2006 Soil testing Part 13: Determination of exchangeable calcium and magnesium in soil NY/T 1121.14-2023 Soil testing Part 14: Determination of available sulfur in soil NY/T 1121.14-2006 Soil testing Part 14: Determination of available sulfur in soil NY/T 1121.15-2006 Soil testing Part 15: Determination of available silicon in soil NY/T 1121.16-2006 Soil testing Part 16: Determination of Total Available Water Soluble Salts in Soil NY/T 1121.17-2006 Soil testing Part 17: Determination of chloride ion content in soil NY/T 1121.18-2006 Soil testing Part 18: Determination of sulfate ion content in soil NY/T 1121.19-2008 Soil testing Part 19: Determination of the water-stable macroporosity of soil aggregates NY/T 1121.20-2008 Soil testing Part 20: Determination of the microaggregate composition of soils NY/T 1121.21-2008 Soil testing Part 21: Determination of maximum moisture absorption capacity of soil NY/T 1121.22-2010 Soil testing Part 22: Determination of soil field capacity by ring-tuber method NY/T 1121.23-2010 Soil testing Part 23: Determination of soil particle density NY/T 1121.24-2012 Soil testing Part 24: Determination of Total Nitrogen in Soil using Automatic Nitrogen Analyzer NY/T 1121.25-2012 Soil testing Part 25: Determination of available phosphorus in soil using continuous flow analyzer

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