ASTM D1107 is the ASTM standard for the ethanol-toluene solubility of wood, providing a defined test method for measuring how wood behaves in this solvent system. This matters because solubility results can help characterize wood material in a consistent, repeatable way for testing and quality-related decisions. By using a recognized technical procedure, ASTM D1107 supports clearer comparison of results across laboratories, materials, and evaluation programs.

ASTM D1107 standard overview

The ASTM D1107 standard establishes a formal test method centered on ethanol-toluene solubility of wood. In practical terms, it gives users a consistent way to assess the portion of wood that is soluble under the specified conditions, which can be useful in material characterization and laboratory analysis. Because the standard is narrowly focused, it helps reduce ambiguity in testing and supports more dependable reporting of results for wood-related technical work.

Where is ASTM D1107 used?

This standard is commonly used in laboratory and quality control settings where wood testing is part of product evaluation or research. It may be applied when comparing wood samples, checking consistency between batches, or documenting material properties using a recognized ASTM procedure. ASTM D1107 is most relevant wherever a defined ethanol-toluene solubility measurement is needed as part of wood analysis, testing workflows, or technical documentation.

Practical importance of ASTM D1107

In practice, ASTM D1107 helps users apply a consistent method for a specific wood solubility measurement, which supports better test repeatability and more reliable comparison of results. That can be important for compliance efforts, procurement review, and general quality control. When a standard method is used, it is easier to reduce uncertainty, communicate findings clearly, and evaluate wood materials against an accepted technical basis.

• Standardized ethanol-toluene solubility testing
• Wood material characterization
• Consistent laboratory reporting
• Quality control and comparison