ASTM D2087

ASTM D2087 is the ASTM standard for testing iron in formaldehyde solutions, providing a consistent way to assess a key metallic impurity in this chemical material. By defining a recognized test method, it helps support reliable quality control, product evaluation, and specification compliance. For producers, buyers, and laboratories, this standard offers a common technical reference for measuring iron content in formaldehyde solutions with greater consistency and confidence.

What is ASTM D2087?

ASTM D2087, Standard Test Method for Iron in Formaldehyde Solutions, is a technical document focused on determining the presence of iron in formaldehyde-based solutions. Its purpose is to establish a standardized approach for testing so results can be compared more consistently across laboratories and supply chains. As an ASTM standard, it is typically used where formaldehyde solution quality must be verified against internal requirements, customer expectations, or purchasing specifications.

Where is ASTM D2087 used?

This standard is commonly used in laboratories, quality control departments, and chemical production settings that handle formaldehyde solutions. It is relevant wherever iron content may affect product quality, consistency, or suitability for downstream use. ASTM D2087 may also support incoming inspection, batch release testing, and supplier evaluation when formaldehyde solutions are being purchased or supplied under defined technical requirements.

Why is ASTM D2087 important?

ASTM D2087 helps reduce variation in how iron is measured in formaldehyde solutions, which is important for dependable testing and clear communication between suppliers and users. A recognized test method supports more consistent quality control, easier specification enforcement, and better documentation for compliance needs. Using a standardized approach can also help identify unwanted contamination or product deviation before it affects processing or final application.

• Standardized iron testing for formaldehyde solutions
• Useful for quality control and batch evaluation
• Supports procurement and supplier acceptance
• Helps improve result consistency between labs