ASTM D5747/D5747M

ASTM D5747/D5747M is a standard practice for tests to evaluate the chemical resistance of geomembranes to liquids. It provides a structured way to assess how geomembrane materials respond when exposed to liquids that may be present in service, helping users compare performance under controlled test conditions. For projects where long-term containment matters, ASTM D5747/D5747M supports more informed material selection, specification review, and quality-focused decision-making.

Overview of ASTM D5747/D5747M

This ASTM standard addresses testing intended to evaluate the chemical resistance of geomembranes against liquid exposure. As a practice, it is commonly used to guide how testing is approached rather than to define a single product requirement. That makes it useful for engineers, laboratories, and procurement teams that need a consistent technical basis for comparing geomembrane behavior. The designation includes both inch-pound and SI units, supporting broader application in standards-based workflows and documentation.

Common use cases of ASTM D5747/D5747M

ASTM D5747/D5747M is commonly used when geomembranes must be assessed for compatibility with liquids they may contact during installation or service. This may include lining systems, containment applications, and related engineering evaluations where liquid exposure can affect material integrity. It is also relevant in laboratory testing programs and supplier qualification work, where consistent methods are needed to evaluate chemical resistance and support specification compliance for geomembrane selection.

Benefits of using ASTM D5747/D5747M

Using ASTM D5747/D5747M helps create a consistent framework for evaluating geomembrane resistance to liquids, which can improve comparison between materials and reduce uncertainty in technical review. It supports compliance-oriented procurement, repeatable laboratory testing, and more reliable quality control documentation. For owners and specifiers, the standard can help reduce material-selection risk by grounding decisions in a recognized ASTM practice rather than informal or product-specific test approaches.

• Geomembrane chemical resistance evaluation
• Liquid exposure testing framework
• Laboratory and quality control use
• Specification and procurement support
• SI and inch-pound reference