ASTM F842 is the ASTM standard focused on measuring the forced entry resistance of sliding door assemblies, excluding glazing impact. It provides a structured way to evaluate how these assemblies perform when subjected to attempted entry conditions, helping manufacturers, specifiers, and testing labs compare products more consistently. As a technical reference, it supports product evaluation, compliance efforts, and quality control for sliding door systems where security performance matters.

What is ASTM F842?

ASTM F842 is a test methods standard for assessing the forced entry resistance of sliding door assemblies. The official title makes clear that its scope is centered on security-related performance rather than impact testing of glazing. In practice, the standard gives a consistent framework for examining how a sliding door assembly responds to forced entry attempts, helping users apply repeatable test methods when reviewing design performance, product claims, or specification requirements.

Where is ASTM F842 used?

This standard is commonly used in product testing, manufacturing, and procurement settings involving sliding door assemblies. It is relevant wherever forced entry resistance is part of the evaluation process for door systems, such as in commercial or residential building products. ASTM F842 may also be used by laboratories and technical teams that need a clear basis for comparing assemblies under the same test approach, especially when security performance is a design or purchasing consideration.

Why is ASTM F842 important?

ASTM F842 matters because it helps create a consistent method for evaluating a security-sensitive product feature. Using a recognized ASTM standard can support clearer communication between manufacturers, test labs, specifiers, and buyers. It may also reduce uncertainty during qualification, procurement, and compliance review by providing a common testing reference. For sliding door assemblies, that consistency is valuable when comparing products, documenting performance, and supporting risk-conscious decisions.

• Forced entry resistance testing for sliding door assemblies
• Glazing impact excluded from the scope
• Consistent method for product evaluation
• Useful for testing, specification, and procurement
• Supports security-focused quality control