ASTM Methods, Interpreted for Working Laboratories.
Browse ASTM guides with practical emphasis on specimen logic, grips, compression fixtures, film handling, reporting structure, and the Testometric setup needed to run each method cleanly.
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Featured ASTM Standards
Start with the methods most often referenced for rubber compression, rubber tension, films, and plastics workflow decisions.
ASTM D575-91
A practical guide to compression testing of rubber, covering specimen geometry, platen setup, strain or deflection interpretation, alignment control, and the UTM configuration needed for consistent data.
ASTM D882
Thin-film tensile guidance for grips, gauge length, test speed, and reporting across packaging and film applications.
ASTM D412
Tensile testing of vulcanized rubber and TPE with focus on dumbbell selection, grips, extensometry, and calculations.
ISO Standards
Compare ASTM guidance with the equivalent ISO routes used in global and export-facing workflows.
Case Studies
See how testing systems are applied in real industrial, QA, and product-development environments.
Testometric UTMs
Connect ASTM method requirements to machine frames, grips, extensometers, and compliant software workflows.
Quick Access
ASTM Standards Directory
Direct entry into commonly referenced ASTM methods, with a clearer sense of what the lab must set up and verify.
Compression Properties of Rubber
Use when platen compression behavior, deflection, and stress response are central to elastomer evaluation.
Tensile Properties of Thin Plastic Sheeting
Useful for film and sheet testing where grip behavior, extension control, and thin-material reporting matter.
Tensile Properties of Plastics
A key plastics tensile method. Full guide expansion can sit under the ASTM hub as the content library grows.
Tensile Properties of Vulcanized Rubber and TPE
Reference for dumbbell testing, elongation, and tensile strength across rubber and elastomer workflows.
Practical Notes
Quick Reference
Three reminders that usually make the difference between a method being nominally selected and actually run well.
Control Geometry and Conditioning Early
Lock dimensions, preparation route, edge quality, and conditioning before the machine setup begins. It removes avoidable data drift later.
Verify the Fixture Against the Real Failure Mode
Choose grips, platens, and extensometers based on how the sample behaves, not only on the method title or a default setup sheet.
Treat Templates and Calibration as Part of the Method
Validated test templates, load-cell suitability, verification intervals, and traceable records are part of reliable ASTM execution.
Need help selecting the right ASTM path?
Talk to FITCO about ASTM method selection, fixtures, extensometers, sample preparation, and the Testometric configuration best suited to your material and throughput.