Search By Standards Organization
Browse standards by organization, jump to the standards relevant to your test method, and find the equipment and resources that support each workflow.
Browse standards by organization, jump to the standards relevant to your test method, and find the equipment and resources that support each workflow.
Select a standards organization to explore its standards library, the products linked to those methods, and related application content.
ASTM standards are widely used across material testing, quality control, product development, and compliance workflows. They provide recognized test methods for evaluating the mechanical, physical, thermal, and performance properties of plastics, metals, rubber, composites, concrete, cement, textiles, coatings, soil, asphalt, and many other materials.
For laboratories and manufacturers, ASTM methods help define how a test should be prepared, performed, measured, and reported. These standards are especially important in North America, where ASTM methods are frequently referenced in product specifications, engineering requirements, supplier documentation, construction materials testing, and industrial quality assurance programs.
Because ASTM standards cover a wide range of industries and materials, they are often used as a starting point for selecting the correct testing machine, grips, fixtures, extensometers, hardness tester, impact tester, thermal testing system, or software workflow.
ISO standards in this section focus on internationally harmonized test methods used for metals, plastics, rubber, hardness, calibration, impact, and thermal testing.
DIN standards in this section are most relevant for German-origin and adopted European methods, with strong ties to metals, rubber, hardness, specimen preparation, and abrasion testing.
EN standards in this section cover harmonized European methods for concrete, cement, asphalt, reinforcement steel, footwear, and impact testing.
AASHTO standards in this section focus on transportation materials and civil infrastructure methods, especially cement, concrete, asphalt, soil, consolidation, direct shear, and CBR workflows.
BS standards in this section should be read as a UK-facing mix of legacy British methods and UK adoptions of EN or ISO procedures, especially across soils, plastics, rubber, and paper testing.
GB/T is the strongest China-facing standards group in this library, covering metallic tensile testing, machine verification, Vicat softening, impact, hardness, aging, tear testing, and cement fineness.
APPITA is a focused paper and packaging standards group on this site, best positioned around tear-resistance testing and Australasian method alignment across fibre-based manufacturing workflows.
CEN-ISO/TS should explain hybrid technical specifications created during active standardization work, with the current use case centered on direct shear testing for soils and geotechnical interpretation.
CNS should be framed as a Taiwan-market standards group with a focused narrative around footwear and rubber-related methods such as aging, heat resistance, and performance testing.
CSA is a narrower standards group on this site and is best positioned around Canadian market relevance, especially where paper and packaging tear-testing methods overlap with international equivalents.