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The mechanical testing of polymers is a significant aspect of the product development and production process. Mechanical, thermal, optical, rheological behaviour and environment testing allow the creators to better understand their product, and introduce greater quality control.
Polymer testing, both mechanical and physical, guarantees that the material meets industrial standards. This holds true for a variety of industries, including the consumer, automotive, aerospace, medical, and defense sectors. Understanding a material’s potential and limitations is crucial for manufacturers, suppliers, and product developers at every stage of the polymer industry supply chain, given the wide variety of product types and additives available.
How to Calculate Hardness: Rockwell & Durometer Methods Explained
Hardness is defined as the “resistance of a material to deformation” particularly permanent deformation, indentation…
How to Measure Impact Strength? ASTM D256 Izod vs. Charpy Explained
Impact strength: Impact strength is defined as the ability of material to absorb applied energy.…
Flexural Strength Characterization: A Study Based on ASTM D-790 and ISO 178 Standards
Flexural strength is the ability of the material to withstand bending forces applied perpendicular to…
Compressive Strength Analysis of Polymeric Materials: A Study Based on ASTM D695 and ISO 75 Standards
In This Method we study about compressive strength using various standard ASTM D 695, ISO…
Understanding Tensile Test Standards for Plastics – ASTM D638 & ISO 527
In this Blog we using ASTM D 638 /ISO 527 for Tensile Strength, Elongation at…
Mechanical Testing: Tensile Testing Various Terms
The mechanical properties of plastics can be broadly classified as short-term, long-term and surface properties.…
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