PLASTICS SPECIFIC

Written by Vishal Ranjan | Updated: February 13, 2026

PLASTICS SPECIFIC

Written by Vishal Ranjan |  Updated: February 13, 2026
TMA instrument measuring linear dimensional change of polymer specimen during thermal ramp

PLASTICS SPECIFIC

Plastics are widely used in the manufacturing of many products in various industries. The properties of plastics are essential to ensure the safety, function, and performance of products. Rigid and thermoset plastics are two types of plastics used in many applications and must be properly tested to determine their properties and suitability for use. 

A testing laboratory specialized in plastics can provide physical and analytical testing services for rigid and thermoset materials. This includes sample preparation and specimen molding (injection and compression), material characterization, dynamic testing, and more. Specific tests that may be conducted include CIE Lab Color Analysis, Coefficient of Friction, Cold Mandrel Bend, Compression Molding, Compressive Properties of Rigid Plastic, Environmental Stress Cracking, Flexural Modulus, Grinding of Plastics & TPE Materials, Hardness, Heat Deflection Temperature, Impact Testing, Injection Mold Shrinkage, Injection Molding of Plastics & TPEs, Instrumented Impact, Melt Flow Rate, Tear Properties of Plastic, Tensile Properties of Plastic, Vicat Softening Point, and Volatile Loss Using Activated Carbons. 

In addition to testing, a specialized plastics testing laboratory can also provide guidance for the selection and validation of plastic materials. This includes determining the best material for the application, ensuring that the materials meet the necessary specifications, and conducting tests to verify the performance of the material. Standard tests, such as Cold Mandrel Bend, Standard Test Methods for Mandrel Bend Test of Attached Organic Coatings (ASTM D 522), and Standard Practice for Conditioning Plastics for Testing (ASTM D 618), can be performed to ensure the quality of the plastics. For specific materials, like Nylon Type 6 and Nylon Type 6 Copolymer, material specifications like FORD ESF-M4D101-A and FORD ESF-M4D423-A, respectively, can be used to verify the quality of the material. For resin testing, Honda HES D2500 (2010) provides general test methods for resin materials.

ABOUT AUTHOR

Vishal Ranjan is an experienced Materials Consultant and Structural Engineer with over 5 years of material selection, testing, and failure analysis expertise. He specializes in investigating and reconstructing material failures and providing scientifically sound recommendations rooted in advanced engineering principles. Currently serving as a Customer Engagement Manager, Vishal combines his technical background with client-focused strategies to deliver practical, high-impact solutions in materials and structural engineering. His work is grounded in a strong academic foundation: He holds an M.Tech in Structural Engineering from IIT Kanpur, one of India's premier engineering institutions. Vishal’s approach is both analytical and results-driven.

He has a proven ability to bridge technical insights with real-world applications. He has played a key role in various projects requiring precise evaluation of structural integrity, root cause failure investigations, and materials performance under diverse environmental and operational conditions. Through his work, Vishal continues to contribute to advancements in engineering practices and client solutions, focusing on safety, durability, and innovation.

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