Xinbodi provides polyurethane adhesive testing to investigate bond failure, wet-heat durability loss, formulation differences and supplier issues, helping manufacturers identify root causes and improve product performance.
Explore how a polymer film composition analysis lab identified layers, PE resins, and additives in a multilayer film using complementary analytical methods.
Improve plastic toughness, stiffness, heat resistance and processability through formulation development, laboratory prototyping and performance testing at Xinbodi.
Polyurethane formulation analysis identifies polyols, isocyanates, catalysts and additives. Explore PU deformulation methods and real laboratory analysis results.
Discover how Xinbodi used ABS-GF composition analysis, plastic reverse engineering and product development to replace a discontinued imported dust cover.
Chemical analysis of rubber identifies polymers, fillers, plasticizers, cure systems, antioxidants and contaminants to solve formulation, supplier and failure problems.
See how rubber compound testing and analysis traced excessive compression set, heat-aging instability, and oil-swelling problems in an NBR formulation, identified critical compound differences, and guided targeted optimization.
See how polyurethane sealant deformulation analysis revealed key differences in prepolymer, plasticizer, fillers and stabilizers to improve movement, UV aging and wet-heat adhesion.
Need to verify plastic quality, compare materials, or investigate a failure? Plastic materials testing services combine mechanical, thermal and chemical analysis to identify performance gaps, formulation differences and root causes.
See how a plastic failure analysis service identifies the root causes of plastic surface blooming, whitening, and brittle cracking, helping manufacturers distinguish formulation problems from processing issues and prevent repeat failures.
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