In sectors like automotive, aerospace, energy, electronics, construction, packaging, and consumer goods, the difference between “works” and “fails” is often hidden in composition, microstructure, and processing history. Material analysis answers practical questions:
Chemical composition, hardness, tensile/impact, metallography, grain size, microstructure, fracture surfaces, corrosion & coating integrity.
DSC/TGA for transitions & stability, melt flow, Shore/DIN hardness, tensile/elongation/tear, ageing, filler/ash, FTIR identification.
Fiber/matrix ID, fiber volume fraction, interlaminar strength, voids/porosity, thermal behavior, delamination and failure analysis.
Adhesion, impact, thickness, gloss, chemical resistance, cross-hatch, salt spray, peel-off, flame & fire point for bitumen/varnishes.
Metallography/SEM to see fracture mode; hardness/tensile to check embrittlement; process audit to fix quench/temper or polymer cooling profile.
Adhesion, impact, thickness uniformity, chemical resistance, and accelerated corrosion to validate real-world durability.
FTIR for identification, DSC/TGA for transitions and stability, MFI and mechanical tests to confirm grade equivalency.
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