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Double sided tape for automotive applications helps attach trim, emblems, interior parts, foam seals and anti-rattle pads without visible screws or liquid adhesive overflow. The right tape should be selected by substrate type, coating condition, bond-line thickness, adhesive chemistry, compression need, application pressure, dwell time, service temperature and load direction. Common risks include trim edge lifting, weak wet-out on textured plastic, foam compression set, difficult liner removal and adhesive transfer during rework. Final selection should be based on real-substrate sample testing and a trial run before repeated assembly.
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This double sided tape data sheet explains how construction, thickness, peel adhesion, tack, static shear, temperature and storage data should be interpreted together. It applies to carrier-based and foam-supported pressure-sensitive double-sided tapes used on metal, glass, plastics and coated surfaces. Typical values are reference data rather than universal claims. Surface condition, application pressure, dwell, environment and load can change results, so the selected grade should be confirmed on representative samples before production release.
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EPDM sponge rubber properties should be read with the material grade and test condition. This reference covers closed-cell EPDM sponge for sealing, cushioning, gasket conversion, and PSA-backed constructions. It focuses on density, compression behavior, water absorption, mechanical response, service temperature, and ozone resistance. Use typical data for technical screening; confirm critical values on the intended grade, surface, load, and environment before full use or project approval.
