Automotive Polymer Compounds
Exterior trim, interior systems, electrical components, and under-hood parts. Each application has distinct requirements — Polimatrix formulates for the part, not the category.
The Right Material for the Component
Side Mirror Housing
Engineered ASA and PC-ASA formulations providing exceptional UV resistance, weatherability, and dimensional stability through thermal cycling for exterior mirror assemblies.
Material Rationale: UV resistance, weatherability, dimensional stability through thermal cycling.
Bumper Trim & Filler
Impact-tolerant polypropylene and ASA compounds delivering exterior paintability, tight gap tolerances, and rapid dimensional recovery under light collision impacts.
Material Rationale: Impact tolerance, paintability, dimensional recovery.
Pillar Trim
UV-resistant ASA compound ensuring long-term colour and gloss stability in direct sunlight without chalking or degradation over vehicle life cycles.
Material Rationale: Long-term colour and gloss stability in direct sunlight.
Roof Rail Trim
Glass-reinforced PC-ASA combining UV stability and structural stiffness to handle roof rail mounting loads, aerodynamic forces, and outdoor environmental exposure.
Material Rationale: Combined UV stability and structural stiffness for rail mounting loads.
Dashboard & Instrument Panel
Heat-resistant ABS and PC-ABS grades offering superior surface quality, heat resistance, and dimensional stability for automotive instrument clusters and dashboards.
Material Rationale: Surface quality, heat resistance, and dimensional stability.
Door Panel
Impact-modified ABS compound engineered for interior door cladding and armrest carriers, providing low warpage, uniform grained texture, and occupant safety impact performance.
Material Rationale: Good surface finish, impact resistance, long-term appearance stability.
Centre Console
High-modulus PC-ABS alloy delivering premium gloss and metallic look finishes with strict dimensional stability for center stack switch housings and cupholder consoles.
Material Rationale: Premium surface finish, dimensional stability, metal look finishes.
AC Vent & Trim
Engineered ABS formulation providing fine detail definition and dimensional stability for air louvre mechanisms, knurled knobs, and decorative dashboard highlights.
Material Rationale: Fine surface quality, complex geometry processing, and dimensional stability.
Fuse Box / Relay Housing
UL 94 V-0 flame-retardant PC-ABS compounds formulated for automotive fuse boxes, relay modules, and electronic enclosures requiring fire safety and electrical insulation.
Material Rationale: Flame retardancy, heat resistance, dimensional stability under load.
Connector Shells
Glass-reinforced Polyamide compounds (PA6 and PA66) engineered for high continuous temperatures, automotive fluid resistance, and pin-retention precision.
Material Rationale: High temperature performance, chemical resistance, dimensional precision.
Sensor Housing
High-precision engineering compounds providing dimensional stability, sensor potting compatibility, and resistance to aggressive under-vehicle environmental media.
Material Rationale: Tight dimensional tolerance, heat stability, media resistance.
Engine Cover
Heat-stabilized glass-filled PA66 and mineral-reinforced polypropylene compounds engineered for continuous under-hood engine exposure, vibration damping, and engine noise suppression.
Material Rationale: Continuous heat resistance, acoustic damping, light weight.
Battery Housing
Chemically inert, acid-resistant polypropylene compounds engineered for automotive battery housings, fluid containers, and protective covers.
Material Rationale: Acid and chemical resistance, dimensional stability, impact toughness.
Structural Bracket
High-modulus 30% glass-fibre reinforced Polyamide compounds formulated as direct metal-replacement solutions for chassis cable guides, headlamp brackets, and pump mounts.
Material Rationale: Load-bearing, temperature stable, metal replacement candidate.
Custom Formulations for Automotive Standards
Polimatrix can develop materials against specific OEM material specifications, thermal aging requirements, and validation protocols.
Engineered alloy uniting the high heat and impact strength of PC with the outdoor weathering of ASA.
Acrylonitrile Styrene Acrylate chosen specifically for zero-chalking colour and gloss stability in direct UV sunlight.
UL 94 V-0 flame-retardant formulations for automotive fuse boxes, electrical connectors, and relay units.
Glass-reinforced Polyamide compounds engineered for continuous high-temperature under-hood structural loads.
Common Questions
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