STRANTOP
← Back to Modified Engineering PlasticsApplication-specific engineering materials extending beyond the four core polymer families, including functional, high-temperature, electrical, optical and specialty modification systems.
Electrical and electronic parts, lighting, automotive components, precision mechanisms, thermal-management parts, industrial equipment and other specialized molded applications.
These materials support projects that fall outside the four core grade tables or require functional, optical, high-temperature or electrical performance.
Polycarbonate modified with a light-diffusion system to distribute and repeatedly reflect light through molded parts for a more uniform optical effect.
LED lamps, light tubes, luminaires, diffuser panels, illuminated displays and automotive lighting covers.
PBT, PA6, PP and PC/ABS systems designed around flame resistance, low-smoke options, electrical safety and mechanical performance.
Connectors, terminal blocks, sockets, plugs, switch housings, lighting parts, home-appliance components and electronic enclosures.
A specialized additive package for improving impact resistance and toughness in PA6 and PA66 while retaining compatible processing behavior.
Automotive parts, electrical connectors and housings, power-tool parts and appliance components.
A material platform combining the impact strength and heat resistance of PC with the processability and surface finish of ABS.
Electrical and electronic housings, office equipment, automotive interior parts and consumer electronics.
High-temperature engineering compounds with heat resistance, chemical resistance, flame retardancy and dimensional stability for demanding environments.
Automotive under-hood components, electrical and electronic parts, pumps and valves, and industrial machinery.
Functional compounds for heat dissipation or electrical conductivity, supporting lightweight molded components and application-specific conductivity levels.
LED modules, battery packs and chargers, electronic housings and heat sinks, and automotive components.
Reinforced POM for projects requiring mechanical strength, dimensional stability, low friction and wear resistance.
Gears, precision parts, automotive mechanisms, industrial components and load-bearing housings.
PBT compounds balancing mechanical strength, heat resistance, electrical insulation and flame-retardant options.
Electrical connectors and terminals, switches, appliance components and industrial electrical housings.
PP grades combining gloss, surface quality, rigidity and impact resistance for appearance-sensitive molded parts.
Appliance housings, consumer-electronic enclosures, automotive interior trim, household products and fan blades.
Portfolio descriptions are reference information, not guaranteed specifications. Confirm the final grade and applicable technical documents before specification or purchase.
Glass-fiber reinforced, mineral-filled, flame-retardant and impact-modified PA6 compounds for applications requiring strength, stiffness, dimensional control and practical processing performance.
Automotive parts, power-tool housings, electrical components, connectors, structural parts and industrial components.
Reinforced, mineral-filled, flame-retardant and toughened PA66 compounds for applications with higher mechanical, thermal and dimensional-performance requirements.
Motor housings, gears, bearing cages, structural brackets, automotive parts, connectors and electrical components.
Reinforced, mineral-filled, flame-retardant, high-impact and appearance-oriented PP compounds designed around stiffness, dimensional stability, impact performance and processing needs.
Automotive components, appliance parts, electrical housings, support frames, industrial parts and appearance-sensitive molded components.
Reinforced and flame-retardant ABS compounds for molded components that require a balance of rigidity, dimensional stability, surface quality and practical processing behavior.
Appliance housings, industrial enclosures, electrical components, structural covers and selected automotive parts.
Share your current material, reference grade, application, processing method and performance priorities. STRANTOP will coordinate the appropriate material review with the manufacturing team.
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