STRANTOP
Explore modified PA6, PA66, PP and ABS compounds plus specialty engineering-plastic solutions from Zhejiang Dongyuan. Each material family now has its own grade reference, applications and inquiry path.
Zhejiang Manufacturing Base
Zhejiang Dongyuan integrates compound development, production and technical service for modified engineering plastics. Its work begins with the customer's processing conditions and target performance, then moves through formulation, evaluation, production coordination and application support.
ENGINEERING PLASTICS COMPOUNDING
A look at twin-screw extrusion, strand cooling and pelletizing used in modified engineering plastics production at the Zhejiang manufacturing base.
Zhejiang, China · Engineering Plastics Manufacturing
Choose the polymer family closest to your current resin, reference grade, processing method or target performance.
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.
Application-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.
The brochure presents a five-part support process that connects early material screening with formulation, evaluation and production use.
Review the application, processing method and performance priorities to identify a suitable material direction.
Coordinate compound formulation around specific mechanical, thermal, electrical, appearance or processing requirements.
Develop and control color targets for repeatable production within the agreed material system.
Evaluate relevant material properties and confirm the applicable test basis for the customer project.
Coordinate molding and processing guidance to improve stability, efficiency and finished-part performance.
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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