Product Description
●Product Introduction
This product utilizes a high-strength stainless steel body structure with integrated precision POM engineering plastic rollers, forming a highly durable, low-friction rolling component. Its core design combines the robustness of metal with the smooth characteristics of engineering plastic, specifically crafted for applications requiring reliable motion performance.
●Functional Features
High Corrosion Resistance: Stainless steel body resists moisture, chemicals, and harsh environments.
Low-Friction Operation: Self-lubricating POM rollers provide quiet, smooth rolling performance.
Wear and Impact Resistance: POM material offers high wear resistance; stainless steel housing resists deformation, extending service life.
Lightweight Design: Lower density of POM beads reduces overall motion inertia.
Maintenance-Free: Self-lubricating properties minimize the need for external lubrication, reducing maintenance costs.
●Typical Application Scenarios
Mechanical Transmission Components: Guide rail sliders, linear bearings, rotary support units
Conveying Systems: Food/pharmaceutical production line tracks, low-noise conveyor rollers
Sports Equipment: Fitness machine pivot points, pulley assemblies
Precision Instruments: Optical adjustment mechanisms, laboratory equipment motion modules
Medical/Food Equipment: Sanitation-compliant, wash-resistant motion components (e.g., meeting FDA standards)
Application case
●Core Advantage Summary
The stainless steel + POM combination safeguards structural integrity with metal strength while achieving ultra-smooth motion through engineering plastic. It efficiently balances corrosion resistance, longevity, and quiet operation, making it an ideal alternative to traditional all-metal rollers in demanding conditions.
