Metal Core Nylon Wheel
The Metal Insert Nylon Wheel is manufactured via a monolithic casting process that fully encapsulates a metal core within MC Nylon. It is not just a combination, but a high-performance integrated component designed to enhance the efficiency and reliability of heavy-duty equipment.
- Product Description
- Specification
Product Description
The Core Value: Advantages of Integration
Built-In Strength for Heavy Loads: The internal metal insert acts as the core load-bearing structure, preventing deformation and crushing under extreme pressure, with rigidity comparable to all-metal wheels.
Complete Nylon Encapsulation: The high-quality MC Nylon overlay provides superior wear resistance, self-lubrication, and protects floors and tracks from damage.
Monolithic Bond for Ultimate Integrity: The casting process ensures a molecular bond between nylon and metal, offering structural integrity far beyond assembled hubs and eliminating any risk of loosening or separation.
Core Problems We Solve
Eliminates the cracking and deformation issues common in all-nylon wheels under shock loads.
Avoids the noise, floor damage, and mandatory frequent lubrication associated with all-metal wheels.
Reduces equipment downtime and high maintenance costs caused by wheel failure.
Key Benefit Data
Load Capacity: Over 50% higher than all-nylon wheels of the same size.
Service Life: Up to 3x longer than standard nylon wheels in harsh operating conditions.
Overall Cost: Saves up to 40% in maintenance and replacement expenses.
Our Expertise & Commitment
We specialize in the R&D and manufacturing of Metal Insert Nylon Wheels. With profound expertise in monolithic casting technology, we guarantee products with unparalleled structural integrity and durability, making us your strategic choice for demanding applications and maximizing equipment ROI.
Specification
Mechanical Properties Table
Property | Value |
Wheel Material | MC Nylon |
Insert Material | Carbon Steel / Stainless Steel (Customizable) |
Tensile Strength | ≥ 80 MPa |
Flexural Strength | ≥ 115 MPa |
Hardness (Shore D) | 80 - 85 |
Max Continuous Use Temperature | 100 °C |
Insert Bond Strength | No Delamination (Substrate Cohesion Failure) |





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