Metal Insert Nylon Gears-white
Engineered for Superior Bonding, Quiet Operation & Longevity .
Challenges such as layer separation, noise, and frequent replacements are common with traditional composite gears. Our Metal Insert Nylon Gears, manufactured via a monolithic casting process with MC Nylon, provide a structural solution to these issues.
- Product Description
- Specification
Product Description
Metal Insert Nylon Gears: Engineered for Superior Bonding, Quiet Operation & Longevity
Challenges such as layer separation, noise, and frequent replacements are common with traditional composite gears. Our Metal Insert Nylon Gears, manufactured via a monolithic casting process with MC Nylon, provide a structural solution to these issues.
The Advantage of Monolithic Casting with Metal Inserts
Elimination of Delamination: The metal core is not just covered but molecularly bonded with MC Nylon during the single casting cycle. This "insert molding" process ensures the metal and nylon function as a single, inseparable unit.
Optimized Performance: The metal insert provides the necessary structural integrity, while the MC Nylon covering delivers excellent wear resistance, dampening, and self-lubrication.
Inherently Quiet and Low-Maintenance: The nylon layer effectively reduces noise and vibration. The self-lubricating properties minimize or eliminate the need for external lubrication, lowering maintenance costs.
Direct Benefits for Your Application
Increased Reliability: Prevents catastrophic gear failure and unplanned downtime caused by layer separation.
Extended Service Life: Outperforms traditional composite gears, with a service life increase of over 60%.
Reduced Total Cost of Ownership: Achieve long-term savings of up to 40% through reduced maintenance and replacement cycles.
Key Performance Data
Estimated Total Cost Savings: Up to 40%
Service Life Extension: >60%
Noise Reduction: Up to 70% (compared to all-metal gears)
Specification
Mechanical Properties Table
Property | Value |
Density | 1.15-1.16 g/cm³ |
Tensile Strength | ≥ 80 MPa |
Flexural Strength | ≥ 110 MPa |
Impact Strength (Unnotched) | ≥ 110 KJ/m² |
Hardness (Rockwell) | R115 - R120 |
Coefficient of Friction (vs. Steel) | 0.15 - 0.30 |
Max Continuous Use Temperature | 100 °C |





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