Polyamide Base Belts — Nylon Core, High Tensile Strength

Polyamide base belts (片基带/黄绿片基带) - nylon core flat belts with yellow/green friction surfaces. High tensile strength, shock absorption, compact size, oil resistant.

Nylon
Core Material
2
Surface Colors
High
Tensile Strength
Oil Resist
Option

Specifications

Type Surface Color Thickness (mm) Width (mm) Tensile Strength Lead Time
Standard YellowYellow1.520-200200 N/cm3-5 days
Standard YellowYellow2.020-300300 N/cm3-5 days
Standard GreenGreen2.020-300300 N/cm3-5 days
Standard GreenGreen3.025-400450 N/cm5-7 days
Heavy-Duty GreenGreen4.030-500600 N/cm5-7 days
Oil-ResistantGreen (OR)2.525-350350 N/cm7-10 days
Anti-StaticGreen (AS)2.020-300300 N/cm7-10 days
High-SpeedYellow1.520-250250 N/cm5-7 days

Key Features

High Tensile Strength

Nylon core provides exceptional tensile strength in a compact belt profile.

Shock Absorption

Nylon core absorbs shock loads, protecting driven equipment from damage.

Compact Size

Thin profile (1.5-4mm) allows use in space-constrained applications.

Oil Resistant

Available with oil-resistant surface for use in oily or greasy environments.

Frequently Asked Questions

What is the difference between polyamide base belts and leather core belts?

Polyamide (nylon) base belts offer higher tensile strength, better shock absorption, and more consistent performance across temperature and humidity changes. Leather core belts are more flexible initially but stretch more and are affected by moisture. Polyamide is preferred for modern high-speed, high-precision applications.

When should I choose yellow vs green surface? +

Yellow surface typically has higher friction coefficient, suitable for drives requiring more grip. Green surface is more wear-resistant and suitable for higher speed or longer life requirements. Green is also available in oil-resistant and anti-static versions. Contact us for application-specific recommendation.

What tension recommendations should I follow for polyamide base belts? +

Polyamide base belts require proper tension to perform optimally. Too little tension causes slippage; too much causes excessive bearing load. Use a belt tension gauge. Typical tension is 0.5-1.5% of belt tensile strength. We provide tension guidelines with each order.

Applications

Textile Machinery

Spinning, weaving, winding machines

Packaging

Folding, gluing, carton machines

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Printing

Printing presses, paper handling

Woodworking

Saws, planers, sanding machines

Related Products

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