Description
Product Overview
The ANSI #60 Standard Roller Chain is engineered for reliable power transmission and conveying performance in demanding industrial environments. Manufactured in strict accordance with ANSI B29.1 standards, this industrial transmission chain delivers consistent strength, precise engagement with sprockets, and long service life under continuous load.
Designed for heavy-duty operations, the chain is widely used across industries such as mining and metallurgy, agriculture and construction machinery, grain and oil processing, and wood processing, where durability, stability, and low maintenance are critical.
Key Features & Advantages
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ANSI B29.1 Standard Compliance
Fully manufactured to ANSI B29.1 specifications, ensuring precise pitch accuracy and seamless compatibility with standard ANSI sprockets, minimizing vibration and transmission loss. -
Precision Heat-Treated Components
Pins, rollers, and link plates undergo controlled heat treatment to enhance fatigue resistance and deformation strength. This improves durability in high-torque and continuous-load applications. -
Low Elongation, Reduced Maintenance
Advanced steel manufacturing processes significantly reduce chain stretch and wear, helping equipment maintain stable operation while cutting downtime and replacement frequency. -
Reliable Power Transmission
Engineered for heavy industrial use, the roller chain ensures smooth, uninterrupted power delivery, improving overall transmission efficiency and operational reliability. -
Multiple Material & Surface Options
Available in carbon steel and stainless steel, with optional zinc plating, carburizing, and quenching treatments to enhance corrosion resistance and wear performance. -
Complete Configurations Available
Single-strand, double-strand, triple-strand, and heavy-duty series are available to match light-, medium-, and heavy-load operating conditions. -
Cost-Effective Lifecycle Performance
Optimized design helps reduce maintenance costs while extending service life, supporting long-term equipment stability and lower total ownership cost.
