| Specification |
Material: Plastic;
Structure: Roller Chain;
Surface Treatment: Electroplating;
Chain Size: 1/2"*3/32";
Feature: Fire Resistant, Oil Resistant, Heat Resistant;
Pitch: 38.1;
Weight: 6.8kgs/PC;
Color: Black/Blue/Brown/White;
Load: 150kgs/M;
Chain 1: Free Flow Chain;
Chain 2: Speed Chain;
Chain 3: 3 Speed Chain;
Chain 4: 2.5 Speed Chain;
Chain 5: Single Speed Chain;
Chain 6: Accumulating Chain;
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Material: Alloy;
Structure: Roller Chain;
Surface Treatment: Heat Treatment;
Chain Size: 1/2"*3/32";
Feature: Fire Resistant, Oil Resistant, Heat Resistant;
High Precision Transmission: Tolerance Classes up to ISO 606 "Precision Class";
Load Capacity: The Static Tensile Strength Is Increased by 20% to;
Wear Resistance Optimization: The Wear Rate Is Reduced by 40%, and The Service L;
Wear Resistance: The Surface Roughness of The Roller Is Controlled;
|
Material: Alloy;
Structure: Roller Chain;
Surface Treatment: Heat Treatment;
Chain Size: 1/2"*3/32";
Feature: Fire Resistant, Oil Resistant, Heat Resistant;
High Precision Transmission: Tolerance Classes up to ISO 606 "Precision Class";
Load Capacity: The Static Tensile Strength Is Increased by 20% to;
Wear Resistance Optimization: The Wear Rate Is Reduced by 40%, and The Service L;
Wear Resistance: The Surface Roughness of The Roller Is Controlled;
|
Material: Alloy;
Structure: Roller Chain;
Surface Treatment: Heat Treatment;
Chain Size: 1/2"*3/32";
Feature: Fire Resistant, Oil Resistant, Heat Resistant;
High Precision Transmission: Tolerance Classes up to ISO 606 "Precision Class";
Load Capacity: The Static Tensile Strength Is Increased by 20% to;
Wear Resistance Optimization: The Wear Rate Is Reduced by 40%, and The Service L;
Wear Resistance: The Surface Roughness of The Roller Is Controlled;
|
Material: Alloy;
Structure: Roller Chain;
Surface Treatment: Heat Treatment;
Chain Size: 1/2"*3/32";
Feature: Fire Resistant, Oil Resistant, Heat Resistant;
High Precision Transmission: Tolerance Classes up to ISO 606 "Precision Class";
Load Capacity: The Static Tensile Strength Is Increased by 20% to;
Wear Resistance Optimization: The Wear Rate Is Reduced by 40%, and The Service L;
Wear Resistance: The Surface Roughness of The Roller Is Controlled;
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