Saw blades of cotton fiber separation machine

High-precision conveyor production ensures perfect uniformity of gaps. The linearity of the working part is 1.5 times higher than the state standard, minimizing defects in the processing of raw cotton.
The working surface undergoes chrome plating and heat treatment, has a hardness of 55 HRC, and is characterized by increased wear resistance and a long service life.
The original factory design ensures easy assembly with standard equipment, reduces the formation of lint and improves the quality of cotton cleaning.
Each batch of ribs undergoes pre-assembly, factory testing, and individual numbering, making installation and quick adjustments on equipment easier.
Made of high-strength alloy steel, they have stable mechanical strength and high operational reliability.

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Product Details

Product Description

Saw blades are the main key component of fiber-separating machines (cotton gins). The component is installed on the working rollers of the equipment, transmits torque and ensures high-quality separation of cotton fiber from seeds.

The products are made of high-strength alloy steel, undergo professional surface treatment and heat hardening. They are characterized by high strength, wear resistance, stable dimensions, and long service life, making them ideal for replacing worn parts in cotton processing enterprises.

Technical Specifications

Purpose: Spare parts for cotton ginning and fiber separation machines
Material: High-strength alloy steel
Surface hardness: 55 HRC
Manufacturing: China, original factory production
Feature: High dimensional accuracy, resistance to loads

Packaging and delivery

Flexible transportation options to meet any customer logistics requirements.
Durable industrial packaging is designed for long-distance international transportation, eliminating mechanical damage.
We offer customized packaging according to the client's request.

Quality Control

All products undergo strict multi-stage factory inspection before shipment:

External inspection: Checking geometric dimensions, shape, surface cleanliness, and compliance with standards using a measuring instrument.
Functional testing: Checking compatibility with standard equipment and stability of operating characteristics.
Mechanical safety inspection: Control of strength and resistance to operational loads.
Packaging inspection: Checking the integrity of the containers and the legibility of the markings for safe transportation and storage.