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What Are the Uses of EPDM Rubber Rollers?
12-04
/ 2025
What Are the Uses of EPDM Rubber Rollers?
Due to their performance characteristics, EPDM rubber rollers play a crucial role in many fields such as printing, papermaking, textiles, plastics processing, chemicals, food processing, and metal handling. Jinhang manufactures and processes various high-precision industrial rollers, including but not limited to rubber rollers.
Which Manufacturer Makes the Best Industrial Rollers?
12-01
/ 2025
Which Manufacturer Makes the Best Industrial Rollers?
As a professional roller manufacturer, Jinhang Machinery possesses a complete high-precision machining system. Its equipment configuration is a crucial foundation for becoming an excellent roller manufacturer.
What are industrial roller manufacturers?
06-20
/ 2025
What are industrial roller manufacturers?
Industrial rollers are an important part of mechanical equipment, usually cylindrical in shape, used to transmit power, convey materials or pressurize. The main function of the roller is to transmit power to other parts of the machine or to convey materials through the equipment to the desired location through rotation or rolling action.
How are industrial rollers customized and processed?
05-27
/ 2025
How are industrial rollers customized and processed?
The customization and processing of industrial roller involves a series of precise process flows. From preliminary design, material selection, processing and manufacturing to surface treatment, each link needs to be strictly controlled to ensure that the final industrial roller meets the customer's technical requirements and usage standards.
Industrial Rollers: Which Steels Are Not Suitable for Chrome Plating?
05-22
/ 2025
Industrial Rollers: Which Steels Are Not Suitable for Chrome Plating?
Types of Steels Not Suitable for Chrome Plating: 1. High Carbon Steel 2. High Sulfur Steel 3. High Phosphorus Steel 4. Low Alloy Steel
What is the best industrial roller material for chrome plating?
03-06
/ 2025
What is the best industrial roller material for chrome plating?
Stainless steel has become the preferred substrate for many high-end industrial rollers due to its excellent corrosion resistance and good mechanical properties. The main alloying element in stainless steel is chromium, which generally ranges from 10.5% to 30%, which makes stainless steel have excellent oxidation resistance and corrosion resistance.
What is the difference between industrial roller chrome plating and tungsten carbide coated rollers?
02-20
/ 2025
What is the difference between industrial roller chrome plating and tungsten carbide coated rollers?
There are significant differences between industrial roller chrome plating and tungsten carbide coated rollers in terms of material properties, manufacturing process, performance, application scenarios and costs.
Why do some industrial rollers need chrome plating?
02-13
/ 2025
Why do some industrial rollers need chrome plating?
Industrial rollers are subject to a lot of friction during daily operation, and the roller surface is prone to wear, especially under high-speed or long-term operation conditions. The chrome plating layer can significantly improve the wear resistance of the roller due to its excellent hardness (usually between 800-1200 HV).
How to tell if the tungsten carbide coating of industrial rollers is real?
01-27
/ 2025
How to tell if the tungsten carbide coating of industrial rollers is real?
One of the most direct ways to identify tungsten carbide coatings is to conduct a hardness test. Tungsten carbide has extremely high hardness, usually reaching 70HRC (Rockwell hardness) or more. Therefore, the hardness of the coating can be tested by using tools such as Rockwell hardness tester.
What is the best steel for industrial rollers?
01-22
/ 2025
What is the best steel for industrial rollers?
Carbon steel is one of the most basic and common types of steel. It is mainly composed of iron and carbon, and the carbon content is usually between 0.2% and 2.1%. According to the carbon content, carbon steel can be divided into low carbon steel (<0.25%), medium carbon steel (0.25%-0.6%) and high carbon steel (>0.6%).
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