English
What are the benefits of tungsten carbide coated roller?
05-20
/ 2025
What are the benefits of tungsten carbide coated roller?
Benefits of tungsten carbide coated roller: 1. Excellent wear resistance 2. Superior corrosion resistance 3. High temperature performance 4. Improve production efficiency 5. Extend service life 6. Improve surface finish
What are the main customer groups of tungsten carbide coated rollers?
05-05
/ 2025
What are the main customer groups of tungsten carbide coated rollers?
In the metal processing industry, tungsten carbide coated rollers are mainly used for metal processing, forming, rolling and other processes. During the metal processing process, the equipment needs to withstand high temperatures, large impacts and friction, so the hardness and wear resistance of the rollers are very high. ● Customer groups: steel mills, aluminum plants, copper plants, metal rolling plants, etc.
Is the coating of tungsten carbide coated roller magnetic or non-magnetic?
04-03
/ 2025
Is the coating of tungsten carbide coated roller magnetic or non-magnetic?
Tungsten is a transition metal, but when it is combined with carbon to form tungsten carbide, its crystal structure is not magnetic. This means that pure tungsten carbide itself does not have any measurable magnetic properties. Therefore, industrial rollers using tungsten carbide coatings will not exhibit magnetism under normal conditions.
Can tungsten carbide coated roller be used in high temperature environment?
04-02
/ 2025
Can tungsten carbide coated roller be used in high temperature environment?
Tungsten carbide coating has relatively good thermal stability in high temperature environment. Generally, the heat resistance temperature of tungsten carbide can reach above 500°C. At this temperature, the structure of tungsten carbide coating will not change significantly, maintaining its mechanical properties and chemical stability.
Industrial Tungsten Carbide Coated Rollers: Can Metal Detectors Detect the Coating?
03-05
/ 2025
Industrial Tungsten Carbide Coated Rollers: Can Metal Detectors Detect the Coating?
Combining the characteristics of tungsten carbide and the working principle of metal detectors, we can draw some preliminary conclusions. Although tungsten carbide is a metal compound, due to its poor conductivity and non-magnetic properties, metal detectors have limited ability to detect tungsten carbide coatings.
Will industrial tungsten carbide coated rollers rust or lose their luster?
02-25
/ 2025
Will industrial tungsten carbide coated rollers rust or lose their luster?
One of the main functions of tungsten carbide coated rollers is to provide wear protection for the substrate. The coating itself will not rust, but once the coating is damaged by external forces or chemical reactions, the metal substrate underneath will be exposed to the air, and the risk of rust will increase.
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.
Industrial Rollers: What is the Difference Between Chromium Carbide and Tungsten Carbide Coatings?
02-12
/ 2025
Industrial Rollers: What is the Difference Between Chromium Carbide and Tungsten Carbide Coatings?
The hardness of tungsten carbide coated rollers is significantly higher than that of chromium carbide. The Mohs hardness of tungsten carbide is close to 9, second only to diamond, while the hardness of chromium carbide is relatively low. Therefore, in applications where extreme wear resistance is required, tungsten carbide coated rollers perform better.
Industrial tungsten carbide coated roller: How thick is the tungsten carbide coating?
12-09
/ 2024
Industrial tungsten carbide coated roller: How thick is the tungsten carbide coating?
The thickness of tungsten carbide coatings is usually between 50 microns (0.05 mm) and 500 microns (0.5 mm), depending on the application scenario, working environment and use requirements of the roller. The choice of coating thickness must balance the wear resistance, impact resistance and other working characteristics of the roller.
What is the temperature limit of industrial tungsten carbide coated rollers?
11-20
/ 2024
What is the temperature limit of industrial tungsten carbide coated rollers?
The effective operating temperature limit of tungsten carbide coatings is usually around 500°C (932°F). After exceeding this temperature, the surface of the tungsten carbide particles may begin to oxidize or decompose, resulting in a decrease in the hardness and wear resistance of the coating.
Get the latest price? We'll respond as soon as possible(within 12 hours)
MENU
LANGUAGE