| Customization: | Available |
|---|---|
| After-sales Service: | If Any Quality Issues Arise During Use, We Provide |
| Rolling Shape: | Plank, Ribbon, Wire |
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High Hardness and Wear Resistance: Carbide rolls exhibit extremely high hardness, which enables them to withstand the rigorous conditions of metal rolling and minimize wear. This property significantly extends their service life compared to traditional materials.
Excellent Compressive Strength: The combination of tungsten carbide and a binder metal results in a material with high compressive strength, allowing carbide rolls to withstand the high pressures involved in rolling processes.
Thermal Stability: Carbide rolls maintain their mechanical properties even at elevated temperatures, ensuring consistent performance throughout the rolling process.
Dimensional Stability: The material's low thermal expansion coefficient ensures that carbide rolls maintain their dimensional accuracy, which is crucial for achieving precise product tolerances.
Steel Rolling Mills: Carbide rolls are commonly used in the steel industry for hot and cold rolling of steel products such as wire, bars, sheets, and strips. They help to improve product surface quality, reduce roll changes, and increase productivity.
Metal Processing: In addition to steel, carbide rolls are also employed in the processing of other metals, including aluminum, copper, and nickel alloys.
Mining and Quarrying: In the mining and quarrying industries, carbide rolls are used in crushing and grinding equipment, where their high wear resistance and strength are essential for efficient material processing.
The layout and positioning of carbide rolls in a rolling mill depend on the specific application and process requirements. Typically, carbide rolls are arranged in pairs or multiple sets, with precise spacing and alignment to ensure smooth and efficient rolling of the metal. The rolls may be horizontally or vertically oriented, depending on the design of the mill and the shape of the product being rolled.
Improved Product Quality: Carbide rolls help to achieve better surface quality and tighter tolerances on rolled products.
Reduced Downtime: The extended service life of carbide rolls minimizes the need for frequent roll changes, reducing downtime and increasing productivity.
Cost Savings: The combination of reduced downtime, increased productivity, and improved product quality results in significant cost savings for manufacturers.
Environmentally Friendly: By reducing waste and improving energy efficiency, carbide rolls contribute to more sustainable manufacturing practices.
1. Chemical component analysis of the raw material
2. Chemical analysis of the RTP powder
3. Physical property testing and deformation of the trial products
4. Testing the tolerance and deformation of the trial products
5. Testing the physical properties of every batch of the sintered products
6. Flaw detection of the molds and end products
7. Testing the size, precision and defects of the end products
Package and Delivery Information (support customization)
1.One piece packed in a wooden carton
2.Other package is accepted according to customer's requirement
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