OEM Carbide Drill Inserts

Product Features:
1. High Hardness and Wear Resistance: Carbide is a material with high hardness, with a hardness of over HRA90. It is made by combining tungsten carbide with other metals, exhibiting wear resistance and able to withstand long-term high-intensity impact and wear.
2. Strong Corrosion Resistance: Carbide has good corrosion resistance, able to be used for a long time in humid, acidic or alkaline environments without being corroded. This allows rock drilling tools to maintain stable performance in harsh environments such as mines and tunnels.
3. Good High-Temperature Stability: Carbide has a high melting point and thermal stability, able to maintain its hardness and strength in high-temperature environments. This allows rock drilling tools to maintain good working efficiency in high-temperature conditions.
4. Excellent Cutting Performance: Carbide has cutting performance, capable of quickly and effectively carrying out rock drilling operations. It has high cutting speed and feed rate, which can improve rock drilling efficiency and reduce drilling time.
5. Good Machinability: Carbide is easy to machine, allowing precise machining and finishing through methods such as turning and grinding, to meet different rock drilling needs.

Product Advantages:
1.Extended Service Life: Due to the high hardness and wear resistance of cemented carbide, the service life of rock drilling tools is significantly extended. Compared with traditional steel tools, the service life of cemented carbide tools can be increased by several times or even more than ten times, reducing the frequency and cost of tool replacement.
2.Improved Work Efficiency: Cemented carbide tools have cutting performance, allowing for fast and effective rock drilling operations. They have high cutting speeds and feed rates, which improve rock drilling efficiency, reduce drilling time, and ultimately increase production efficiency.
3.Reduced Energy Consumption: Due to the efficient cutting performance of cemented carbide tools, energy consumption during rock drilling is reduced. Compared with traditional steel tools, energy consumption of cemented carbide tools can be reduced by more than 20%, reducing energy consumption and environmental pollution.
4.Enhanced Safety: The high hardness and wear resistance of cemented carbide tools make them less prone to breakage or deformation during rock drilling, improving tool safety. Additionally, the corrosion resistance of cemented carbide tools allows them to maintain stable performance in harsh environments, reducing the occurrence of accidents.
5.Adaptable to Various Working Conditions: Cemented carbide tools have good high-temperature stability, maintaining their hardness and strength in high-temperature environments. This allows rock drilling tools to maintain good working conditions in high-temperature scenarios, suitable for rock drilling operations in different working conditions such as mines and tunnels.
6.High Customizability: Cemented carbide tools are easy to machine, allowing for customization based on specific customer requirements. Customers can choose different cemented carbide tools according to their rock drilling requirements to meet various rock drilling needs.

Product Application Scenarios:
1. Mining: Hard alloy tools are widely used in mining due to the harsh environment, which requires them to withstand long periods of high-intensity impact and wear. The high hardness and wear resistance of hard alloy tools ensure their stable service life and good working performance.
2. Tunnel Construction: In the process of tunnel construction, rock drilling tools are essential. Hard alloy tools have high-temperature stability, maintaining their hardness and strength in high-temperature environments, making them suitable for rock drilling operations such as tunnel excavation under high-temperature conditions.
3. Rock Excavation: Hard alloy tools are extensively used in rock excavation projects. They have cutting performance, enabling fast and efficient rock drilling operations, improving excavation efficiency and reducing excavation time.

Summary:
The hard alloy used in rock drilling tools possesses high hardness, wear resistance, corrosion resistance, high temperature stability, and cutting performance. Its advantages lie in extending service life, improving work efficiency, reducing energy consumption, enhancing safety, adapting to various working conditions, and strong customizability. The application of hard alloy tools can improve rock drilling efficiency, reduce energy consumption and costs, enhance the safety of the working environment, and is suitable for rock drilling operations in different working conditions such as mines and tunnels. Whether in mining, tunnel construction, or other rock drilling fields, hard alloy tools are an ideal choice.