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High-Performance Tungsten Carbide Brazing Inserts for Mining
A technique for fixing carbide inserts or other hard material inserts to the tool substrate by means of a brazing process. This technique is widely used in diverse engineering machining applications to improve tool durability and machining efficiency.
Description
Product Characteristics
High-strength connection: The brazing process can realize a high-strength connection between metals, ensuring stable performance under high loads.
Wear-resistant: Brazing inserts are usually made of cemented carbide, which has excellent wear-resistant performance.
High-precision positioning: Through precise machining and assembly process, it can realize high-precision positioning of the brazing inserts on the substrate to ensure the machining precision.
Customized service: Brazing inserts of different shapes, sizes and materials can be customized according to customers' needs, which is widely applicable.
Manufacturing Processes
Mainly includes the following steps:
1. Precise processing and cleaning of the substrate to ensure that the surface is free of impurities such as oil and oxides.
2. Select suitable brazing insert material according to the material of the substrate and processing requirements.
3. Place the brazing material between the insert and the substrate, and make the brazing material melt and fill the gap by heating to form a metallurgical bond.
4. Apply subsequent treatment such as cooling, cleaning and grinding to the brazed insert to ensure that the brazing insert meets the requirements for use.
Applications
Machinery manufacturing: Used for joining and repairing mechanical parts to improve the durability and reliability of machinery.
Mining equipment: In mining equipment, brazing technology is used to connect and repair wear-resistant parts such as drill bits, crusher hammer chisels, jaw plates, etc., in order to improve their wear resistance and service life.
