Our products also have been sold to many overseas countries and areas

Tungsten carbide PDC substrate manufacturer,carbide PDC substrate in stock,Cemented carbide PDC substrate price list,carbide PDC substrate supplier,Tungsten carbide PDC cutter manufacturer,China carbide PDC substrate for mining

Our products also have been sold to many overseas countries and areas

Top Hammer for PDC Substrate Composite Piece Synthesis,carbide PDC Substrate for mining

Top Hammer for PDC Substrate Composite Piece Synthesis

Date:2024-05-07View:88Tags:Tungsten carbide PDC substrate manufacturer,carbide PDC substrate in stock,Cemented carbide PDC substrate price list,carbide PDC substrate supplier,Tungsten carbide PDC cutter manufacturer,China carbide PDC substrate for mining

Composite piece (PDC Substrate) is a composite material composed of polycrystalline diamond layer and cemented carbide matrix, which has the advantages of high hardness and high strength at the same time, and is widely used in the fields of petroleum mining, geological exploration, machining, etc. Its production principle is to use diamond, cubic boron nitride micropowder and cemented carbide matrix, which is sintered under the conditions of ultra high temperature and high pressure.

Cemented carbide top hammer is the key component of the synthetic composite piece, in recent years with the development of industrial processing, mineral exploration and mining industry, the trend of domestic composite piece to replace the imported is becoming more and more obvious, thus accelerating the composite piece of the top hammer market demand.

JETVISION closely follows the market development demand, and develops new products of top hammer suitable for composite chip synthesis in view of the problems of low service life of top hammer and high proportion of low-frequency hammer in composite chip synthesis working condition.

 

Composite chip products are synthesized by high-temperature and high pressure method using six-face top press equipment, with the cavity synthesis pressure reaching 5.5GPa and the temperature exceeding 1400℃. The top hammer, as the main component of the ultra-high-pressure cavity, is a product with high performance requirements and technological content.

JETVISION has rich R&D and manufacturing experience in the cemented carbide segment. With WC powder as raw material, JETVISION has developed a new generation of top hammer products through technological research on formula composition, wet grinding process and sintering process. The alloy has uniform organization, high strength and good toughness, and is suitable for high temperature and high pressure composite sheet synthesis working conditions.

Technical Advantages

(1) Raw material advantage: adopting tungsten carbide powder as raw material, with high single crystal strength, uniform particle size distribution and low impurity content.

(2) Technological advantage: high degree of automation from tungsten carbide raw material, mixture production, pressing and molding to product sintering ensures the stability of the process and consistency of the product.

(3) Quality control: online monitoring, sampling and testing, SPC process quality control and IAM lean production management are adopted to ensure stable quality of top hammer products and high one-time pass rate of products.

(4) Product performance: through carrying out the technical research and tackling of the whole process, the top hammer for composite sheet synthesis developed by Jingche has compressive strength≥5.5GPa, uniform organization and leading application performance in the industry.

 

Application Effect

Jetvision has become a strategic partner with many domestic composite sheet customers. The top hammer products have been synthesized for a high number of times, with good stability, and the quality has been unanimously affirmed by the customers.

With excellent product quality, good corporate image and sufficient supply guarantee, Jetvision is willing to work with customers to win-win and provide quality products and services for the development of superhard material industry!






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