Carbide wear parts cover a very wide range, mainly including cemented carbide roll rings used in steel and other industries, synthetic diamond top hammers and cylinders, precision forming dies, precision optical dies, tungsten carbide nozzles, stamping dies, drawing dies, sealing rings, pistons, bearing journals, and surface-hardening welding and spraying materials.

Tungsten carbide flow control valves can play a role in controlling the flow of fluid, generally speaking, when the pressure difference of the flow control valve is fixed, the size of the opening affects the change of liquid flow. In simple terms, the main role of the throttle valve is three point

Tungsten carbide rod is an important industrial material widely used in metal processing, mining, chemical, electronics, aerospace and other fields. Its high hardness, high melting point, good thermal conductivity and corrosion resistance make it an indispensable material for many applications.
However, sourcing tungsten carbide rods requires special attention to a number of key factors to ensure that the quality and performance of the selected material meets specific needs. Here are a few areas to focus on when making tungsten carbide rod purchases.

Tungsten plate is widely used in the construction of furnace tooling and parts and as a feedstock for the fabrication of parts for the electronics and semiconductor industries. Surface can be supplied in a shiny or matte; dependent upon thickness and width parameters. Zhuzhou Jinxin tungsten plate strictly according to the clients' requirements.

Non-magnetic alloys are carbide materials that are not magnetic or weakly magnetic. As the moulds for the production of magnetic materials require the use of non-magnetic materials, non-magnetic steel has been used in the past, which has poor mould performance, low hardness, short service life, and after a period of time, the inner wall of the mould is severely stretched and deformed, which affects the dimensional accuracy and surface quality of magnetic materials. Nowadays, the use of non-magnetic carbide, with its excellent performance instead of non-magnetic steel can increase the efficiency exponentially.

Tungsten-copper alloy rods and tungsten-copper alloy tubes are widely used in hard alloys and insoluble metals. Tungsten-copper alloy rods and tungsten-copper alloy tubes are suitable for all kinds of machining. In the machining industry, the application of tungsten copper alloy rod and tungsten copper alloy tube has played a great role. At the same time, the tungsten-copper alloy can be produced and processed according to the requirements of users.

Tungsten-copper alloy rods and tungsten-copper alloy tubes are widely used in hard alloys and insoluble metals. Tungsten-copper alloy rods and tungsten-copper alloy tubes are suitable for all kinds of machining. In the machining industry, the application of tungsten copper alloy rod and tungsten copper alloy tube has played a great role. At the same time, the tungsten-copper alloy can be produced and processed according to the requirements of users.

With the continuous progress of industrial technology and the expansion of application fields, the requirements for sealing materials are also increasing. As a kind of high-performance sealing material, JINXIN tungsten carbide ring has been widely used in various industries with its excellent performance. In this article, we will introduce the characteristics of Jinxin tungsten carbide ring from the aspects of high temperature and pressure resistance, abrasion and corrosion resistance, as well as environmental friendliness.

With the continuous progress of industrial technology and the expansion of application fields, the requirements for sealing materials are also increasing. As a kind of high-performance sealing material, JINXIN tungsten carbide ring has been widely used in various industries with its excellent performance. In this article, we will introduce the characteristics of Jinxin tungsten carbide ring from the aspects of high temperature and pressure resistance, abrasion and corrosion resistance, as well as environmental friendliness.

The cemented carbide strip is mainly made of tungsten carbide and cobalt powder mixed by metallurgical method through powder milling, ball milling, pressing and sintering. The main alloy components are WC and Co. The WC and Co components in the cemented carbide strip for different purposes are not consistent, and the application range is extremely wide.