Carbide MANUFACTORY

20+ Years Manufacturing Experience

Products

  • Classic Carbide Teeth in High-Performance Mining Ball Inserts and Strong Technical Integration Support

    Classic Carbide Teeth in High-Performance Minin...

    Applications 1. Mining excavation teeth are used on equipment such as excavators and loaders to dig soil, ore, and rocks. 2. On machines like crushers and hydraulic hammers, mining excavation teeth are used to crush large rocks or ore for further processing. 3. Mining excavation teeth are typically used on mining machinery and scraper conveyors to continuously collect and transport ore. 4. Some mining excavation teeth are suitable for drilling equipment used in blasting or geological exp...

  • Super Carbide Tooth for Oilfield Exploration

    Super Carbide Tooth for Oilfield Exploration

    Application Rock formations: Oilfield roller cone drill bits are widely used in various types of rock formations, including sandstone, shale, mudstone, and hard rocks. The choice of roller cone drill bit type depends on the hardness and properties of the rock formation. Drilling objectives: The drilling objectives also influence the selection of roller cone drill bits. For example, drilling oil wells and natural gas wells may require different types of drill bits to accommodate varying...

  • Extracting teeth is wildly applied to coal mining industrial engineering construction.

    Extracting teeth is wildly applied to coal mini...

    Applications 1. Coal cutting teeth are widely applied to mechanical equipment used in coal mines. They are used to cut, break, and extract coal efficiently. These teeth effectively extract coal from coal beds, facilitating subsequent processing and transportation. 2. Coal cutting teeth can also find applications in tunnel construction. They are used to cut and break rocks, soil, and other materials, aiding in tunnel excavation and construction. 3. Similar to their use in coal mining...

  • Road Milling teeth in Engineering Construction Performs Outstanding Quality and Sustainability, stability

    Road Milling teeth in Engineering Construction ...

    Application 1. Road Milling: Engineering construction milling teeth are commonly used for road milling operations, helping remove aging road materials to create a smooth foundation for new pavement. 2. Road Repairs: In cases of road repair, milling teeth are used to remove damaged road layers, preparing the surface for repair work. 3. Road Widening: In road widening projects, milling teeth are employed to cut and remove existing road surfaces, making space for new road structures. 4...

  • Composite Substrates of Diamond Is High Thermal Conductivity, Mechanical Strength, Wear Resistance, Chemical Stability, And Effective Bonding with Diamond Crystals.

    Composite Substrates of Diamond Is High Thermal...

    Applications The base materials in diamond composite plates find applications in various fields based on their properties, including but not limited to: Cutting and Grinding Tools: The base materials in diamond composite plates are often used to manufacture cutting and grinding tools such as grinding wheels and blades. The properties of the base material can influence the tool’s toughness, durability, and adaptability. Heat Dissipation Materials: Thermal conductivity of the base ...

  • Premium Shield Alloy in Wearing Resistance, Strength and Corrosion Resistance.

    Premium Shield Alloy in Wearing Resistance, Str...

    Applications Cutterhead Blades: Cutterheads of shield tunneling machines are equipped with blades for cutting through underground rocks or soil. These blades are typically made of hard alloys due to their excellent hardness and wear resistance, enabling sustained operation in challenging underground conditions. Shield TBM Disc Cutters: Shield TBM disc cutters are crucial components that support and guide the cutterhead, ensuring the smooth advancement of the tunneling process. These di...

  • Quality Carbide Rods in Wearing Resistance with Technology Supports

    Quality Carbide Rods in Wearing Resistance with...

    Application Cutting Tools: Hard alloy round bars find extensive use in the manufacturing of cutting tools such as blades, drill bits, and milling cutters. Their high hardness and wear resistance ensure tools remain sharp and efficient during cutting, milling, drilling, and other operations. Mining and Drilling: In the mining and oil drilling sectors, hard alloy round bars are utilized in creating drill bits and drilling equipment. They can endure the challenges of solid rocks and soils...

  • Sand-Making Strips for Machining Stones & Rocks

    Sand-Making Strips for Machining Stones & ...

    Application Gravel Production: Hard alloy sanding strips are used in crushing machinery to help break down large chunks of rocks and ores into smaller gravel pieces, which are then used for construction, road building, and concrete manufacturing, among other purposes. Sand Production: In the production of sand and sandstone, hard alloy sanding strips are employed for grinding and processing raw materials, ensuring the production of sand that meets quality standards for use in concrete ...

  • Sawtooth Alloy Tips for Machining Wooden & Aluminum Materials

    Sawtooth Alloy Tips for Machining Wooden &...

    Application The hard alloy saw blades are mainly used for cutting various materials, including wood saw blades, aluminum saw blades, asbestos tile saw blades, and steel saw blades. Different types of alloy saw blades require different types of alloy blade materials because different materials have varying requirements for hardness and wear resistance. Wood saw blades: Used for cutting wood, typically made from YG6 or YG8 medium-grain hard alloy. This alloy material offers good hardness ...

  • Customized Buttons for Applied to Road Surface Milling Engineering Construction

    Customized Buttons for Applied to Road Surface ...

    Application Kimberly comprehensively manages various aspects and elements in the customization of non-standard tungsten carbide products to meet specific customer requirements. 1. Material Selection: Choosing appropriate cemented carbide materials based on customer needs and application areas. Different carbide compositions and structures can imbue the material with varying hardness, wear resistance, corrosion resistance, and other properties. 2. Product Design: Designing the shape, size...