Preformed carbide blanks, wear parts, profiled rods and mining products for metalworking, oil & gas, pumps & valves, industrial machinery and rock drilling.
Complex profiles. Controlled allowances. Demanding machining. Preformed carbide blanks and profiled rods put the right material behind your cutting geometry.
For custom turning, grooving, milling, drilling and reaming tools used in automotive, aerospace and general component machining.
Abrasive fluids. Start-stop loads. Mixed wear. Material choice begins with the conditions at the interface.
Carbide sleeves, bushings and other fluid-contact wear components for electric submersible pumps (ESP), downhole tools and oilfield flow-control equipment.
Particle-bearing fluids. Pressure changes. Repeated movement. Material and geometry work together where flow meets the working surface.
Sleeves, bushings, sealing components and valve trim for slurry pumps, industrial water pumps, process pumps and control valves.
Abrasive powders. Repeated contact. Continuous movement. Custom carbide geometries bring wear resistance to the interfaces that keep production moving.
Wear components and profiled rods for powder feeders, conveying systems, guide mechanisms and forming equipment, developed around the required contact geometry.
Hard rock. Abrasive ground. Repeated impact. Carbide drilling blanks balance wear resistance and toughness for demanding mining conditions.
Carbide buttons, drilling blanks and rock-contact components for DTH bits, top-hammer bits, rotary drilling and rock-cutting tools.
Explore three representative component applications and the operating conditions behind them.
Our cemented carbide wear parts include sleeves and bushings for electric submersible pumps (ESP) and water pumps. Abrasive fluids, start-stop loads and fluid chemistry guide material selection.
ESP is one important application within our broader wear parts capability. The drawing and actual operating conditions define the component.
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Preformed carbide blanks support turning, milling, drilling and specialized machining. Non-standard shapes, profiles and dimensions are developed to customer requirements.
Custom development also covers profiled rods and preformed carbide blanks, including geometries for threading and whirling applications.
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TUNGSTEC carbide buttons and mining components serve drilling and rock-breaking applications in mining and oil & gas. Ground conditions and repeated loading inform the balance between wear resistance and toughness.
Our group’s forming, sintering and machining capabilities support the development of carbide components for specified working conditions.
Workpiece materials and wear mechanisms guide the hardness needed for cutting edges, profiled rods and contact components.
Interrupted cuts, bending loads and repeated impact call for the right balance of strength, toughness and wear resistance.
Temperature, coolant, process fluids and corrosive media help define the material requirements for each application.
Grain size, binder content and sintering control underpin consistent properties and predictable downstream machining.
From preformed carbide blanks and profiled rods to wear parts and mining components, custom development starts with your drawing, application and machining requirements. We review the material grade, forming approach and delivery condition together.
Workpiece or contact materials, the operating environment and required performance guide the choice of carbide grade, grain size and binder content for cutting, wear resistance or impact-loaded applications.
Cutting conditions, motion, loads, impact and temperature establish the balance of hardness, toughness and strength. We assess these requirements for tool blanks, rods and engineered components alike.
Your drawing, critical dimensions, profiles and downstream machining define the geometry, allowances and delivery condition. Electric pressing and forming expertise support near-net-shape blanks to help reduce material removal and subsequent grinding costs.
NDA available before sharing detailed drawings.