Precision-manufactured wear parts and tooling solutions designed for durability, efficiency, and peak performance across demanding industrial environments.
TC-lined choke beans for consistent flow regulation in high-pressure environments. Steel housings with TC inserts resist corrosive, erosive, and abrasive wear.
High-strength alloy steel stems with brazed TC tips for abrasion resistance, erosion resistance, and reliable serviceability.
Choke valve seats for leak-proof sealing and long-lasting performance in critical oilfield operations. Standard and custom configurations available.
High-precision TC plugs for effective flow control and sealing under extreme conditions. Manufactured to tight tolerances for dependable field performance.
Designed for controlled flow, pressure management, and wear resistance in demanding downhole completion environments.
TC gate valve components built for continuous high-pressure cycling and abrasive media in critical oilfield operations.
TC balls with high hardness, toughness, and corrosion resistance for Gas Lift Valve assemblies. Polished surfaces within 5-micron tolerance.
Precision-finished TC seats manufactured to exact drawings for smooth operation, reliable sealing, and extended tool life in gas lift applications.
Bespoke TC parts designed and manufactured to exact specifications. Engineering team collaborates from concept through production.
High-precision tungsten carbide dies engineered for tube drawing operations. Accurate dimensions, corrosion resistance, and tight tolerances ensure tubes meet exact sizing requirements batch after batch.
Specialized for shaping aluminum, copper, and brass using high-grade tungsten carbide combined with H13 tool steel for durability. Proper carbide grade selection ensures excellent surface finishing on the cans, with controlled tooling processes for precision, durability, and repeatable performance.
Tungsten carbide dies for cold extrusion — metal is subjected to plastic flow through the die opening. Delivers better surface finish with no oxide layer, tight dimensional control requiring no secondary machining, enhanced grain structure, high production rates at low cost, and minimal material waste.
Our engineering team works with you from concept to production. Share your drawings and specifications.
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