Processable Materials and Forms Engineering Plastics: Plates, rods, tubes High-Performance Plastics: PP, PVC, PE, PA, PPS, PEEK, PI, PEI, PAI Elastomers: Silicone, Natural Rubber Composites: Epoxy Glass Fiber, Carbon Fiber, Phenolic Cotton Laminate Ceramics & Insulating Materials: Mica Sheet, Vacuum Insulation Panel Forms: Plates, rods, tubes – with customized dimensions and shapes available   Processing & Custom Capabilities Cutting & Shaping: Sawing, laser cutting, waterjet cutting Machining: Turning, milling, drilling, grinding, engraving, and CNC processing Molding & Tooling: Custom molds, pressed or molded components Surface & Post-Processing: Polishing, coating, plating, anodizing, shot blasting, laser marking Flexible Customization: Complex geometries, tight tolerances, and specialized material grades   Product Features High-Precision Processing: Micron-level tolerances ensure superior dimensional accuracy Multi-Material Capability: Suitable for plastics, rubber, composites, ceramics, and glass Stable Performance: Maintains mechanical, electrical, and chemical properties after processing End-to-End Solutions: Supports prototype development, batch production, and industrial-scale orders   Applications Mechanical Engineering: Precision gears, bearings, guides, pulleys, bushings Electrical & New Energy: Insulating parts, terminals, PCB substrates, battery insulation panels Automotive & Aerospace: High-temperature parts, lightweight structural components, insulation brackets, fuel system parts Medical Equipment: Custom catheters, disposable medical device parts, molded components, seals Industrial & Chemical Equipment: Seals, buffers, corrosion-resistant pump/valve components, wear-resistant bushings   Contact us for tailored solutions and competitive offers!

We provide one-stop titanium alloy forging and precision machining services, covering the complete manufacturing process from raw material selection and forging to heat treatment, finished machining, and inspection. Leveraging mature processing technologies, a stable supply chain, and strict quality control systems, we are committed to delivering titanium alloy forgings and finished components that offer high strength, lightweight performance, excellent corrosion resistance, and stable, reliable quality.   Processing & Machining Capabilities α and near-α titanium alloys: TA1, TA2, TA3, TA9, etc. α+β titanium alloys: TC4 (Ti-6Al-4V), TC11, TC18, etc. β titanium alloys: TB5, TB6, etc. Additionally, we offer material selection, processing, and customization services tailored to customer-specific operating conditions and performance requirements.   Forging Using proven forging processes such as open-die forging and closed-die forging, titanium alloy billets are plastically deformed under strictly controlled deformation temperatures and reductions. This effectively improves internal microstructure and enhances overall mechanical properties: – Optimize grain structure to enhance material strength and fatigue resistance – Reduce internal defects to improve load capacity and service life – Suitable for various structural components including shafts, rings, flanges, valve bodies, and connectors – Provide post-forging heat treatments such as solution treatment, aging, or stress relief according to application needs   Precision Machining Equipped with comprehensive CNC precision machining capabilities to meet the high requirements for dimensional accuracy and surface quality of titanium alloy components: – Conventional and complex machining including CNC turning, milling, drilling, and boring – Multi-face machining and capability for complex cavities and special-shaped structures – Strict control over dimensional accuracy, geometric tolerances, and surface quality – Support for processing based on drawings or samples, and provide process optimization advice to help reduce manufacturing costs and improve efficiency   Quality Control and Inspection Chemical composition analysis Dimensional and geometric tolerance inspection Appearance and surface quality examination Material test certificates (MTC), inspection reports, and third-party inspection support available upon request   Product Features Optimize material properties to ensure component strength and reliability Enable lightweight designs to reduce overall product weight Meet complex structural and tight tolerance requirements Flexible customization to satisfy diverse customer needs   Applications Titanium alloy forging and machining products are widely used in industries such as aerospace and aero-engine manufacturing, shipbuilding and marine engineering, chemical processing equipment and corrosion-resistant systems, energy equipment and high-end manufacturing, as well as medical devices and advanced industrial applications.   Contact us for tailored solutions and competitive offers!

We provide professional high-temperature alloy forging and precision machining services, covering the complete manufacturing process from raw material selection, forging and forming, heat treatment, to finished machining and inspection. Leveraging mature process experience and strict quality control systems, we deliver high-performance, stable, and reliable high-temperature alloy forgings and finished component solutions to our customers.   Processing & Machining Capabilities Our capabilities cover mainstream high-temperature alloys including nickel-based, cobalt-based, and iron-based materials to meet performance requirements in various high-temperature environments. Additionally, we offer material selection, processing, and customization services for other special high-temperature alloys according to customer-specific applications or performance requirements.   Forging Using mature open-die and closed-die forging technologies, we produce high-temperature alloy forgings with dense microstructures and stable performance: – Optimize grain structure to enhance material strength and fatigue resistance – Reduce internal defects to improve load capacity and service life – Suitable for various structural components including shafts, rings, flanges, valve bodies, and connectors – Provide post-forging heat treatments such as solution treatment, aging, or stress relief according to application needs   Precision Machining Equipped with advanced CNC machining facilities to meet high precision requirements for high-temperature alloy components: – Conventional and complex machining including CNC turning, milling, drilling, and boring – Multi-face machining and capability for complex cavities and special-shaped structures – Strict control over dimensional accuracy, geometric tolerances, and surface quality – Support for processing based on drawings or samples, and provide process optimization advice to help reduce manufacturing costs and improve efficiency   Quality Control and Inspection Chemical composition analysis Dimensional and geometric tolerance inspection Appearance and surface quality examination Material test certificates (MTC), inspection reports, and third-party inspection support available upon request   Product Features Optimize material properties to ensure component strength and reliability Enable lightweight designs to reduce overall product weight Meet complex structural and tight tolerance requirements Flexible customization to satisfy diverse customer needs   Applications Widely used for key structural and functional components in aerospace engines, gas turbines, power generation equipment, and other high-temperature service conditions.   Contact us for tailored solutions and competitive offers!