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High-Temperature Alloy Forging and Machining

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!

Stainless Steel Forging and Machining

We provide one-stop stainless steel 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 process expertise, a stable supply chain, and strict quality control systems, we are committed to delivering stainless steel forgings and finished components with reliable performance, precise dimensions, and consistent delivery. Processing & Machining Capabilities Austenitic Stainless Steel: 304, 304L, 316, 316L, 321, etc. Martensitic Stainless Steel: 410, 420, 431, etc. Duplex Stainless Steel: 2205, 2507, etc. Precipitation Hardening Stainless Steel: 17-4PH, 15-5PH, 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, stainless steel billets are plastically deformed at elevated temperatures to achieve a dense microstructure and refined grain size, significantly improving 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 machining facilities to meet high-precision requirements for stainless steel 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 Stainless steel forging and machining products are extensively applied across industries such as oil and gas, chemical and energy equipment, machinery manufacturing, heavy equipment, shipbuilding, and marine engineering, including critical components such as valves, pump bodies, and pressure-bearing parts. Contact us for tailored solutions and competitive offers!

Copper Alloy Forging and Machining

We provide professional copper 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. With mature process experience and strict quality control systems, we deliver high-performance, consistent copper alloy forgings and finished components solutions to our customers. Processing & Machining Capabilities Materials processed include brass, bronze, aluminum bronze, phosphor bronze, copper-nickel alloys, CuCrZr, and more. Additionally, we offer material selection, processing, and customization services for other special copper alloys according to customer-specific application or performance requirements. Forging Using mature forging technologies such as open-die forging and closed-die forging, we produce copper alloy forgings with dense microstructure 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 comprehensive CNC machining facilities to meet high-precision requirements for copper 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 Optimized material properties to ensure high strength, wear resistance, and long-term reliability of components Excellent electrical and thermal conductivity for functional and performance-critical parts Ability to meet complex structural designs and strict dimensional tolerance requirements Flexible customization options to accommodate diverse technical and application needs Applications Copper alloy structural and functional components are widely used in electrical and electronic industries, automotive manufacturing, marine and offshore equipment, machinery, and high-end equipment manufacturing, where conductivity, corrosion resistance, and comprehensive mechanical performance are highly demanded. Contact us for tailored solutions and competitive offers!

Metaalbewerking

Verwerkbare materialen en vormen Koolstofstaal en legeerstaal: 20Cr, 42CrMo, 40Cr, H13, D2, SKD11 daaronder begrepen Roestvrij staal: 304, 316, 321, 17-4PH, 410, 430 daaronder begrepen Aluminiumlegeringen: 6061, 6063, 6082, 7075 daaronder begrepen Koperlegeringen en koperlegeringen: C11000, C17200, C36000, C95400 daaronder begrepen Titaan- en titaanlegeringen: TA1, TA2, TC4 daaronder begrepen Nikkellegeringen en legeringen op basis van hoge temperatuur: Inconel 625, Incoloy 800, Hastelloy C22 daaronder begrepen Andere metalen zijn op verzoek beschikbaar om aan specifieke eisen van klanten te voldoen. Verwerkings- en bewerkingscapaciteiten Smeden en walsen: open smeden, gesloten smeden, warm/koud walsen voor billetten, staven en platen Gieten en warmtebehandeling: zandgieten, investeringsgieten, gloeiing, blussen, tempereren, veroudering Preciisie bewerkingen: draaien, fresen, boren, malen, snijden, boren, tappen, draaien, CNC-fresen en maakvormproductie Oppervlakte en postverwerking: polijnen, plating, anodiseren, coating, shot blasting, lasermarkering Flexibele aanpassing: complexe geometrieken, strenge toleranties en speciale materiaalkwaliteiten die op de eisen van de klanten zijn aangepast Productkenmerken Alomvattende verwerkingsketen: van grondstoffen tot eindprecisiononderdelen, ondersteunende prototypen, batchproductie en bestellingen in industriële schaal Hoge nauwkeurigheid en consistentie: microontolerantie op bewerkte delen Meermetaalvermogen: ferro- en niet-ferrometalen, hogestaalstaal, warmtebestande legeringen Duurzame prestaties: handhavt mechanische, thermische en chemische eigenschappen na verwerking Aanvragen Machinery: assen, raten, lagers, riepen, boven, vormen Automotive en luchtvaart: motoronderdelen, structuuronderdelen, haakjes, hoge temperatuuronderdelen, landingstoestellen Energie en vermogen: turbineonderdelen, warmtewisselaars, drukvaten, pijpleidingen Industriële en chemische apparatuur: pompen, kleppen, corrosiebestande onderdelen, schlijdbestande onderdelen Elektronica en elektrische: geleidende delen, terminals, verbindingen, warmteinken Contact ons voor gespesialiseerde oplossingen en concurrentievermogen!

30CrNiMo8 Alloy Steel Forging and Machining

We provide professional forging and machining services for 30CrNiMo8 alloy structural steel, covering the complete process chain from forging and heat treatment to precision machining. 30CrNiMo8 is a high-strength nickel-chromium-molybdenum alloy steel with excellent hardenability and an outstanding balance of strength and toughness. It is widely used for critical mechanical components subjected to high loads and impact loads. Forging of 30CrNiMo8 alloy steel is a process in which steel billets are plastically deformed under controlled temperature and pressure to produce near-net-shape components. The forging process significantly improves the internal microstructure by refining grains and increasing material density, thereby enhancing overall mechanical properties, impact resistance, and fatigue performance. This makes it particularly suitable for large structural components requiring high reliability. After forging, the components undergo quenching and tempering heat treatment. Through properly controlled heat treatment processes, the full material potential of 30CrNiMo8 can be realized, ensuring a combination of high strength, good toughness, and adequate ductility. This guarantees that the components meet the specified requirements for strength, hardness, and service life. Following heat treatment, the parts proceed to the CNC machining stage. Various machining operations such as turning, milling, drilling, tapping, and boring are applied to achieve complex geometries and strict dimensional tolerances. This ensures excellent surface quality, dimensional accuracy, and assembly consistency, meeting the demands of high-end equipment and critical component applications. Product Features Optimized microstructure for improved load-bearing capacity and extended service life Balanced high strength and toughness for impact and cyclic loading conditions Capability to support complex structures and high-precision machining requirements Flexible process routes suitable for both customized and batch production Applications Heavy-duty mechanical structural components Drive shafts, main shafts, and connecting rods Gears and shaft-type components Construction machinery and mining equipment parts Load-bearing components for automotive and industrial equipment Contact us for tailored solutions and competitive offers!

Niet-metalen materiaalverwerking

Verwerkbare materialen en vormen Ingenieurkunststof: platen, stappen, buizen Hoge-prestatieve kunststof: PP, PVC, PE, PA, PPS, PEEK, PI, PEI, PAI Elastomeren: Silicone, natuurrubber Composites: epoxyglasvezels, koolstofvezels, fenolkatoenlaminaat Keramische en isolatiematerialen: mica-plaat, vacuümisolatiepanel Formen: platen, stappen, buizen-met aangepaste afmetingen en vormen beschikbaar Verwerken en aangepaste mogelijkheden Snijen en vormen: Zag, laser snijden, waterstraal snijden Bewerkingen: draaien, fresen, boren, malen, gravuren en CNC-verwerking Gortvormen en gereedschappen: aangepaste vormen, gedrukte of geïmporteerde onderdelen Oppervlakte en postverwerking: polijnen, coating, plating, anodiseren, schotblasting, lasermarkering Flexibele aanpassing: complexe geometrieken, strenge toleranties en gespecialiseerde materiaalkwaliteiten Productkenmerken Hoge-precisie verwerking: micron toleranties zorgen voor een hogere dimensionele nauwkeurigheid Vermogen van meermateriaal: geschikt voor kunststof, rubber, composieten, keramieken en glas Stabiele prestaties: handhavt mechanische, elektrische en chemische eigenschappen na verwerking End-to-end-oplossingen: ondersteunt de ontwikkeling van prototypen, batchproductie en bestellingen in industriële schaal Aanvragen Machinieuringstechniek: precisie raten, lagers, leiders, riepen, boven Elektrische en nieuwe energie: isolerende onderdelen, terminals, PCB-substraten, batterijisolatiepanelen Automotive en luchtvaart: hoge temperatuurdelen, lichte structuuronderdelen, isolatiebakken, delen van brandstofsysteem Medische uitrusting: aangepaste kateters, onderdelen voor wegwerpgebruik, gevormde onderdelen, segels Industriële en chemische apparatuur: verzegelingen, buffers, corrosiebestande pomp/klep onderdelen, slijtbestande bushings Contact ons voor gespesialiseerde oplossingen en concurrentievermogen!

Soft Magnetic Alloy Forging and Machining

We provide professional soft magnetic 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. With mature process experience and strict quality control systems, we are committed to delivering high-performance, consistent soft magnetic alloy forgings and finished component solutions to our customers.

Verwerkings- en bewerkingsmogelijkheden

Our capabilities cover major soft magnetic alloy materials, including mainstream types such as iron-silicon alloys, iron-nickel alloys, iron-cobalt alloys, with commonly used grades like 1J22Q, 1J22QB, 1J21, 1J27, 1J22Nb, etc.

Additionally, we provide material selection, processing, and customization services for other special soft magnetic alloys based on customer-specific application or performance requirements.

Smeden

Using mature forging technologies such as open-die forging and closed-die forging, we produce soft magnetic alloy forgings with dense microstructure and stable performance:

– Optimize grain structure to enhance magnetic properties and mechanical strength

– Reduce internal defects to improve magnetic permeability and service life

– Suitable for magnetic cores, transformer laminations, inductive components, sensor structural parts, and more

– Provide post-forging heat treatments such as annealing, solution treatment, and aging according to application needs

Precisiebewerking

Equipped with advanced CNC machining facilities to meet the high-precision machining requirements of soft magnetic 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, providing process optimization advice to help reduce manufacturing costs and improve efficiency

Kwaliteitscontrole En 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

Productkenmerken

Optimize magnetic and mechanical properties to ensure high permeability, low losses, and structural stability

Adapt to complex structural designs and stringent dimensional tolerance requirements

Flexible customization to meet diverse technical and application needs

Toepassingen

Soft magnetic alloys are widely used in transformers, motors, sensors, communication equipment, and new energy devices, serving as key materials for structural and functional magnetic components.

Neem contact met ons op voor op maat gemaakte oplossingen en concurrerende aanbiedingen!

Soft Magnetic Alloy Forging and Machining

Soft Magnetic Alloy Forging and Machining

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