钛及钛合金系列喂料

Adanced MIM-Feedstock

CERMET feedstock not only supplies titanium and aluminum alloy materials, but also specializes in advanced alloys such as Ti-Ni, Ti-Mo-Al, Ti-Zr-Nb-Ta, as well as copper, aluminum (6061), tungsten, and cemented carbides (YG9, YG8), along with other reactive metal injection molding feedstocks.

Our titanium feedstocks are widely used in biomedical and 3C electronics applications. For advanced MIM products, we mainly promote catalytic debinding systems, with performance comparable to BASF Catamold acid-debinding series, while offering improved consistency and stronger technical support。

Our MIM feedstock technology ensures low levels of carbon, oxygen, and nitrogen impurities. As a custom R&D manufacturer, we provide tailored feedstock solutions covering thermal, solvent, and catalytic debinding systems to meet different application requirements.

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Customize your MIM Feedstocks
CERMET has up to 20 years of professional metal/ceramic injection molding technology research and development experience, from the material side to the process end of the full coverage, but also committed to provide customers with the full process of production standards, our products have been served in the various large-scale electronics manufacturing enterprises.
CERMET offers a comprehensive portfolio of MIM feedstocks for titanium alloys, stainless steels, copper, tungsten, cemented carbides, iron-based alloys, and other high-performance metals. Our materials support catalytic, solvent, and other debinding technologies, with customized formulations engineered for specific application requirements. Manufactured under strict quality control, CERMET feedstocks are widely trusted in medical, consumer electronics, automotive, precision engineering, aerospace, and advanced industrial applications.

Products Coverage

  • Titanium and titanium alloy MIM feedstocks, including TA1–TA5, TC4 (Ti-6Al-4V), Ti-Al alloys, as well as copper (Cu), tungsten (W), cemented carbide (WC-Co), and other reactive metal feedstocks.
  • Stainless steel MIM feedstocks, including 316L, 304, 17-4PH, 440C, and F75, together with iron-based alloys (Fe-8Ni), soft magnetic alloys (FeSi3), Kovar, and other advanced metal materials.
  • Aluminum alloy (6061) MIM feedstocks, advanced sinterable reactive metal feedstocks, and custom feedstock development services for non-standard materials and customer-supplied metal powders.

MIM – Cemented Carbide Feedstock

Debinding Process: Catalytic / Solvent / Thermal
Minimum Order (MOQ): 100 kg per batch
Sample Availability: Not Available
Pricing: Based on debinding process and powder selection
Applications: Cutting Tools, Nozzles, Aerospace & Defense

CERMET's cemented carbide feedstocks are among our core product lines. We offer WC-Co feedstocks covering grades such as YG3, YG6, YG8, and YG13 for both metal injection molding (MIM) and extrusion rod applications.

These materials are designed for sintering under controlled protective atmospheres to achieve excellent density and mechanical performance.

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MIM – Titanium Alloy Feedstock

Debinding Process: Catalytic / Solvent
Minimum Order (MOQ): 1 ton per batch
Sample Availability: Not Available
Pricing: Based on debinding process and powder selection
Applications: Automotive, Aerospace, Consumer Electronics, Wearables, Decorative Components

CERMET offers high-performance titanium alloy feedstocks for metal injection molding (MIM), including TA1, TA2, TA3, TA5, TA7, TA9, TA15, as well as Ti-Al, Ti-Ni, Ti-V, Ti-Mo, and Ti-Zr-Nb-Ta systems.

These feedstocks are engineered for low carbon, oxygen, and nitrogen impurity levels (PPM control), providing excellent sintering behavior, high consistency, and reliable mechanical performance in demanding applications.

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MIM – Stainless Steel Feedstock

Debinding Process: Catalytic / Solvent
Minimum Order (MOQ): 1 ton per batch
Sample Availability: Not Available
Pricing: Based on debinding process and powder selection
Applications: Medical Devices, Consumer Electronics, Hinges & Precision Mechanisms

CERMET provides stainless steel feedstocks for metal injection molding (MIM), covering grades such as 316L, 304, 17-4PH, 440C, F75, and Fe-8Ni alloys.

Our feedstocks support tailored shrinkage control and powder system optimization to meet specific dimensional and performance requirements. Selected formulations are developed using advanced or imported powders for high-demand applications such as medical and precision engineering industries.

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MIM – Tungsten Alloy Feedstock

Debinding Process: Catalytic / Solvent / Thermal
Minimum Order (MOQ): 1 ton per batch
Sample Availability: Not Available
Pricing: Based on debinding process and powder selection
Applications: Electronic Components, Precision Mechanical Parts

CERMET provides tungsten-based metal injection molding (MIM) feedstocks designed for high-density and high-performance applications requiring excellent dimensional stability and mechanical strength.

CERMET offers advanced tungsten-based feedstocks including W, W-Ni-Fe, W-Ni-Cu, W-Ni-Co, W-Cu, Mo-Cu, and W-La systems for both metal injection molding (MIM) and extrusion applications. High-density tungsten alloy feedstocks are widely used in the 3C electronics industry for precision and weight-related components.

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MIM – Aluminum Alloy Feedstock

Debinding Process: Catalytic / Solvent
Minimum Order (MOQ): 1 ton per batch
Sample Availability: Not Available
Pricing: Based on debinding process and powder selection
Applications: Medical Devices, Wearables

CERMET provides aluminum alloy feedstocks for metal injection molding (MIM), including Al-Mg, Al-Si, Al-Cu, and Al-Zn systems, as well as 6061, 7075, and 2024 series alloys.

These materials require specialized sintering aids to achieve controlled densification and stable mechanical performance during the sintering process.Aluminum alloy series feedstocks are mainly used by our customers in the fields of automobiles, consumer electronics, etc

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MIM – Molybdenum Alloy Feedstock

Debinding Process: Catalytic / Solvent
Minimum Order (MOQ): 1 ton per batch
Sample Availability: Not Available
Pricing: Based on debinding process and powder selection
Applications: Chemical Industry, Energy Applications

CERMET provides molybdenum-based feedstocks for metal injection molding (MIM), including Mo and Mo-Cu systems, as well as customized formulations for non-standard components.

These materials are suitable for structural, functional, and appearance-critical parts produced via injection molding, with tailored development available based on application requirements.Advanced molybdenum alloy and refractory metal feedstocks are mainly used by customers in the chemical and energy fields

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MIM Feedstock Solutions

Understand MIM - Advanced Metal Feedstock Production

MIM Industrial Production Capability

CERMET provides full-process PIM manufacturing capabilities, from powder selection to customized feedstock development for a wide range of material systems.

Materials R&D & Formulation Control

Advanced binder system design and powder dispersion control enable high flow stability and low-defect molding performance.

High-End Application Coverage

Serving demanding industries including medical devices, semiconductors, defense, consumer electronics, and automotive new energy sectors.

Product Overview  

CIM Ceramic Injection Molding Feedstock 

MIM Metal Injection Molding Feedstock 

Custom PIM Feedstock & OEM Processing 

Advanced Ceramic Injection Materials 

Custom Non-standard Metal Feedstock 

Materials for Additive Manufacturing 

Quality Assurance 

Excellent Injection Flowability 

Superior Crack & Flow Defect Resistance 

Efficient Binder Removal & Debinding 

Custom High-performance Powder Supply 

Mass-production Compatible Sintering 

Adjustable Feedstock Shrinkage 

Welcome Inquiries

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Email: cermet@foxmail.com

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