Custom Tool Steel Parts Manufacturing

Premium Tool Steel Grades

Choose from a wide range of tool steel grades, each engineered for specific tooling and industrial requirements.

Cold Work Tool Steels

Ideal for cutting, stamping, and forming at room temperature. High wear resistance and toughness.

D2

High wear resistance, good toughness, air hardening

Composition: 1.5% C, 12% Cr, 0.9% Mo, 0.8% V

Applications: Blanking dies, Punches, Shear blades, Forming tools

• Excellent edge retention
• Good dimensional stability
• High compressive strength

A2

Good toughness, air hardening, moderate wear resistance

Composition: 1.0% C, 5% Cr, 1% Mo

Applications: Forming dies, Cutting tools, Rolls, Gauges

• Easy to machine
• Good balance of wear and toughness
• Air hardening

Hot Work Tool Steels

Designed for high-temperature applications such as die casting and forging.

H13

Excellent hot hardness, thermal fatigue resistance

Composition: 0.4% C, 5% Cr, 1.3% Mo, 1% V

Applications: Die casting dies, Extrusion dies, Forging dies, Hot shear blades

• Resists thermal shock
• Good toughness at high temp
• Long tool life

H11

Good toughness, high hot strength

Composition: 0.4% C, 5% Cr, 1.5% Mo

Applications: Forging dies, Hot punches, Mandrels, Hot trimming dies

• High impact resistance
• Thermal stability
• Good machinability

High-Speed Tool Steels

For cutting tools requiring high hardness and red hardness at elevated temperatures.

M2

High hardness, excellent red hardness, wear resistance

Composition: 0.9% C, 4% Cr, 5% Mo, 6% W, 2% V

Applications: End mills, Drills, Taps, Broaches

• Maintains hardness at high speed
• Good grindability
• Widely used

T1

Tungsten-based, high red hardness

Composition: 0.7% C, 18% W, 4% Cr, 1% V

Applications: Lathe tools, Milling cutters, Reamers, Gear cutters

• Excellent hot hardness
• Good wear resistance
• Classic high-speed steel

General Purpose Steels

Versatile steels for tooling and general engineering, including 4140.

4140

Toughness, good hardenability, moderate wear resistance

Composition: 0.4% C, 1% Cr, 0.2% Mo

Applications: Tool holders, Shafts, Molds, Machine parts

• Versatile
• Good machinability
• Widely available

Manufacturing Capabilities

Advanced machining, heat treatment, and finishing for custom tool steel parts.

🎯 CNC Precision Machining

✓Multi-axis machining
✓Tight tolerances
✓Complex geometries
✓Tooling optimization

⚡ EDM & Wire Cutting

✓Precision for hard materials
✓Sharp internal corners
✓No mechanical stress
✓Fine surface finish

🔥 Heat Treatment

✓Hardening & tempering
✓Stress relieving
✓Controlled atmosphere
✓Vacuum heat treatment

✨ Surface Finishing

✓Polishing
✓Coating (TiN, CrN, etc.)
✓Grinding
✓Shot peening

Industry Solutions

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Automotive & Die Casting

Die inserts, Punches, Forming tools, Extrusion dies

High wear resistance · Dimensional stability · Long tool life · Precision machining

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Aerospace & Defense

Cutting tools, Fasteners, Precision dies, Structural parts

High-speed steel · Tight tolerances · Traceability · Heat resistance

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Plastic Injection Molding

Mold bases, Cavity inserts, Ejector pins, Core pins

Polishability · Toughness · Wear resistance · Corrosion protection

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General Engineering

Machine parts, Tool holders, Fixtures, Jigs

Versatility · Machinability · Cost-effectiveness · Custom solutions

Quality Assurance

ISO 9001:2015IATF 16949AS9100D

mechanical

• Tensile testing
• Hardness testing
• Impact testing
• Fatigue testing

chemical

• Spectrometry
• Chemical analysis
• Decarburization test
• Salt spray testing

dimensional

• CMM inspection
• Optical measurement
• Surface roughness
• Roundness testing

nondestructive

• Ultrasonic testing
• Magnetic particle
• Dye penetrant
• X-ray inspection

Sustainable Manufacturing

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Material Recycling

All tool steel scrap is recycled for sustainability.

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Energy Efficiency

Modern, energy-efficient equipment and processes.

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Water Conservation

Closed-loop cooling and minimal water use.

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Waste Reduction

Lean manufacturing and zero landfill initiatives.

Frequently Asked Questions

Is 4140 considered a tool steel?

4140 is a versatile alloy steel often used for tooling and general engineering, but it is not classified as a traditional tool steel like D2 or M2. However, it is widely used for tool holders, molds, and machine parts due to its toughness and hardenability.

How to create steel parts?

Steel parts are created through a combination of processes including CNC machining, EDM, heat treatment, and surface finishing. The process depends on the part's design, material, and application requirements.

What is the difference between D2 and M2 tool steel?

D2 is a high-carbon, high-chromium cold work tool steel known for wear resistance and edge retention, while M2 is a high-speed tool steel designed for cutting tools that require high hardness and red hardness at elevated temperatures.

Do you use precision machines to build custom metal parts?

Yes, we utilize advanced CNC machines, EDM, and precision grinding equipment to manufacture custom metal parts with tight tolerances and complex geometries.