All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier

High Quality Customized Tungsten Carbide Dies Metallurgical Mold Aluminium Parts CNC Machining Sintered Product Cemented Carbide

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Forming & Shaping: Designed for high-precision machining applications, enabling the production of complex metal parts through sintering and die-casting processes.
  • Durability in Harsh Environments: Built with tungsten carbide, offering exceptional hardness, wear resistance, and thermal stability for prolonged use in demanding industrial operations.

Key features

  • 1. Material Technology

  • With tungsten carbide construction, you can achieve exceptional hardness and corrosion resistance, outperforming traditional steel dies in high-wear machining applications*

  • 2. Precision Performance Parameters

  • With CNC precision machining and sintered fabrication, you can ensure micron-level accuracy and structural integrity, delivering up to 30% longer tool life in demanding operations*

  • 3. Certification Standards

  • With RoHS compliance certification, you can meet global environmental and safety regulations, reducing supply chain risks for electronics and industrial manufacturing sectors*

  • 4. Industrial Scenario Solutions

  • With metallurgical mold design optimized for high-pressure applications, you can maintain dimensional stability in continuous industrial machining processes, even under extreme thermal stress*

  • 5. Customizable Interactive Design

  • With modular mounting configurations (central + peripheral holes), you can adapt the die to diverse machining systems, enabling 25% faster setup compared to fixed-design alternatives*

Product details

High Quality Customized Tungsten Carbide Dies Metallurgical Mold Aluminium Parts CNC Machining Sintered Product Cemented Carbide

High-quality tungsten carbide dies and molds engineered for precision machining applications. Crafted from high-grade tungsten carbide (ISO K10-K40), these components offer exceptional wear resistance and durability. RoHS-compliant and designed with customizable features, they are ideal for demanding industrial environments.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialTungsten Carbide (ISO K10-K40)Precision machining tools, die-casting
CertificationRoHS CompliantGlobal industrial standards compliance
DesignCentral mounting hole + 3 peripheral bolt holesSecure integration into machinery
Surface FinishPrecision-machined smooth surfaceHigh-accuracy applications
CustomizationAdjustable hole patterns/dimensionsTailored solutions for specialized tools

Customization guide

Adjustable hole patterns, dimensions, and material grades (e.g., ISO K10-K40) to meet specific machining requirements, such as increased hardness or corrosion resistance.

Get inspired

Transform your manufacturing processes with durable tungsten carbide dies that ensure precision and longevity. Ideal for cutting, forming, or molding in industries like automotive, aerospace, and electronics.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Hardness (HV)1400+15% (1610 HV)+30% (1820 HV)*
Wear ResistanceStandardEnhanced (+25%)Premium (+50%)
Dimensional Tolerance±0.02mm±0.015mm±0.005mm

Supplier's note

  1. Technical Breakthroughs:

    • Material Hardness: The Pro Model’s 1820 HV hardness outperforms industry standards by 30%, enabling prolonged use in abrasive materials.
    • RoHS Compliance: Ensures global market accessibility without compromising performance.
    • Precision Tolerances: The Pro Model’s ±0.005mm tolerance ensures flawless integration into high-precision machinery.
  2. Optimal Version Selection:

    • Base Model: Ideal for standard machining tasks requiring cost-effective solutions.
    • Advanced Model: Suitable for medium-duty applications needing improved wear resistance (e.g., automotive part production).
    • Pro Model: Best for heavy-duty industries (e.g., aerospace) where extreme hardness and precision are critical. With its 1820 HV hardness, the Pro Model reduces tool replacement frequency by 40% compared to traditional carbide dies. When paired with its ultra-fine tolerances, it ensures consistent performance in complex machining setups.

Frequently asked questions

  • Which tungsten carbide die model suits high-volume machining operations?

  • How to clean and maintain tungsten carbide dies to prevent wear?

  • Tungsten Carbide vs HSS: Which is better for precision machining dies?

  • Can I customize tungsten carbide mold dimensions for specific machining needs?

  • Is this tungsten carbide die RoHS-certified for electronic component machining?

  • What industries use tungsten carbide dies for precision components?

  • How does tungsten carbide’s hardness enhance tool longevity in machining?

  • What ensures precision in CNC-machined tungsten carbide parts?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Cemented Carbide DiesPrecision machining, metal formingHardness: 90+ HRA (exceeds ISO 6508-1)
RoHS-compliant (IEC 62321)
▲ Extreme wear resistance for long tool life
Environmental compliance
High cost ($200–$500/unit)
Brittle under sudden impacts
Stainless Steel ComponentsCorrosive environments, food processingCorrosion resistance: ASTM A240 Grade 316
Hardness: 200–250 HBW
Cost-effective ($50–$150/unit)
Easy to weld/modify
Moderate wear resistance
Limited thermal stability at high temps (>600°C)
Aluminum Alloy PartsPrototyping, lightweight machineryDensity: 2.7 g/cm³ (ISO 9001 certified)
Machinability: 75% (SAE J412 scale)
Lightweight ▲
Rapid prototyping capability
Low hardness (≈60 HBW)
Not suitable for high-stress applications
High-Speed Steel (HSS) ToolsDrilling, cutting, general machiningHardness: 63–66 HRC (ASTM A6 tool steel)
Toughness: 15–20 MPa
Versatile for multiple materials
Affordable ($10–$50/unit)
Wear rate 2x faster than carbide
Requires frequent resharpening
Plastic Injection MoldsMass production of plastic partsThermal stability: 200°C (ASTM D648)
Surface finish: ≤Ra0.8 μm (ISO 1302)
High production efficiency ▲
Repeatable precision
Maintenance costs due to wear ($500–$2000/year)
Long setup times
Ceramic Cutting ToolsHigh-speed machining, aerospace partsHardness: 1600–2000 HV (ISO 3882)
Thermal resistance: 1400°C
▲▲ Superior heat resistance for high-speed cuts
Lightweight
Fragile ▲
High cost ($300–$1000/unit)
Limited material compatibility

Related searches

The Product Description is generated by third-party, and Alibaba.com is not liable for any risks related to inaccuracies or the infringement of third-party rights.

The information in this Product Description may differ from the details on the product listing page on Alibaba.com. Additionally, the contents may not be updated in real-time with the product listing page on Alibaba.com, and there may be delays in reflecting the most updated information. The description on product listing page takes precedence. You shall not rely on this Product Description in making transaction decisions.

The comparison data is based on manufacturer information and industry standards. Actual results may vary depending on individual use cases. It is advisable to verify details with the supplier for the most accurate information.