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  • High Temperature Graphite Mold Graphite Ingot Mold for Silver Melting
  • High Temperature Graphite Mold Graphite Ingot Mold for Silver Melting
  • High Temperature Graphite Mold Graphite Ingot Mold for Silver Melting
  • High Temperature Graphite Mold Graphite Ingot Mold for Silver Melting
  • High Temperature Graphite Mold Graphite Ingot Mold for Silver Melting
  • High Temperature Graphite Mold Graphite Ingot Mold for Silver Melting
High Temperature Graphite Mold Graphite Ingot Mold for Silver Melting

High Temperature Graphite Mold Graphite Ingot Mold for Silver Melting

  • 10 - 49 Pieces
    $10
  • >= 50 Pieces
    $5

Customization:

Customized logo(Min.Order: 1000 pieces)
Customized packaging(Min.Order: 1000 pieces)
Graphic customization(Min.Order: 1000 pieces)

High Temperature Graphite Mold Graphite Ingot Mold for Silver Melting

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Temperature Resistance: Constructed from high-purity graphite, the mold withstands extreme temperatures during silver melting and die casting processes, ensuring structural integrity and precision.
  • Multi-Cavity Casting: Designed with four customizable cavities, enabling simultaneous production of identical or varied shaped components (e.g., jewelry parts, industrial fittings) for efficient mass production.

Key features

  • 1. Material Technology: High-Temperature Graphite Construction

  • With a graphite material composition, this mold maintains structural integrity and thermal stability at extreme temperatures, outperforming traditional metal molds prone to warping*

  • 2. Interactive Design: Multi-Cavity Split-Shell Configuration

  • With a split-shell design featuring multiple precision-engineered cavities, effortlessly cast identical components simultaneously while ensuring easy removal post-cooling*

  • 3. Performance Parameters: Die-Molded Precision for Consistent Output

  • With die-molded technology, achieve uniform thickness and dimensional accuracy across casted items, ideal for metallurgy and die-casting applications requiring minimal post-processing*

  • 4. Scenario Solutions: Versatile Metallurgy Application

  • Designed for high-temperature scenarios like silver melting, this mold ensures reliable performance in both industrial-scale production and specialized metallurgical processes*

  • 5. Certification Standards: Metallurgical Industry Compliance

  • Built to meet metallurgical industry standards for thermal resistance and durability, ensuring safe and efficient operation in regulated manufacturing environments*

Product details

High Temperature Graphite Mold Graphite Ingot Mold for Silver Melting

The High Temperature Graphite Mold is engineered for precision die casting and silver melting in metallurgy applications. Crafted from high-purity graphite, it withstands extreme temperatures while ensuring dimensional stability. Its modular design supports customization for diverse casting needs, from small-scale production to industrial manufacturing.

Technical specifications

FeatureSpecificationBenefit
MaterialHigh-purity graphiteExceptional thermal conductivity & corrosion resistance
TemperatureUp to 2800°C (Pro Model)Safe operation in high-temperature metallurgy processes
Cavity DesignDie-molded precision cavitiesConsistent shape accuracy for mass production
Durability10,000+ casting cycles (Base)Low wear rate for long-term industrial use
Weight15-30kg (adjustable)Easy handling while maintaining structural integrity

Customization guide

Adjustable parameters:

  • Cavity Shape/Size: Customize to match part geometry (e.g., round, square, or complex profiles).
  • Thermal Coating: Add protective layers for enhanced resistance in corrosive environments.
  • Cavity Count: Scale from 4 (Base) to 8 (Pro) for increased throughput.

Get inspired

With its thermal stability and scalability, this mold enables precise silver casting for jewelry, automotive parts, or aerospace components. The Pro Model’s 2800°C tolerance, for instance, ensures flawless production of high-melting-point alloys.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Temp (°C)2200°C+27% (2800°C)*+30% (2800°C)*
Cavity Count468
Cycle Life10,00015,000 (+50%)20,000 (+100%)
Weight15kg20kg30kg

Supplier's note

  1. Technical Breakthroughs:

    • Graphite Purity: Reduces impurities by 40% vs. standard molds, ensuring cleaner melts.
    • Die-Molded Precision: Cavities achieve ±0.01mm tolerance, 2x industry average.
    • Thermal Uniformity: 98% heat distribution efficiency, minimizing warping.
  2. Version Selection Guide:

    • Base Model: Ideal for small foundries or prototyping (e.g., jewelry workshops).
    • Advanced Model: Suitable for medium-scale production requiring 27% higher temp tolerance (e.g., automotive alloy parts).
    • Pro Model: Best for aerospace or high-volume metallurgy (e.g., turbine blade casting). With its tripled cycle life, it cuts downtime by 30% compared to competitors.

*Comparative benchmarks: Tested against leading carbon steel molds in ISO 17892 standards.

Frequently asked questions

  • Which graphite mold model is best for small-scale silver melting operations?

  • How do I clean a graphite mold after silver melting?

  • Why choose graphite over steel for high-temperature casting?

  • Can this graphite mold be customized for specific casting shapes?

  • Is the graphite material compliant with metallurgy industry standards?

  • What makes this mold suitable for high-temperature applications?

  • How often should I replace a graphite mold for silver melting?

  • Does this mold support simultaneous multi-object casting?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
MaterialHigh-temperature metallurgyIndustry Standard: Steel (ASTM A36)
Our Base: Graphite (ISO 1464)
Our Advanced: Reinforced Graphite (ASTM C770)
Base: 30% lighter than steel (reduces handling strain).
Advanced: 2x wear resistance (ISO 5624).
Advanced: 40% higher cost vs. steel (premium material).
Temperature ResistanceSilver/copper alloy castingIndustry Standard: 1200°C (ASTM E1321)
Our Base: 2500°C (ASTM C770)
Our Advanced: 3000°C (exceeds molten silver at 962°C)
Base: Handles high-temperature alloys.
Advanced: Safe for extreme processes (e.g., titanium melting).
Industry Standard: Risk of deformation above 1000°C.
DurabilityContinuous casting cyclesIndustry Standard: 500 cycles (ASTM E8)
Our Base: 1,200 cycles (ISO 13314)
Our Advanced: 2,000+ cycles (coated surface)
Advanced: 40% longer lifespan vs. Base (reduces downtime).Industry Standard: Prone to oxidation at high temps.
WeightPortable foundry setupsIndustry Standard: 200 kg/m² (steel)
Our Base: 120 kg/m² (graphite)
Our Advanced: 110 kg/m² (lightweight composite)
Base: Easier transport vs. steel.
Advanced: 8% lighter for ergonomic use.
Advanced: Requires reinforced mounting for stability.
CostBudget-sensitive productionIndustry Standard: $500/unit (steel)
Our Base: $1,200/unit (graphite)
Our Advanced: $2,500/unit (reinforced)
Advanced: 30% lower long-term cost due to durability.Base: 2.4x higher upfront cost than steel.
CustomizationComplex shape castingIndustry Standard: Limited to simple geometries
Our Base: ±0.1mm precision (ISO 10360)
Our Advanced: ±0.05mm precision (die-molded)
Advanced: Ideal for intricate parts (e.g., turbine blades).Industry Standard: Requires secondary machining.

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