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  • Vacuum Forming Mold Custom Plastic Manufacturer Moulded Small Quantity Lead Casting Molds
  • Vacuum Forming Mold Custom Plastic Manufacturer Moulded Small Quantity Lead Casting Molds
  • Vacuum Forming Mold Custom Plastic Manufacturer Moulded Small Quantity Lead Casting Molds
  • Vacuum Forming Mold Custom Plastic Manufacturer Moulded Small Quantity Lead Casting Molds
  • Vacuum Forming Mold Custom Plastic Manufacturer Moulded Small Quantity Lead Casting Molds
  • Vacuum Forming Mold Custom Plastic Manufacturer Moulded Small Quantity Lead Casting Molds
Vacuum Forming Mold Custom Plastic Manufacturer Moulded Small Quantity Lead Casting Molds

Vacuum Forming Mold Custom Plastic Manufacturer Moulded Small Quantity Lead Casting Molds

  • 100 - 199 Pieces
    $9
  • 200 - 299 Pieces
    $8
  • >= 300 Pieces
    $7

Customization:

Customized logo(Min.Order: 100 pieces)
Customized packaging(Min.Order: 100 pieces)
Graphic customization(Min.Order: 100 pieces)

Vacuum Forming Mold Custom Plastic Manufacturer Moulded Small Quantity Lead Casting Molds

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Vacuum Forming & Casting: Designed for small-batch production of precise plastic or metal parts using vacuum forming and casting techniques.
  • Multi-Cavity Production: Features a 4x4 grid (16 cavities) to efficiently create multiple identical components simultaneously, ideal for household product molds.

Key features

  • 1. Material Technology

  • With a hybrid aluminum and plastic construction, achieve a balance of durability and lightweight design. The aluminum core ensures heat resistance and structural integrity, while UV-tested plastic components resist environmental degradation longer than standard materials*.

  • 2. Scenario Solutions

  • Designed for household product molds, the 4x4 cavity grid enables small-batch production of 16 identical parts per cycle. Ideal for home-based manufacturing or prototyping, offering flexibility unmatched by bulk industrial molds*.

  • 3. Certification Standards

  • EPR Germany certification ensures compliance with EU environmental regulations, while UV testing verifies long-term material stability. These credentials provide assurance beyond non-certified alternatives*.

  • 4. Performance Parameters

  • Vacuum forming and casting processes allow compatibility with thin-to-medium plastic thicknesses (0.5-3mm), outperforming molds limited to single material types*. The injection molding capability further expands application versatility.

  • 5. Customization & Maintenance

  • The modular design permits cavity customization for diverse household product shapes, reducing tooling costs compared to fixed molds. Smooth surfaces and flanged edges simplify cleaning and integration into casting machines*.

Product details

Vacuum Forming Mold Custom Plastic Manufacturer Moulded Small Quantity Lead Casting Molds

The Vacuum Forming Mold Custom Plastic Manufacturer Moulded Small Quantity Lead Casting Molds is a versatile tool designed for high-precision casting and vacuum forming. Crafted from materials like plastic, aluminum, or steel, it features a 4x4 grid of 16 cavities for efficient small-batch production. Certified for EPR Germany Packaging and UV resistance, it ensures compliance and durability in household product manufacturing.

Technical specifications

FeatureSpecificationBenefit
Material OptionsPlastic, Aluminum, SteelLightweight (plastic), thermal stability (aluminum), high durability (steel)
Cavity Design4x4 grid (16 cavities), uniform rectangular shapes with thin separating wallsHigh-volume precision casting; easy demolding and maintenance
CertificationsEPR_Germany_Packing, UV test (2000 hours)Compliance with EU standards; resistance to UV degradation
Process CompatibilityCasting, vacuum forming, injection moldingVersatile for prototyping and small-scale production
Temperature Range-20°C to 250°C (aluminum/steel)Safe for thermoplastics and heat-sensitive materials

Customization guide

Adjustable parameters:

  • Cavity size/shape: Customize cavities to match specific part designs (e.g., household handles, decorative items).
  • Material selection: Choose between plastic (cost-effective prototyping), aluminum (medium-duty production), or steel (industrial-grade applications).
  • Surface finish: Opt for polished or textured surfaces to meet aesthetic or functional needs.

Get inspired

Ideal for creating uniform household items like kitchenware, decorative panels, or small appliance components. With its modular design, you can rapidly iterate prototypes or scale production without compromising precision.

Choose your model

ParameterBase Model (Plastic)Advanced Model (Aluminum)Pro Model (Steel)
MaterialPlasticAluminumSteel
Cavity Count16 (fixed)16-24 (adjustable)16-36 (customizable)
Max Temperature100°C200°C250°C
Weight5kg (20% lighter than steel)8kg12kg
CertificationsEPR_Germany_PackingEPR + UV testEPR + UV + RoHS

Supplier's note

  1. Key Technical Breakthroughs:

    • Material Flexibility: The Pro Model’s steel construction enables casting at 250°C, triple the heat resistance of plastic molds, ideal for high-temperature polymers.
    • Cavity Scalability: The Advanced Model’s adjustable cavity count (up to 24) reduces tooling costs for mid-volume production.
    • UV Compliance: The UV-tested Advanced/Pro models ensure longevity in outdoor household products.
  2. Optimal Version Selection:

    • Household Prototypers: Base Model (plastic) offers cost-effective testing for simple designs.
    • Small Manufacturers: Advanced Model (aluminum) balances durability and scalability for 16–24 units per batch.
    • Industrial Users: Pro Model (steel) delivers unmatched thermal resistance and capacity for 36-cavity production, ensuring precision in demanding environments.

With aluminum’s thermal conductivity, you can achieve faster cooling cycles—20% quicker than plastic molds—for consistent part quality. The Pro Model’s steel walls also withstand abrasive materials, extending mold lifespan by 50% compared to aluminum. Pair its high temperature tolerance with UV-resistant coatings to create durable outdoor furniture components.

Frequently asked questions

  • Which vacuum forming mold model is best for small-batch household product manufacturing?

  • How do I maintain a plastic injection mould for household items to extend its lifespan?

  • What’s the difference between plastic and aluminum molds for household product casting?

  • Can I customize cavity shapes for my specific household product design?

  • Are your molds EPR-certified for household product compliance in Germany?

  • Which material is best for casting delicate household plastic parts?

  • How does vacuum forming compare to injection moulding for small batches?

  • What’s the lead time for custom household product molds in small quantities?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Plastic MoldsLow-volume production, prototypingUV-resistant plastic (Withstands 500+ hours UV exposure ▲20% vs industry 400h)Lightweight, cost-effective, easy to modify (EN 13432 EPR-compliant)Lower heat resistance (max 80°C), not suitable for high-volume production
Aluminum MoldsMedium/high-volume productionHigh thermal conductivity (205 W/m·K ▲5% over industry standard 200 W/m·K)Lightweight, rapid heat dissipation, durable (ASTM A380 aluminum alloy)Higher cost than plastic molds, requires skilled handling for modifications
Steel MoldsHeavy-duty, high-volume productionTensile strength 500 MPa ▲10% over industry 450 MPa (ASTM A370)Extremely durable, withstands high pressure/temperature, long lifespanHeavy, expensive, difficult to modify post-production
Casting ProcessesComplex metal part manufacturingPrecision tolerance ±0.1mm ▲0.05mm finer than industry ±0.15mm (ISO 2768)Enables intricate geometries, cost-effective for metal partsLonger setup time (24-48hrs), limited material flexibility
Vacuum FormingThin-gauge parts (packaging/prototypes)Forming thickness 0.5-3mm ▲0.2mm thinner than industry 0.7-3mm (ASTM D5035)Rapid production, low tooling cost, ideal for lightweight applicationsLimited structural strength, thickness variability (±0.1mm)
Injection MoldingHigh-volume plastic partsCycle time 15-30s ▲20% faster than industry 40s (ISO 273)High consistency, mass production capability, minimal wasteHigh initial mold cost, material limited to thermoplastics

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