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  • Sample Test Plastic Rubber Vacuum Test Mold Small Amount Injection Silicone Mold Vacuum Forming Plastic Prototype Mold
  • Sample Test Plastic Rubber Vacuum Test Mold Small Amount Injection Silicone Mold Vacuum Forming Plastic Prototype Mold
  • Sample Test Plastic Rubber Vacuum Test Mold Small Amount Injection Silicone Mold Vacuum Forming Plastic Prototype Mold
  • Sample Test Plastic Rubber Vacuum Test Mold Small Amount Injection Silicone Mold Vacuum Forming Plastic Prototype Mold
  • Sample Test Plastic Rubber Vacuum Test Mold Small Amount Injection Silicone Mold Vacuum Forming Plastic Prototype Mold
  • Sample Test Plastic Rubber Vacuum Test Mold Small Amount Injection Silicone Mold Vacuum Forming Plastic Prototype Mold
Sample Test Plastic Rubber Vacuum Test Mold Small Amount Injection Silicone Mold Vacuum Forming Plastic Prototype Mold
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Sample Test Plastic Rubber Vacuum Test Mold Small Amount Injection Silicone Mold Vacuum Forming Plastic Prototype Mold

  • 1 - 199 Sets
    $0.80
    $1
  • 200 - 499 Sets
    $0.64
    $0.80
  • 500 - 999 Sets
    $0.40
    $0.50
  • >= 1000 Sets
    $0.24
    $0.30

Customization:

Customized logo（Min.Order: 500 pieces）
Customized packaging（Min.Order: 500 pieces）
Graphic customization（Min.Order: 500 pieces）
Customer Requirements（Min.Order: 500 pieces）
View product details

Sample Test Plastic Rubber Vacuum Test Mold Small Amount Injection Silicone Mold Vacuum Forming Plastic Prototype Mold

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Prototyping & Small-Batch Production: Designed for vacuum forming and injection molding processes to create high-precision plastic/rubber parts, prototypes, and small batches for appliances and household applications.
  • Material Versatility: Supports polyvinyl chloride, polyurethane, silicone, polycarbonate, and rubber, enabling diverse material choices for different functional and aesthetic requirements.

Key features

  • 1. Material Technology: High-Grade Steel Alloys for Durable Molds

    • With mold materials like H13, P20, and NAK80 steel alloys, achieve long-lasting durability and precision in complex casting applications. These corrosion-resistant alloys outperform standard steel molds, ensuring consistent performance over thousands of production cycles*.

  • 2. Performance Parameters: Rapid Prototyping with Vacuum Forming

    • Using vacuum forming technology, reduce lead times by up to 30% compared to traditional injection molding for small-batch production*. The process enables quick iteration of prototypes while maintaining dimensional accuracy.

  • 3. Certification Standards: EU-Compliant Safety and Sustainability

    • Certified to RoHS, CE, and EPR standards (Germany/France), ensuring compliance with EU safety, environmental, and packaging regulations. This guarantees safe use in household appliances and commercial applications.

  • 4. Scenario Solutions: Versatile Application for Diverse Industries

    • Designed for both household appliance prototyping and small-scale commercial production, this mold accommodates materials like silicone, PVC, and polycarbonate. Its adaptability supports industries from consumer goods to automotive components.

  • 5. Interactive Design: Customizable Complex Geometries

    • With precision-engineered cavities and support for intricate designs, replicate parts with detailed internal structures and sharp edges. This flexibility simplifies creating prototypes for medical devices, electronics, and industrial parts.

Product details

Sample Test Plastic Rubber Vacuum Test Mold Small Amount Injection Silicone Mold Vacuum Forming Plastic Prototype Mold

Ulite's vacuum casting molds are engineered for precision manufacturing of intricate plastic and rubber components, ideal for appliance and household applications. Designed with compliance to global standards (CE, RoHS, EPR), these molds offer versatility in material compatibility and production scalability.

Technical specifications

FeatureSpecificationBenefit
Material CompatibilityPolyvinyl chloride (PVC), polyurethane, silicone, polycarbonate, rubber, plasticSupports diverse material needs for flexible, rigid, or temperature-resistant parts
CertificationsCE, EPR Germany/France Packing, EN 13126, RoHSEnsures safety, environmental compliance, and regulatory adherence globally
Mold MaterialSteel (H13, P20, NAK80), plastic, rubberHigh durability for industrial use; customizable for prototyping or mass production
ProcessVacuum forming, plastic injection moldingAchieves precise geometries and complex internal structures with minimal waste
Precision Tolerance±0.05mm to ±0.2mm (varies by model)Ensures accuracy for components in appliances and household devices

Customization guide

Adjustable parameters include mold material selection (e.g., NAK80 steel for high-volume runs) and shaping mode (vacuum forming for thin-walled parts vs. injection molding for complex geometries). Custom cavity designs and surface finishes can be tailored to meet specific production needs.

Get inspired

With Ulite molds, manufacturers can rapidly prototype household appliance parts or produce small batches of durable components. The vacuum casting process enables intricate details and material flexibility, making it ideal for testing designs before full-scale production.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Mold MaterialP20 steelH13 steelNAK80 steel
Tolerance Range±0.2mm±0.1mm±0.05mm
Production Volume10–500 units500–5,000 units5,000+ units
Material FlexibilityStandard plastics/rubberHigh-temp/chemical resinsSpecialty composites

Supplier's note

  1. Technical Breakthroughs:

    • Material Versatility: Compatibility with 6+ materials (e.g., silicone for seals, polycarbonate for durable housings) reduces tooling costs.
    • Precision Tolerance: Pro Model’s ±0.05mm accuracy exceeds industry standards by 30%, enabling tight-fitting appliance components.
    • Certification Compliance: Built-in EPR and RoHS adherence simplifies global supply chain integration.

  2. Version Selection Guide:

    • Base Model: Ideal for startups or prototyping (e.g., small-run kitchen appliance parts).
    • Advanced Model: Suitable for medium-volume production of automotive or medical components requiring heat resistance.
    • Pro Model: Best for high-volume industrial applications (e.g., complex HVAC parts) needing ultra-precise fits and corrosion resistance.

With the Pro Model’s NAK80 steel, you can achieve 50% longer mold lifespan compared to standard steel—critical for high-volume production. Pair this with vacuum-formed polycarbonate to ensure impact resistance in household appliances.

Frequently asked questions

  • Which vacuum casting mold suits small production runs for household appliance prototypes?

  • How do I maintain a plastic injection mould to prevent surface damage?

  • Polyurethane vs. Polycarbonate: Which material is better for food-safe household moulds?

  • Can I customize the geometry of a silicone vacuum casting mould for complex parts?

  • Is the material used in your moulds FDA-approved for medical prototypes?

  • What’s the difference between vacuum forming and injection moulding for plastic prototypes?

  • Which mould material is best for high-temperature rubber applications?

  • Do your vacuum casting moulds comply with EPR regulations for European household products?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Vacuum Casting MoldsRapid prototyping, small-batch productionMaterial: Polyvinyl Chloride (PVC) with EN 13126 compliance
Process: Vacuum forming (ASTM D4956) ▲
Thickness: 2.5–3.0 mm (ISO 3801)		High precision for complex geometries
Cost-effective for small batches		Limited material flexibility compared to injection molding
Noise level: 43 dBA (quieter than refrigerator hum)
Injection Molding MoldsMass production, high-volume partsMaterial: Polycarbonate (ISO 1043)
Mold Material: H13 Steel (ASTM A276) ▲
Surface Finish: ≤0.8 μm (ISO 1302)		High durability for large runs
Consistent part quality		High initial tooling cost
Longer lead time for mold setup
3D Printed MoldsRapid prototyping, custom designsMaterial: Polyurethane (ASTM D2240)
Process: FDM/SLA (ISO/ASTM 52900) ▲
Layer Thickness: 0.1–0.2 mm (ASTM F2792)		Fast turnaround time
Unlimited design complexity		Lower mechanical strength
Requires post-processing for smooth surfaces
CNC Machined MoldsCustom tooling, precision partsMaterial: Aluminum (ASTM B211)
Mold Material: P20 Steel (ASTM A276) ▲
Tolerance: ±0.01 mm (ISO 2768)		High precision and repeatability
Easy to modify		Higher cost per unit
Slower production speed for large quantities
Blow Molding MoldsHollow parts (bottles, containers)Material: Polyethylene (ASTM D1248)
Process: Extrusion blow molding (ISO 1222) ▲
Wall Thickness: 0.5–1.5 mm (ISO 3167)		Cost-effective for hollow structures
Lightweight parts		Limited design complexity
Not suitable for intricate geometries
Rotational Molding MoldsLarge hollow parts (tanks, toys)Material: Polyethylene (ASTM D1248)
Process: Rotational molding (ASTM D1922) ▲
Uniform Wall Thickness: ±5% (ASTM D1621)		No seams for corrosion resistance
Low material waste		Slow cycle time
Limited to certain materials (e.g., thermoplastics)

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