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  • China Best Price Mens Kids Plastic Used PCU Slipper Molding Die Sandal Casual Shoes PVC Air Blowing Injection Mould
  • China Best Price Mens Kids Plastic Used PCU Slipper Molding Die Sandal Casual Shoes PVC Air Blowing Injection Mould
  • China Best Price Mens Kids Plastic Used PCU Slipper Molding Die Sandal Casual Shoes PVC Air Blowing Injection Mould
  • China Best Price Mens Kids Plastic Used PCU Slipper Molding Die Sandal Casual Shoes PVC Air Blowing Injection Mould
  • China Best Price Mens Kids Plastic Used PCU Slipper Molding Die Sandal Casual Shoes PVC Air Blowing Injection Mould
  • China Best Price Mens Kids Plastic Used PCU Slipper Molding Die Sandal Casual Shoes PVC Air Blowing Injection Mould
China Best Price Mens Kids Plastic Used PCU Slipper Molding Die Sandal Casual Shoes PVC Air Blowing Injection Mould
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China Best Price Mens Kids Plastic Used PCU Slipper Molding Die Sandal Casual Shoes PVC Air Blowing Injection Mould

  • 1 - 4 Sets
    $1,200
  • 5 - 9 Sets
    $1,000
  • 10 - 99 Sets
    $900
  • >= 100 Sets
    $750

Customization:

Customized logo（Min.Order: 1 pieces）
Customized packaging（Min.Order: 1 pieces）
Graphic customization（Min.Order: 1 pieces）
View product details

China Best Price Mens Kids Plastic Used PCU Slipper Molding Die Sandal Casual Shoes PVC Air Blowing Injection Mould

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Slip-On Sandals Design: Features a contoured footbed for comfort and a textured sole for grip, ideal for casual or home use.
  • Industrial Molding Solution: A durable metal shoe mold (steel/aluminum) enables high-volume production via casting or injection molding, ensuring precise, uniform sandal manufacturing.

Key features

  • 1. Durable Steel/Aluminum Mold for Long-Lasting Production

    • With a corrosion-resistant steel/aluminum mold, ensure consistent quality and longevity in mass production compared to plastic molds*. The robust material withstands high-volume manufacturing, reducing wear and tear over time.

  • 2. High-Speed Injection Molding for Efficient Output

    • With advanced injection molding technology, achieve up to 20% faster production rates than traditional casting methods*. Precision engineering streamlines mass production while maintaining product uniformity.

  • 3. Slip-On Design for Everyday Convenience

    • With a contoured footbed and slip-on design, enjoy effortless wear for home, casual, or light outdoor use. The ergonomic shape prioritizes comfort without compromising on quick, hassle-free access.

  • 4. Textured Non-Slip Sole for Enhanced Traction

    • With a textured, non-slip PVC sole, improve grip on diverse surfaces compared to smooth soles*. The design ensures stability in both indoor and casual outdoor environments.

  • 5. Eco-Friendly PVC Materials for Safety Compliance

    • With eco-certified PVC construction, meet environmental and safety standards for consumer products*. The materials are rigorously tested to ensure durability and user well-being.

Product details

China Best Price Mens Kids Plastic Used PCU Slipper Molding Die Sandal Casual Shoes PVC Air Blowing Injection Mould

China Best Price Mens Kids Plastic Used PCU Slipper Molding Die Sandal Casual Shoes PVC Air Blowing Injection Mould is a precision-engineered mold solution for producing slip-on sandals with contoured comfort and industrial durability. Designed for mass production, it combines CNC machining with injection molding to deliver consistent quality across materials like aluminum, steel, and PVC.

Technical specifications

FeatureSpecificationBenefit
Material CompositionAluminum/Steel/PVC (adjustable per project)Balances weight, durability, and cost-effectiveness for diverse applications
Machining ProcessCNC precision machiningEnsures ±0.2mm tolerances for complex footbed and sole designs
Shaping TechnologyPlastic injection molding with air blowingAchieves seamless textures and ergonomic contours for slipper soles
CertificationsISO 9001:2015 certified manufacturing standardsGuaranteed quality control for industrial-scale production

Customization guide

Adjustable parameters include:

  • Material Mix: Opt for aluminum for lightweight molds or steel for heavy-duty, high-volume production.
  • Design Adaptability: Modify footbed contours or sole patterns to suit men’s/kids’ sizing requirements.
  • Color/Strap Integration: Customize strap placement and color schemes (e.g., red/white branding) for brand differentiation.

Get inspired

From casual footwear to industrial-grade molds, this solution empowers manufacturers to produce slipper sandals with unmatched precision. The textured sole design enhances grip, while the contoured footbed ensures all-day comfort—ideal for home, leisure, or occupational use.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Material StrengthAluminum (standard)Aluminum + Steel HybridSteel (premium)
Precision Tolerance±0.5mm±0.3mm±0.1mm*
Production Rate50 units/hour+20% faster+40% faster*
Max Load Capacity20kg30kg50kg

Supplier's note

  1. Technical Breakthroughs:

    • Material Flexibility: Adjustable alloy ratios in the Advanced/Pro models enable 30% lighter molds without compromising structural integrity.
    • CNC Precision: The Pro model’s ±0.1mm tolerance ensures intricate sole textures, reducing post-production adjustments by 40%.
    • Injection Efficiency: Air-blowing technology in all models cuts cooling time by 15%, boosting output.

  2. Optimal Version Selection:

    • Base Model: Ideal for small-scale manufacturers needing cost-effective production (e.g., kids’ sandals in low-volume batches).
    • Advanced Model: Targets mid-tier producers requiring durability and speed—perfect for men’s casual footwear lines.
    • Pro Model: Best for industrial clients handling heavy materials (e.g., PVC/PCU) or high-volume orders, ensuring zero-defect outputs for premium brands.

With the Pro model’s 50kg load capacity, you can safely mold thick PVC soles for occupational footwear. Pair its steel construction with the contoured footbed design to create slip-resistant sandals that meet OSHA safety standards.

Frequently asked questions

  • Which slipper molding die material is best for high-volume sandal production?

  • How do I maintain a PVC injection mould to ensure longevity?

  • Aluminum vs. Steel Mould: Which is better for slipper production?

  • Can the CNC machined sandal mold be customized for unique designs?

  • Is the polyvinyl chloride (PVC) material compliant with safety standards?

  • What’s the advantage of injection mould over casting for slipper production?

  • Can the mould produce sandals with multi-color straps like the red/white design shown?

  • What production volume is optimal for the plastic injection mould?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionMass production of sandalsIndustry Standard: Steel (Hardness: 50 HRC) ▲
Our Base: Aluminum 6061 (35 HRC, 50% lighter) ▲▲
Our Advanced: Aluminum + Carbon Composite (40 HRC, 30% corrosion-resistant) ▲▲▲		Base: Cost-effective weight reduction
Advanced: Enhanced durability and corrosion resistance		Steel: Heavy and costly to maintain
Composite: Higher upfront cost
Production ProcessHigh-volume manufacturingIndustry Standard: Traditional Casting (Cycle Time: 45 mins/part) ▲
Our Base: CNC Machining (30 mins/part) ▲▲
Our Advanced: Automated Injection Molding (15 mins/part) ▲▲▲		Faster cycle times reduce labor costs
Injection molding ensures uniformity		Casting: Requires post-finishing
Advanced: Requires specialized equipment
Cost EfficiencyBudget-conscious productionIndustry Standard: $800/unit (Steel molds) ▲
Our Base: $550/unit (Aluminum) ▲▲
Our Advanced: $900/unit (Composite) ▲▲▲		Base: 31% cheaper than standard
Advanced: 50% lower defect rates		Advanced: Higher initial investment
Lead TimeRapid prototypingIndustry Standard: 30 days (Manual casting) ▲
Our Base: 20 days (CNC) ▲▲
Our Advanced: 10 days (Injection Molding) ▲▲▲		Advanced: 66% faster time-to-marketStandard: Prone to delays due to manual errors
Customization FlexibilityCustom shoe designsIndustry Standard: Limited (Only shape adjustments) ▲
Our Base: Moderate (Material thickness adjustments) ▲▲
Our Advanced: Full (Material mix, shape, and texture) ▲▲▲		Advanced: Ideal for niche markets
Base: Balances cost and adaptability		Standard: Rigid design constraints
Environmental ImpactEco-conscious manufacturingIndustry Standard: High waste (25% scrap rate) ▲
Our Base: Moderate (15% scrap) ▲▲
Our Advanced: Low (5% scrap via digital simulation) ▲▲▲		Advanced: 80% reduction in material waste
Base: Energy-efficient machining		Standard: High energy consumption

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