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  • Plastic End Cap Molding Forms of School Table Chair Pipe Legs
  • Plastic End Cap Molding Forms of School Table Chair Pipe Legs
  • Plastic End Cap Molding Forms of School Table Chair Pipe Legs
  • Plastic End Cap Molding Forms of School Table Chair Pipe Legs
  • Plastic End Cap Molding Forms of School Table Chair Pipe Legs
  • Plastic End Cap Molding Forms of School Table Chair Pipe Legs
Plastic End Cap Molding Forms of School Table Chair Pipe Legs

Plastic End Cap Molding Forms of School Table Chair Pipe Legs

  • >= 1 Sets
    $10,000

Customization:

customized mould(Min.Order: 1 pieces)

Plastic End Cap Molding Forms of School Table Chair Pipe Legs

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision End Cap Production: Designed to manufacture durable plastic end caps for school table and chair pipe legs, ensuring secure fitting and aesthetic finishing.
  • Cold Runner Efficiency: Utilizes a cold runner system to minimize material waste and enhance production efficiency in plastic injection molding processes.

Key features

  • 1. Durable P20 Steel Construction

  • With corrosion-resistant P20 steel molds, ensure long-lasting durability and precision for high-volume production in demanding environments.

  • 2. Customizable Cavity Design

  • With adaptable cavity configurations, easily modify molds to produce diverse plastic end caps for school furniture components, meeting specific design requirements.

  • 3. Cold Runner Efficiency

  • With a cold runner system, reduce material waste by ~20% compared to traditional hot runner setups*, enabling cost-effective production.

  • 4. High-Volume Production Capacity

  • Designed for continuous operation, deliver consistent output speeds to meet mass manufacturing demands for school furniture assembly lines.

  • 5. RoHS Compliance

  • With RoHS certification, guarantee safety and environmental compliance, making it ideal for educational settings where health standards are critical.

Product details

Plastic End Cap Molding Forms of School Table Chair Pipe Legs

Our Plastic End Cap Molding Forms are precision-engineered injection molds designed for manufacturing durable plastic end caps used in school table chair pipe legs. Built with P20 steel and thermoplastic inserts, these molds ensure high-volume production of household furniture components while meeting RoHS safety standards. The cold runner system optimizes material efficiency, while the robust steel construction supports consistent quality in educational environments.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialP20 steel mold base + thermoplasticHigh-volume production of school furniture parts
Runner SystemCold runner designEfficient material usage for small, precise end caps
CertificationRoHS compliant (lead-free, restricted substance-free)Safe manufacturing for educational facilities
Shaping TechnologyPlastic injection mouldingComplex geometries for pipe legs and connectors

Customization guide

Adjustable cavity dimensions and material composition (P20 steel vs H13 steel) to meet specific durability or thermal requirements of educational facilities.

Get inspired

With our injection molds, manufacturers can efficiently produce standardized or customized plastic end caps for school furniture. The cold runner system reduces waste, while RoHS compliance ensures safety for children’s environments.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Mould Lifespan100k cycles+20% (120k cycles)+40% (140k cycles)*
Max Temperature300°C320°C350°C
Surface Finish3.2μm1.6μm0.8μm

Supplier's note

  1. Key Technical Breakthroughs:

    • Cold Runner Efficiency: Reduces material waste by 15% compared to hot runners.
    • RoHS Compliance: Ensures no hazardous substances in school furniture components.
    • Advanced Cooling Channels: Achieves 20% faster cycle times than standard molds.
  2. Version Selection Guide:

    • Base Model: Ideal for standard end cap production in indoor classrooms.
    • Advanced Model: Suitable for complex geometries requiring tighter tolerances (e.g., outdoor furniture).
    • Pro Model: Best for high-volume production of heavy-duty parts (e.g., gym equipment legs) due to 350°C heat resistance.

    With the Pro model’s tripled chemical resistance compared to industry benchmarks, you can safely process high-performance polymers like PPA for outdoor furniture. Its 0.8μm surface finish ensures sleek, scratch-resistant end caps that withstand daily wear and tear in schools.

Frequently asked questions

  • Which Plastic End Cap Molding Forms are best for school table chair pipe legs in small classrooms?

  • How do I maintain P20 steel injection molds for longevity?

  • What’s the difference between P20 steel and plastic molds for end caps?

  • Can I customize the design of plastic end caps for school furniture?

  • Are these molds RoHS-compliant for school use?

  • What advantages does a cold runner system offer for end cap molding?

  • How many end caps can these molds produce per cycle?

  • Do the plastic end caps resist wear from frequent use in schools?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Mould Material CompositionHigh-volume production of school furniture partsIndustry Standard: S45C steel (HRC 25-28)
Our Base: P20 steel (HRC 28-30)
Our Advanced: H13 tool steel (HRC 38-42)
▲1: Base improves hardness by 12% over standard
▲2: Advanced doubles durability for extreme use
Advanced versions may require specialized maintenance (e.g., H13 needs tempering)
Runner SystemCost-sensitive manufacturingIndustry Standard: Hot runner (20% material waste)
Our Base: Cold runner (15% waste)
Our Advanced: Cold runner + hot tips (10% waste)
▲1: Base reduces material cost by $0.15/unit
▲2: Advanced cuts waste by 50% vs standard
Advanced systems require higher initial investment ($5k extra setup cost)
Certification ComplianceEU-regulated supply chainsIndustry Standard: No compliance
Our Base: RoHS (EU Directive 2011/65/EU)
Our Advanced: RoHS + REACH (EC 1907/2006)
▲1: Base unlocks EU market access
▲2: Advanced ensures full chemical safety for childcare products
Advanced certification adds 2-week testing delay
Production Cycle TimeAssembly line optimizationIndustry Standard: 40 sec/cycle
Our Base: 30 sec/cycle
Our Advanced: 25 sec/cycle
▲1: Base boosts output by 25% (300 → 375 units/hr)
▲2: Advanced achieves 480 units/hr
Faster cycles may require more frequent mold cooling checks
Lifespan/CyclesLong-term durability needsIndustry Standard: 300k cycles
Our Base: 500k cycles
Our Advanced: 800k cycles
▲1: Base reduces replacement frequency by 40%
▲2: Advanced molds last 167% longer than standard
Advanced molds weigh 20% more (may require reinforced presses)
Cooling EfficiencyEnergy-conscious factoriesIndustry Standard: Standard cooling channels (60s cooling time)
Our Base: Optimized channels (50s)
Our Advanced: Integrated cooling (40s)
▲1: Base cuts energy use by 15%
▲2: Advanced reduces cooling energy by 33%
Advanced systems require 50% more cooling fluid volume

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