Materials

Nylon (PA) Injection Molding

Engineering-grade thermoplastic with excellent mechanical properties. Strong, wear-resistant, and heat-tolerant.

High Strength
Wear Resistant
Heat Resistant

Nylon Properties

Key characteristics of nylon (polyamide) materials.

Strong

High tensile strength and stiffness for demanding applications.

Wear Resistant

Excellent for moving parts, gears, and friction applications.

Heat Resistant

Good thermal stability for elevated temperature applications.

Nylon Material Options

Different nylon formulations for specific requirements.

PA6 (Nylon 6)

General purpose nylon, good balance of properties, easy to process.

PA66 (Nylon 66)

Higher strength and stiffness, better heat resistance than PA6.

PA6-G (Cast Nylon)

Larger profiles, excellent for machining and industrial applications.

Glass-Filled Nylon

Enhanced strength, stiffness, and dimensional stability.

Heat Stabilized

Extended service life at elevated temperatures.

Impact Modified

Enhanced impact resistance for tough applications.

Nylon Applications

Common applications for nylon injection molding.

Mechanical Components

  • Gears and sprockets
  • Bearings and bushings
  • Snap-fit connectors
  • Structural brackets
  • Fasteners and screws
  • Pulley wheels

Industry Applications

  • Automotive components
  • Industrial equipment
  • Consumer products
  • Electronics housings
  • Textile machinery
  • Agricultural equipment

Our Nylon Injection Molding Capabilities

From PA6 to PA66 and specialty grades. Engineering-grade nylon parts with precision and durability.

High Tensile Strength

80-100 MPa tensile strength for demanding mechanical applications.

  • • 80-100 MPa tensile strength
  • • Excellent fatigue resistance
  • • Long-term durability

Wear Resistance

Low coefficient of friction ideal for moving parts and gears.

  • • Self-lubricating properties
  • • Low wear rate
  • • PV rating up to 200

Heat Resistance

HDT up to 260°C for high-temperature applications.

  • • PA66 HDT: 200-260°C
  • • Continuous use to 150°C
  • • Heat stabilized grades

Chemical Resistance

Resistant to oils, fuels, and many industrial chemicals.

  • • Excellent to oils & fuels
  • • Solvent resistant
  • • Alkali resistant

Glass-Filled Options

Enhanced stiffness and strength with glass fiber reinforcement.

  • • 15-60% glass fiber
  • • Higher strength & stiffness
  • • Dimensional stability

Cost Effective

Competitive pricing for high-volume production runs.

  • • Low material cost
  • • Fast cycle times
  • • Volume discounts

Proven Nylon Manufacturing Excellence

From automotive gears to industrial machinery, our nylon parts deliver reliable performance.

18M+
Nylon Parts Produced
99.5%
First Pass Yield
450+
Nylon Projects Completed
10+
Years Average Relationship
Automotive

Tier-1 Auto Supplier

PA66 GF30 intake manifold components for major OEM. PPAP approved with zero defects over 5 years.

PPAP Passed 8M Units
Industrial

Heavy Machinery OEM

Wear-resistant nylon bushings and gears for construction equipment. Extended part life by 3x vs metal.

3x Life ISO Certified
Consumer

Power Tool Manufacturer

PA6 gear assemblies for professional power tools. Reduced noise by 40% compared to metal gears.

-40% Noise 2M Units/Year

Quality Certifications & Testing

Certifications

  • ISO 9001:2015 Quality Management
  • IATF 16949 Compliant (Automotive)
  • ISO 14001 Environmental
  • Automotive-grade PA66 certified
  • Food contact (FDA) grades available

Testing Capabilities

  • Tensile & Flexural Testing
  • Wear & Friction Testing
  • Heat Aging Verification
  • Chemical Resistance Testing
  • Dimensional Verification (CMM)

Nylon Injection Molding FAQ

Expert answers to common questions about nylon material selection and manufacturing

For Engineers

Should I use PA6 or PA66 for my application?

PA66 offers 20-30% higher strength, stiffness, and heat resistance (HDT 260°C vs 190°C) but is more difficult to process. PA6 is more impact resistant, easier to flow, and better for thin walls. PA66 is preferred for automotive under-hood; PA6 for consumer products and gears.

What are the moisture absorption effects on nylon parts?

Nylon absorbs 1-3% moisture, causing dimensional changes and property shifts. Dried nylon (0.1% moisture) is stiff and strong; conditioned nylon (2% moisture) is tougher but softer. We recommend conditioning parts to end-use environment before final dimensioning for critical applications.

What's the recommended wall thickness for nylon parts?

Recommended wall thickness is 1.5-3.0mm for nylon. PA6 flows well in thin sections (0.8mm minimum). Thicker walls increase cycle time and risk voids. Glass-filled nylon requires uniform wall thickness to prevent fiber orientation issues and warpage.

How does glass fiber reinforcement affect nylon properties?

Glass fiber increases tensile strength (up to 200% improvement), stiffness (2-3x), and heat resistance (HDT +50-80°C). However, it increases anisotropy (directional properties), reduces impact strength, and increases mold wear. We optimize glass content based on your requirements.

For Procurement

What nylon material brands do you source?

We source from BASF (Ultramid), DuPont (Zytel), Ascend (Vydyne), and DOMO (Technyl). All automotive-grade materials with full traceability. Glass-filled and specialty grades from certified suppliers. Can work with your preferred supplier.

What are the lead times for nylon tooling and parts?

Prototype molds: 7-15 days. Production molds: 3-5 weeks. Production parts: 2-3 weeks. Nylon requires careful drying which adds process time. Glass-filled molds may require hardened steel for longevity. Rush services available.

Do you offer food-grade nylon parts?

Yes, we offer FDA-compliant food contact grades (PA6 and PA66). Also available: NSF 61 certified for drinking water, and EU 10/2011 food contact compliant. Full traceability and lot-specific documentation provided.

What's your quality guarantee for nylon parts?

Parts meet specs or we replace free. 99.5% first-pass yield with moisture-controlled processing, incoming material verification, and dimensional SPC. Full PPAP support for automotive. Lot traceability from raw material to finished part.

For Decision Makers

Why choose CoreLMould for nylon injection molding?

15+ years nylon expertise, IATF 16949 compliant, 99.5% first-pass yield, and dedicated engineering team. Competitive pricing (20-30% below OEM), fast automotive tooling, and single-source responsibility from prototype to production.

What industries do you serve with nylon parts?

Automotive (under-hood, interior), industrial (gears, bearings), consumer appliances, power tools, agricultural equipment, and food processing. From startups to Fortune 500, 100 to 10M+ units annually.

How do you ensure consistent nylon quality?

Strict drying protocols (120°C, 4-6 hrs), moisture verification before molding, SPC on critical dimensions, and lot traceability. Process capability (Cpk) ≥1.33 on critical features. Regular material certification and incoming inspection.

Can you support long-term nylon production?

Yes, multi-year supply agreements with fixed pricing, dedicated inventory programs, and mold ownership options. Stable supply chain with multiple material sources ensures uninterrupted production for your programs.

Frequently Asked Questions

Quick answers to common questions from engineers, procurement, and decision makers

For Engineers

What tolerances can you achieve for complex geometries?

We achieve tolerances up to ±0.005mm on critical features using 5-axis CNC and EDM processing. Our DFM analysis helps optimize designs for manufacturability.

Do you provide mold flow analysis before production?

Yes, comprehensive mold flow analysis is included free with every project. We simulate filling patterns, identify potential defects, and optimize gate locations.

What materials do you recommend for high-stress applications?

We offer ABS, PC, POM, Nylon, PP, and engineering resins. For high-stress parts, we recommend glass-filled or carbon-filled polymers with reinforced fillers.

For Procurements

What are your minimum order quantities?

No minimums! We support startups and small businesses with orders from 1 piece to millions. Volume discounts available for larger orders.

How fast can you deliver production parts?

Prototype molds in 7-15 days. Production parts in 2-3 weeks after mold approval. Express services available for urgent projects.

Do you offer competitive pricing for high volumes?

Yes! Our pricing scales with volume. Contact us for a customized quote. We beat OEM pricing by 20-40% while maintaining premium quality.

For Decision Makers

Why choose CoreLMould over other suppliers?

15+ years experience, ISO 9001 certified, zero-defect culture, 24-hour quote response, and a dedicated team committed to your success.

How do you ensure quality consistency across batches?

Statistical process control, incoming material inspection, in-process checks, and final QC with CMM verification. Full traceability from raw material to finished goods.

What industries do you serve?

Consumer electronics, automotive interiors, industrial equipment, medical devices, packaging, and more. We specialize in startups and growing businesses.

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