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Nylon Machining
2390-3300
Tensile Modulus (MPa)
-40°F to 480°F
Temperature Range
66-85 MPa
Tensile Strength
8.3-8.6 kJ/m²
Impact Strength
1.14-1.29
Density (g/cm³)
Select Your Nylon/Polyamide Grade
Engineering thermoplastics optimized for wear resistance, self-lubrication, and dimensional stability
Nylon 6 Cast (PA6)
MOST POPULAR
- Best impact resistance & toughness
- Lower cost for large parts
- Excellent machinability
- Moisture absorption: 2.3% @ 50% RH
- Melting point: 215°C (419°F)
Ideal for: Heavy-duty gears, large bearings, wear plates
Nylon 66 Extruded (PA66)
HIGH TEMP
- Superior strength & stiffness
- Better heat resistance (260°C)
- Lower moisture absorption
- Excellent chemical resistance
- Higher crystallinity
Ideal for: Precision parts, automotive components, electrical insulators
Glass-Filled (PA66-GF30)
REINFORCED
- 30% glass fiber reinforcement
- Exceptional rigidity (5000 MPa)
- Superior dimensional stability
- Reduced thermal expansion
- Max service temp: 120°C continuous
Ideal for: Structural parts, pump components, valve bodies
MC Cast Blue (Nylatron)
MODIFIED
- Enhanced wear resistance
- Self-lubricating properties
- Improved fatigue resistance
- Distinctive blue color
- Lower coefficient of friction
Ideal for: High-speed gears, sheaves, wear strips
Your Complete Nylon/Polyamide Manufacturing Partner
⚙️
CNC Machining
Multi-axis precision machining with ±0.03mm tolerance. Complex geometries, threads, and tight-tolerance features.
- 3, 4, and 5-axis capabilities
- Surface finish to Ra 0.8μm
- Live tooling for complex parts
✂️
Custom Cutting
Precision saw cutting and panel sizing for sheets, rods, and tubes. Clean cuts with minimal material waste.
- Sheets: 1mm to 100mm thick
- Rods: 6mm to 300mm diameter
- Custom lengths available
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Laser Cutting & Engraving
High-precision laser processing for intricate patterns and fine details. Perfect for thin sheets.
- ±0.1mm cutting accuracy
- Complex 2D profiles
- Surface marking/engraving
🏭
Injection Molding
High-volume production of complex nylon parts. Ideal for quantities above 1000 pieces.
- Multi-cavity tooling
- Insert molding capabilities
- Glass-filled grades available
🔥
Heat Bending & Forming
Precision thermoforming for curved and shaped components without stress or material degradation.
- Complex 3D shapes
- Large format capabilities
- Minimal tooling costs
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Plastic Welding
Hot air and ultrasonic welding for strong, permanent joints in nylon assemblies.
- Leak-proof joints
- Complex assemblies
- No adhesives required
Trusted for Critical Applications Worldwide
From automotive to aerospace, food processing to heavy machinery
Gears & Power Transmission
- Spur, helical, and worm gears
- Sprockets and timing pulleys
- Rack and pinion systems
- 50% quieter than metal gears
Bearings & Bushings
- Plain bearings & sleeves
- Thrust washers
- Self-lubricating bushings
- No maintenance required
Food & Pharmaceutical
- FDA-compliant grades
- Conveyor components
- Cutting boards & guides
- Easy to clean & sanitize
Heavy Machinery
- Wear plates & strips
- Guide rails & tracks
- Impact pads
- 10x longer life than UHMW
85%
Cost reduction vs metal parts
10x
Longer wear life than standard plastics
50%
Weight reduction vs steel
Zero
Lubrication required
Nylon vs. Alternative Engineering Plastics
Make informed material selections with our comprehensive comparison guide
Simple Process, Exceptional Results
From initial inquiry to delivery - typically 5-7 business days
1
Submit Your Requirements
Upload drawings, specifications, or describe your nylon/polyamide part needs
⏱ Same day response
2
Engineering Review
We optimize for manufacturability and suggest cost-saving alternatives
⏱ Within 24 hours
3
Precision Manufacturing
CNC machining with ±0.03mm tolerance and 100% quality inspection
⏱ 3-5 business days
4
Global Delivery
Tracked shipping worldwide with protective packaging
⏱ 2-5 days shipping
Common Questions About Nylon/Polyamide Materials
▸ What's the difference between PA6 and PA66?
PA6 (Nylon 6) is cast polyamide with better impact resistance and machinability, ideal for large parts. PA66 (Nylon 66) is extruded with higher strength, stiffness, melting point (260°C vs 215°C), and better dimensional stability. PA66 also has lower moisture absorption (1.7% vs 2.3%), making it superior for precision parts. Choose PA6 for cost-effectiveness in large components; PA66 for high-performance applications.
▸ How does moisture affect nylon parts?
Nylon is hygroscopic, absorbing 2-8% moisture depending on grade and humidity. This causes dimensional changes (up to 2% expansion) and reduces stiffness but increases toughness and impact resistance. We can pre-condition parts to equilibrium moisture content or recommend moisture-resistant grades like PA66 or glass-filled variants. For critical tolerances, we compensate during machining.
▸ Can you machine glass-filled nylon?
Yes, we specialize in machining glass-filled grades like PA66-GF30 (30% glass fiber). These materials require carbide or PCD tooling due to their abrasiveness. We achieve ±0.03mm tolerances even with these challenging materials. Glass-filled nylon offers 2x the stiffness, better dimensional stability, and higher temperature resistance than unfilled grades.
▸ What's your minimum order quantity?
No minimum order! We handle everything from single prototypes to production runs of 10,000+ pieces. Our flexible manufacturing allows cost-effective solutions at any volume. For standard stock materials (sheets/rods), we can cut to your exact size with no minimum. Volume pricing available for larger quantities.
▸ Is nylon FDA compliant for food contact?
Yes, we offer FDA-compliant grades of both PA6 and PA66 suitable for direct food contact. These materials meet FDA CFR 21.177.1500 requirements. Natural (unfilled) grades are typically FDA compliant. We also provide material traceability documentation upon request for food and pharmaceutical applications.
▸ How does nylon compare to metal for my application?
Nylon offers significant advantages: 80% weight reduction, self-lubrication (no maintenance), 50% noise reduction, corrosion immunity, and often 60% lower total cost. While metals excel in extreme temperatures (>250°F) or highest-load structural applications, nylon typically outlasts bronze/brass in wear applications and eliminates the need for secondary operations like plating or heat treatment.
Ready to Optimize Your Parts with Nylon?
Join thousands of engineers who've reduced costs, improved performance, and accelerated production with our precision nylon/polyamide solutions
Questions? Our engineering team is ready to help
📧 beeplastic@beeplastic.com ⏰ Mon-Fri 8AM-6PM EST
© BeePlastic - Precision Plastic Solutions Since 2009
CNC Machining | Cut-to-Size | Custom Fabrication
Engineering Plastics Specialist
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