PA6 Resin (Nylon 6 Resin)
PA6 Pellets
At Suke Plastics, we mainly supply:
- BASF Ultramid® PA6
- Celanese Zytel® PA66
- Shen Ma PA66
Supply Various Grades of PA6 pellets
| Type | Grade No. | Manufacturer | Brand | Grade/Features | Use/Application |
|---|---|---|---|---|---|
| PA6 | 8202HS BK102 | Basf | ULTRAMID® | General-purpose injection molding material, heat-stabilized, low-viscosity. | Automotive, Passenger cars, Connectors & Cable / CEE Plugs, Electronics / Switchgears, Fitting, Cabinet, Office chair, Office seating, Garden tool, DIY tool, Performance Polymers, CEE plugs, Furniture Fittings, Connectors & Relays, Electrical Control Units |
| PA6 | 8272G HS BK 102 | Basf | ULTRAMID® | Blow molding grade with 12% glass fiber reinforcement, excellent chemical resistance, creep resistance, good stiffness and mechanical strength, heat-stabilized, resistant to hydrocarbons, oils, and solvents, ultra-high viscosity. | Automotive, Passenger cars, Structural Inserts And Stiffeners, Air Ducts, Fuel System Components, Electrical Control Units, Seat structures |
| PA6 | B3EG10 | Basf | ULTRAMID® | 50% glass fiber reinforced, injection molding grade, high stiffness, oil resistance. | |
| PA6 | B3EG3 | Basf | ULTRAMID® | 15% glass fiber reinforced, injection molding grade, good impact resistance, oil resistance. | |
| PA6 | B3EG6 | Basf | ULTRAMID® | 30% glass fiber reinforced, injection molding grade, oil resistance. | |
| PA6 | B3EG7 | Basf | ULTRAMID® | 35% glass fiber reinforced, injection molding grade, oil resistance. | |
| PA6 | B3GK24 | Basf | ULTRAMID® | 10% glass fiber, 20% glass beads, injection molding grade, high dimensional stability, oil resistance. | |
| PA6 | B3K | Basf | ULTRAMID® | Good fluidity, oil resistance. | |
| PA6 | B3L | Basf | ULTRAMID® | Fast molding cycle, excellent flowability, good impact resistance, impact-modified, oil resistance. | |
| PA6 | B3S | Basf | ULTRAMID® | Fast molding cycle, excellent flowability, good impact resistance, impact-modified, oil resistance. | |
| PA6 | B3WG3 | Basf | ULTRAMID® | 15% glass fiber reinforced, heat stabilized, oil resistance. | |
| PA6 | B3WG5 | Basf | ULTRAMID® | 25% glass fiber reinforced, injection molding grade, heat aging resistance, oil resistance. | |
| PA6 | B3WG6 | Basf | ULTRAMID® | 30% glass fiber reinforced, injection molding grade, heat stabilized, oil resistance. | |
| PA6 | B3ZG3 | Basf | ULTRAMID® | 15% glass fiber reinforced, injection molding grade, impact-modified, oil resistance. | |
| PA6 | B35EG3 | Basf | ULTRAMID® | 15% glass fiber reinforced, injection molding grade, oil resistance. | |
| PA6 | B3GM35 Q643 | Basf | ULTRAMID® | 40% glass fiber and mineral reinforced, injection molding grade, high dimensional stability, medium stiffness, oil resistance. | |
| PA6 | B3S R03 | Basf | ULTRAMID® | Crystalline, fast molding cycle, excellent flowability, oil resistance. | |
| PA6 | B3U30G6 | Basf | ULTRAMID® | 30% glass fiber reinforced, halogen-free, phosphorus-free flame retardant, injection molding grade, high flowability. | |
| PA6 | B3WG10 | Basf | ULTRAMID® | 50% glass fiber reinforced, heat stabilized, high dimensional stability, high heat resistance, high stiffness, high strength, oil resistance. | |
| PA6 | B3WG8 BK00564 | Basf | ULTRAMID® | 40% glass fiber reinforced, injection molding grade, heat stabilized, oil resistance. | |
| PA6 | B3ZG8 BK20560 | Basf | ULTRAMID® | 40% glass fiber reinforced, injection molding grade, high impact strength, high stiffness. | |
| PA6 | B3UG4 | Basf | ULTRAMID® | 20% glass fiber reinforced, injection molding grade, halogen-free flame retardant, excellent electrical properties, high flowability, low smoke emission, oil resistance. | |
| PA6 | B3WG12 HSP BK23228 | Basf | ULTRAMID® | 60% glass fiber reinforced, heat aging resistant, high flowability. | |
| PA6 | B3WG6 BGVW BK00564 | Basf | ULTRAMID® | 30% glass fiber reinforced, injection molding grade, heat stabilized, oil resistance. | |
| PA6 | B3WG6 GPX BK23238 | Basf | ULTRAMID® | 30% glass fiber reinforced, injection molding grade, heat aging resistant. | |
| PA6 | ST7301 | Celanese | ZYTEL | Super Toughened Polyamide 6 | mechanical items |
| PA6 | 73G15HSL | Celanese | ZYTEL | 15% Glass Reinforced, Heat Stabilized | stable parts |
| PA6 | 73G35HSL | Celanese | ZYTEL | 35% Glass Reinforced, Heat Stabilized | structural components |
| PA6 | 73G30T | Celanese | ZYTEL | 30% Glass Reinforced, Toughened | torque components |
What is PA6 Resin?
PA6 (Polyamide 6) resin, also known as nylon 6, is a semi-crystalline thermoplastic polymer known for its excellent mechanical strength, toughness, and wear resistance. It is widely used in engineering applications where durability, thermal resistance, and chemical stability are essential. PA6 offers good flow properties for injection molding, as well as superior surface finish and dimensional stability.
Other Names
- Nylon 6
- Polyamide 6
- PA6 Engineering Plastic
- PA6 Plastic Pellets
Packaging
- 25kg bags
- jumbo bags
Appearance
- Cylindrical or oval granules
- Natural, black, or custom colors available
- Semi-gloss or matte finish
HS Code
39081090
Key Properties
- High mechanical strength and stiffness
- Excellent wear and abrasion resistance
- Good thermal resistance
- Resistance to oils, greases, and fuels
- Low friction coefficient
- Excellent surface appearance and moldability
- Available in unfilled, glass fiber reinforced, and flame retardant grades
Technical Data
| Property | Typical Value |
|---|---|
| Density (g/cm³) | 1.13-1.16 |
| Tensile Strength (MPa) | 60-85 |
| Flexural Modulus (MPa) | 2000-3000 |
| Izod Impact Strength | 60-90 J/m |
| Heat Deflection Temp (°C) | 65-210 (depending on grade) |
| Melt Flow Index (MFI) | 10-30 g/10min (275°C/5kg) |
Applications
- Automotive components (under-the-hood parts, connectors, housings)
- Electrical and electronic parts (insulators, switches, sockets)
- Mechanical parts (gears, bearings, rollers)
- Industrial machinery and tools
- Consumer goods (power tool housings, fasteners)
- Packaging and films (in modified grades)
PA6 Resin Grades We Offer
- Unfilled General Purpose Grade
- Glass Fiber Reinforced Grade
- Flame Retardant Grade
- Impact Modified Grade
- High Flow Grade
- Heat Stabilized Grade
- Lubricated/Wear-Resistant Grade
Polyamide 6 FAQs
Is PA6 the same as Nylon 6?
Yes, PA6 (Polyamide 6) is the chemical name for Nylon 6. Both terms refer to the same polymer and can be used interchangeably.
How is PA6 different from PA66?
PA6 and PA66 are both polyamides but have distinct differences:
- Processability: PA6 is easier to process and requires lower tool precision, while PA66 may demand stricter molding conditions.
- Mechanical Properties: PA66 generally has higher strength and hardness compared to PA6. However, PA6 offers better toughness and impact resistance.
- Thermal Properties: PA66 has a higher heat deflection temperature, making it more suitable for high-temperature environments.
- Moisture Absorption: PA6 absorbs moisture at a higher rate than PA66, which may affect dimensional stability.
- Application Choice: The selection between PA6 and PA66 depends on factors like operating temperature, mechanical strength requirements, and processing capabilities.
Is PA6 resistant to chemicals?
PA6 has good resistance to oils, greases, and many solvents, making it suitable for various industrial applications.
However, pay attention to the following:
- PA6 is sensitive to strong acids (e.g. sulfuric acid, hydrochloric acid) and strong bases (e.g. sodium hydroxide), which can degrade its properties.
- Extended exposure to certain solvents, such as ketones, may lead to surface corrosion or swelling.
Before using PA6 in chemically aggressive environments, verify its compatibility with the specific chemical agents.
Does PA6 absorb moisture?
Yes, PA6 is hygroscopic and absorbs moisture from the air. Its moisture absorption rate can range from 1-3%.
Effects of moisture absorption:
- May reduce strength and stiffness while increasing toughness and flexibility.
- Can affect dimensional stability in high-humidity environments.
To mitigate this, fiber-reinforced PA6 grades or proper sealing can be used. Pre-drying PA6 is recommended before processing to maintain material performance (target moisture content: below 0.2%).
Is PA6 suitable for injection molding?
Lorem ipsum
Yes, PA6 is widely used in injection molding because of its excellent flow characteristics and ability to produce strong, detailed parts.
Key points for processing:
- Ensure thorough drying before molding to avoid surface defects.
- PA6 has a moderate melting point (~220°C); ensure correct processing settings to achieve optimal results.
What colors are available for PA6?
Lorem ipsum
PA6 is available in a variety of colors, including:
- Natural (semi-transparent to opaque white), typically used in non-UV-stabilized applications.
- Black, which is common for industrial applications due to its UV resistance and ability to mask defects.
- Custom colors, which can be achieved using masterbatches or pigments tailored to the application.
Keep in mind that adding colors may slightly alter the material’s mechanical properties.
Can PA6 be used at high temperatures?
Lorem ipsum
PA6 has a melting point of 220–230°C and can perform continuously up to around 80–100°C under normal conditions.
To extend its use in higher temperatures, specialized PA6 grades can be used:
- Glass-fiber-reinforced PA6: Offers better dimensional stability and can handle temperatures up to 120–150°C.
- Heat-stabilized PA6: Suitable for short-term use in temperatures up to 180°C.
For extreme conditions, consider alternative materials such as PA46 or PPS.