描述
Zytel 132F NC010 PA66 is a nucleated and lubricated polyamide 66 resin developed for injection molding applications. It is designed for fast production cycles and high productivity, making it suitable for manufacturers that require stable molding performance, faster crystallization and efficient part production. Public technical information identifies Zytel 132F NC010 as a nucleated, lubricated PA66 for injection molding.
Compared with standard PA66 grades, Zytel 132F NC010 PA66 offers improved cycle efficiency due to its nucleated formulation, while the lubricated package helps improve mold release and processing consistency. It maintains the typical advantages of nylon 66, including high strength, stiffness, heat resistance, abrasion resistance and chemical resistance.
This natural NC010 grade is commonly used in automotive parts, furniture components, domestic appliances, sporting goods, construction components and general engineering injection molded parts requiring productivity and reliable performance.
Shenzhen Ruiqing International Trade Co., Ltd. supplies original Zytel 132F NC010 PA66 resin with quotation support, product document assistance and global delivery service.
Zytel 132F NC010 PA66 Key Features
- Nucleated PA66 injection molding grade
- Lubricated for improved processing
- Natural resin pellet form
- Designed for fast production cycles
- High productivity molding performance
- Good strength and stiffness
- Good heat resistance
- Good abrasion and chemical resistance
Zytel 132F NC010 PA66 Typical Applications
- Automotive injection molded parts
- Furniture components
- Domestic appliance parts
- Sporting goods
- Construction components
- Industrial mechanical parts
- General engineering molded parts
Advantages
Zytel 132F NC010 PA66 is especially useful for processors that need faster molding cycles and stable part production. Its nucleated formulation supports faster crystallization, while lubrication helps improve demolding and process consistency.
Compared with standard unmodified PA66 grades, it can help improve productivity without sacrificing the core mechanical and thermal performance expected from nylon 66 engineering materials.
Related Products
Zytel 132F NC010 PA66 Typical Properties
| Property | Typical Value |
|---|---|
| Material | PA66 |
| Grade | 132F NC010 |
| Color | Natural |
| Density | 1.14 g/cm³ |
| Tensile Strength | 85 MPa |
| Tensile Modulus | 3100 MPa |
| Nucleated | Yes |
| Lubricated | Yes |
| Processing Method | Injection Molding |
Processing Recommendations
Zytel 132F NC010 PA66 is recommended for injection molding. PA66 materials should be dried before processing to control moisture and maintain surface quality, dimensional stability and mechanical performance. Public injection molding guidance lists drying at 80°C for 2–4 hours, with processing moisture content normally kept at ≤0.2%.
For official product information, please refer to the Celanese Zytel PA official product page .
Zytel 132F NC010 PA66 FAQ
What is Zytel 132F NC010 PA66?
It is a nucleated and lubricated PA66 injection molding grade developed for fast production cycles and high productivity.
What does nucleated PA66 mean?
A nucleated PA66 grade is designed to crystallize more efficiently during molding, helping improve cycle time and processing consistency.
What is the difference between Zytel 132F NC010 and Zytel 101F NC010?
Both are productivity-oriented PA66 grades, but Zytel 132F NC010 is nucleated and lubricated, while Zytel 101F NC010 is internally lubricated for fast molding.
What applications is this grade suitable for?
It is suitable for automotive, furniture, appliance, sporting goods, construction and general engineering injection molded components.
Can original Zytel 132F NC010 PA66 be supplied?
Yes. Shenzhen Ruiqing International Trade Co., Ltd. can supply original Zytel PA66 materials with quotation and document support.
Request Pricing and Product Documents
Contact Shenzhen Ruiqing International Trade Co., Ltd. for pricing, stock availability and technical support for Zytel 132F NC010 PA66 Resin.
Disclaimer
The information above is for reference only. Final material selection and processing conditions should be verified according to official technical documents and actual application requirements.
