Nylon 6 Designed for Low-Temperature Toughness
Super Tough Nylon Molding Compound is a modified Nylon 6 material with a strong focus on maintaining toughness at low temperatures.
According to the available product information, the material can be used at temperatures as low as -30°C. It also provides good dimensional stability and wear resistance.
These characteristics make it suitable for electronic valve components, mechanical gears, mechanical transmission parts, and textile accessories. Such products may experience cold-start conditions, temperature changes, mechanical impact, or sliding contact during use.
The combination of low-temperature toughness and wear resistance gives this grade a clear application focus compared with general-purpose toughened nylon.
Performance for Impact and Deformation
Representative grades in the toughened series provide a notched Izod impact strength of 50–100 kJ/m² and an elongation at break of 32%–80%.
Typical density is 1.03–1.09 g/cm³. Tensile strength at break ranges from 35 to 60 MPa, while flexural strength is 49–71 MPa.
The relatively high impact strength and elongation help reduce the risk of brittle failure when parts are exposed to sudden force or low-temperature conditions.
At the same time, the dimensional stability and wear resistance described for the material make Super Tough Nylon Molding Compound suitable for gears, valve parts, and other components with mating dimensions or moving contact surfaces.
Low-Temperature Requirements Should Be Confirmed Early
Electronic valve components often require attention to dimensional accuracy, assembly clearance, and material behavior after temperature changes.
For mechanical gears, tooth geometry, rotational speed, load, and friction conditions should be considered before selecting a grade.
When purchasing super-tough nylon, buyers should clearly specify the minimum operating temperature, type of impact, part wall thickness, and mold shrinkage requirements.
The typical molding shrinkage range is 0.25%–1.30%. Because different grades may show different shrinkage behavior, the selected material should be confirmed against the actual mold and part dimensions through trial molding where necessary.
This is particularly important when the application combines low-temperature conditions with precision assembly or moving contact.
Support from Formulation to Application Verification
The technical and production management experience of Diyou New Material can be traced back to 1979.
Its capabilities cover formulation design, twin-screw extrusion modification, injection molding, and performance verification. For low-temperature and wear-related applications, the technical team can support material selection according to operating temperature, mechanical loading, and dimensional requirements.
The company manages research and development, purchasing, production, inspection, and after-sales processes under an ISO 9001 quality management system.
Raw materials, production processes, and finished-product batches have corresponding traceability controls. This supports long-term purchasing and later material adjustments when Super Tough Nylon Molding Compound is used in products with changing application or molding requirements.
Product Specifications
|
Parameter |
Specification |
|
Material Type |
Super Tough Nylon 6 |
|
Low-Temperature Performance |
Down to -30°C |
|
Typical Density |
1.03–1.09 g/cm³ |
|
Elongation at Break |
32%–80% |
|
Notched Izod Impact Strength |
50–100 kJ/m² |
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