Reinforced PA6 with Defined Electrical Function
Electrical Grade Reinforced Nylon Compound is an enhanced PA6 material developed for electrical, electronic, and related functional components.
According to the supplied product information, the material type is conductive flame-retardant reinforced PA6. It combines electrical conductivity, UL-94 V-0 flame resistance, high mechanical strength, and elevated-temperature performance.
The typical grade is PA 134ACF FR. Applications include automotive, electronics, electrical equipment, and medical-device-related parts. Typical product examples include conductive insulating sheets, mining nylon ground rollers, and other injection-molded structures that need both electrical functionality and mechanical support.
This material is particularly relevant to purchasing projects where surface resistance, flame performance, stiffness, and heat resistance have clearly defined targets.
Electrical, Mechanical and Thermal Data
PA 134ACF FR has a typical density of 1.39 g/cm³ and a molding shrinkage range of 0.30%–0.40%.
Its tensile strength at break is 153 MPa. Flexural strength reaches 189 MPa, and flexural modulus is 8650 MPa. The notched Izod impact strength is 14 kJ/m².
Electrical Grade Reinforced Nylon Compound reaches UL-94 V-0. Under a load of 1.82 MPa, its heat deflection temperature is 250°C.
The stated surface resistance is 10³Ω.
These data provide buyers with measurable parameters for evaluating electrical functionality, rigidity, heat resistance, and dimensional behavior instead of relying only on a general "electrical grade" description.
Electrical Function Should Be Specified by Application
Electrical material selection requires more than checking whether a compound is conductive or flame retardant.
For electronic and electrical components, buyers should first determine whether the molded part is intended for conductivity, static discharge, or structural support, and then define the required surface resistance.
For automotive or mechanical parts, operating temperature, loading method, friction conditions, and assembly requirements should also be considered.
The product information also lists medical-device-related applications. However, specific requirements for individual medical projects are not provided in the supplied data. Such applications should therefore be evaluated according to the actual project requirements rather than assuming additional material properties.
During inquiry or sample evaluation, customers can provide part drawings, wall thickness, application, injection temperature, and target electrical and mechanical properties.
From Compound Development to Molded-Part Verification
Diyou New Material has capabilities covering material development, mold development, precision injection molding, and post-processing.
Its production base includes raw material handling, twin-screw extrusion modification, injection molding, and performance testing. This allows the technical team to support application verification from pellets to actual molded components.
For Electrical Grade Reinforced Nylon Compound, technical communication can cover formulation, processing conditions, surface resistance, part deformation, and molding behavior.
During batch supply, raw materials, production parameters, and inspection results are managed through standardized processes, providing a quality-control basis for trial molding, customized requirements, and continuous purchasing.
Product Specifications
|
Parameter |
Specification |
|
Material / Typical Grade |
Conductive Flame Retardant Reinforced PA6, PA 134ACF FR |
|
Surface Resistance |
10³Ω |
|
Flame Retardant Rating |
UL-94 V-0 |
|
Flexural Modulus |
8650 MPa |
|
Heat Deflection Temperature at 1.82 MPa |
250°C |
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