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China PA6+GF30 Engineering Plastic Controller End Cover - High Strength, Durable Suppliers & Factory

Introducing our high-quality product made from PA6 reinforced with 30% Glass Fiber (GF30), crafted to meet the demands of various industrial applications. Measuring 153 × 68 × 17 mm, this component boasts exceptional properties, including high strength, thermal resistance, and outstanding dimensional stability, The design features a complex geometry with strategic ribs, slots, and protrusions, ensuring optimal performance and reliability. With tight dimensional accuracy, this product guarantees precise assembly, making it an ideal choice for use in automotive controllers and electronic housings, As a leading manufacturer and supplier from China, our factory is dedicated to delivering superior products that meet international quality standards. Trust us for your specialized needs in advanced materials and intricate component designs

    Product Overview

    The controller end cover is a protective housing component designed for the automotive industry, enclosing and safeguarding critical electronic parts such as circuit boards and connectors. Made from PA6+GF30 (Polyamide 6 reinforced with 30% glass fiber), the material offers superior mechanical strength, thermal resistance, and dimensional stability compared to standard nylon.
    With overall dimensions of 153 × 68 × 17 mm, this part requires high dimensional accuracy to ensure a perfect fit with other controller components. The cover features a complex geometry with ribs, slots, and protrusions, which not only enhance structural strength but may also assist with heat dissipation or secure assembly functions.

    Manufacturing Challenges

    • Material Variability
      Engineering plastics such as PA6+GF30 can deform during machining due to internal stress and heat generation.
    • Complex Geometry
      The end cover includes multiple protrusions, grooves, and functional features, requiring precise machining strategies to maintain consistency.
    • Tight Dimensional Tolerance
      High precision is required to ensure seamless integration with the controller housing and internal components.
    Material PA6 (2)

    Our Solutions

    • Optimized Machining Process
      Careful toolpath planning and process optimization minimize material deformation and ensure dimensional accuracy.
    • Advanced CNC Machining
      Multi-axis CNC machining techniques ensure that complex structures such as ribs and slots are accurately produced.
    • Dimensional Stability Control
      Proper cutting parameters, tool selection, and cooling methods are applied to maintain tight tolerances across the full geometry.
    Material PA6 (3)

    Quality Assurance

    Each controller end cover undergoes rigorous inspection:
    • Dimensional Accuracy Testing
      Verifying critical tolerances to guarantee exact compliance with design specifications.
    • Fitment Testing
      Ensuring reliable, secure, and seamless assembly with the controller housing.
    • Visual & Surface Inspection
      Confirming surface finish and functional features are entirely defect-free.
    Case Study Adapter Integration Block (PEI Engineering Plastic) (4)

    Application Value

    • Automotive Controllers
      Protecting sensitive electronics from dust, impact, and environmental interference.
    • Electronic Enclosures
      Ensuring stable and safe operation of PCB assemblies.
    • Durable Engineering Plastics Solutions
      Balancing lightweight design with strength and thermal stability.
    Case Study Adapter Integration Block (PEI Engineering Plastic) (5)

    Case Summary

    This project highlights our expertise in high-performance aluminum alloy precision machining. By mastering the unique properties of 7075-T6 and applying advanced stress control and finishing techniques, we deliver components that combine lightweight design, durability, and micron-level accuracy—empowering our customers with dependable solutions for their most demanding applications.
    Frequently Asked Questions
    What material is used for the controller end cover?
    The controller end cover is made from PA6+GF30 (Polyamide 6 reinforced with 30% glass fiber), which provides superior mechanical strength, thermal resistance, and dimensional stability compared to standard nylon.
    What are the main challenges in machining PA6+GF30?
    The primary challenges include material variability and deformation caused by internal stress and heat during machining, managing complex geometries like ribs and slots, and maintaining tight dimensional tolerances.
    How do you ensure the dimensional accuracy of these components?
    We control dimensional stability by optimizing machining toolpaths, utilizing advanced multi-axis CNC machining, and applying proper cutting parameters, tool selection, and cooling methods.
    What quality inspections do the controller end covers undergo?
    Each cover undergoes rigorous testing, including dimensional accuracy testing to verify critical tolerances, fitment testing with the controller housing, and visual and surface inspections to ensure they are defect-free.
    What are the primary application values of the controller end cover?
    It provides essential protection for sensitive electronics in automotive controllers from dust and environmental impact, acts as a secure electronic enclosure for PCB assemblies, and offers a lightweight yet durable engineering plastic solution.

    Company Profile

    q8
    14+

    years

    customer-centric and perseverance in hard work

    Kansd was established in 2011. As an enterprise specializing in precision manufacturing and assembly, we located in Shenzhen,China. With more than 70 professional employees, Kansd has a professional technical team that has been deeply engaged in the precision manufacturing industry for more than ten years. 
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