Product Description
The Plastic ignition lock enclosure is a safety-critical component that must endure tens of thousands of mechanical cycles while resisting significant heat and wear. We utilize PA66 reinforced with 50% glass fiber for this product-a choice that provides exceptional rigidity and a high heat deflection temperature (up to 250°C). This ensures the enclosure remains stable even when the vehicle interior reaches extreme temperatures during summer. Our advanced injection molding techniques manage the high glass fiber content perfectly, preventing surface defects and ensuring a smooth, precise fit for the internal lock cylinder.
Over our 34-year history, we have refined the production of the Plastic ignition lock enclosure to meet the rigorous durability requirements of partners like GM and BYD. We perform 100% dimensional inspections using Coordinate Measuring Machines (CMM) and conduct lifecycle testing exceeding 50,000 insertions/rotations. By integrating vacuum plating options, we can also enhance the surface hardness and aesthetic appeal of the part. When you source from our Yuyao factory, you benefit from a reliable supply chain, IATF 16949 quality management, and the technical depth required to solve complex molding challenges.
Specifications
Material Grade
PA66+GF50.
01
Glass Fiber Content
50%.
02
Heat Deflection Temp
≥250°C (1.82MPa).
03
Durability
≥50,000 cycles without cracking.
04
Precision
CMM-verified critical dimensions.
05
Application Fields
Steering column ignition systems
Heavy machinery start mechanisms
Marine and industrial lock housings
Quality Assurance
We implement strict patrol inspections throughout the production run. For high-GF materials, we use specialized heaters and wear-resistant screws in our injection machines to maintain consistent material properties and dimensional stability for every Plastic ignition lock enclosure.
Packaging & Shipping
Terms
FOB, EXW.
Protection
Sealed moisture-proof packaging to maintain material integrity, followed by reinforced export crating.
Payment
Full advance payment with volume-based discounts.
FAQ
Q1: Why use 50% glass fiber?
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A1: It provides the necessary mechanical strength to prevent the housing from cracking under the torque of the key and ignition switch.
Q2: Is vacuum plating available for this part?
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A2: Yes, we offer it for improved wear resistance and a premium metallic look.
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