CE Certification WYZ-A01-01 Manufacturers, Factories

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CE Certification WYZ-A01-01 Manufacturers, Factories

Die-cast housings are components made through die-casting processes, commonly used in automotive, electronics, and other fields. They are typically made of materials like aluminum alloys, featuring high strength and lightweight properties. They can withstand external impacts and vibrations without adding excessive weight. Meanwhile, the excellent thermal conductivity and corrosion resistance of aluminum alloys enable them to effectively cool internal components and perform well in harsh environments.

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Product Description

Die-Cast Housings for Electronic Protection

In the electronics field, die-cast housings have become core protective components for various precision devices due to their excellent comprehensive performance. Their applications cover numerous scenarios such as communication base stations, industrial control modules, smart home terminals, and medical electronic instruments.

These housings are mostly made of ADC12 aluminum alloy or A380 die-cast aluminum alloy as raw materials and are formed in one go through high-pressure die-casting processes. They can not only meet the strict requirements of electronic devices for structural strength but also provide a stable electromagnetic shielding environment for internal sensitive components through the metal properties of the material itself.

Key Features & Specifications

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Advanced Structural Adaptability

Integrally formed heat dissipation fins and internal diversion grooves increase heat dissipation efficiency by more than 40% compared to traditional stamping housings, ideal for 5G communication modules.

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High-Precision Dimensional Tolerance

Accurately achieves dimensional tolerances at the 0.1mm level, ensuring seamless connections with USB, HDMI, and other interfaces, preventing signal attenuation from assembly gaps.

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Enhanced Surface Coating & Protection

Treated with anodizing and electrophoretic coating to form a 5-10μm protective film, maintaining stable insulation and corrosion resistance from -40℃ to 85℃.

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Integrated EMI Shielding

Features built-in EMI shielding compartments to physically isolate radio frequency modules from power modules, reducing signal interference in smart home devices.

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IP67 Dustproof & Waterproof Standards

Designed with sealed structures to meet IP67 standards, making them highly suitable for the sterilization and disinfection environments of medical devices.

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Vacuum Die-Casting & Space Saving

Achieves wall thicknesses as thin as 1.5mm while maintaining structural integrity, saving over 30% of the installation space for internal sensors and radars.

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Frequently Asked Questions (FAQ)

What materials are used for electronic die-cast housings?

The housings are primarily manufactured from ADC12 aluminum alloy or A380 die-cast aluminum alloy, processed via high-pressure die-casting.

How does the housing optimize thermal management?

The housing can be integrally formed with multiple heat dissipation fins and internal diversion grooves, enhancing thermal dissipation efficiency by more than 40% compared to traditional stamping housings.

What dimensional precision can die-casting achieve?

The process achieves dimensional tolerances down to the 0.1mm level, ensuring exact integration with standard interfaces such as USB and HDMI, and eliminating assembly gap signal loss.

What environments are these housings suitable for?

With surface treatments like anodizing and electrophoretic coating (5-10μm thickness), they function reliably under extreme temperatures ranging from -40℃ to 85℃.

Do they provide dustproof, waterproof, and EMI shielding?

Yes. They can achieve IP67 dustproof and waterproof ratings through sealed structures, and include built-in EMI shielding compartments to isolate radio frequency components from power modules.

How thin can the walls of these housings be?

Using vacuum die-casting technology, the wall thickness can be as thin as 1.5mm. This saves more than 30% of the internal installation space while preserving structural strength.