High-Aspect-Ratio Cooling Fins
We cast deep, thin cooling fins directly into the aluminum housing. This maximizes the surface area for natural convection cooling, essential for reducing the operating temperature of 5G chips.
Our Communication Die Casting Capabilities
Meeting the unique demands of telecom and networking components.
5G Base Station Housings
Large, weather-resistant enclosures designed for high-strength performance and optimal heat dissipation in outdoor telecom infrastructure.
Communication Heat Sink Components
Precision die-cast heat sinks designed for communication equipment, ensuring optimal thermal management and stable signal performance.
Router & Switch Enclosures
Thin-walled, precision-cast housings with excellent EMI shielding to protect sensitive network components.
Fiber Distribution Box Housings
Impact-resistant, sealed enclosures for secure and reliable outdoor fiber optic distribution.
Satellite Communication Module Brackets
Lightweight yet strong structural components built to meet the demands of aerospace-grade communication systems.
IoT Device Frames & Covers
Compact, high-precision frames and covers that combine functional durability with refined surface finishing.
What Our Communication Die Castings Deliver
Precision parts for mission-critical communication systems.
1000+ Hours Salt Spray Test
To prevent corrosion in coastal areas, we apply SurTec 650 pre-treatment followed by outdoor-rated powder coating. Every batch is tested to ensure it meets C5-M corrosive environment standards.
Large Tonnage Casting
To prevent corrosion in coastal areas, we apply SurTec 650 pre-treatment followed by outdoor-rated powder coating. Every batch is tested to ensure it meets C5-M corrosive environment standards.
What Our Clients Say
Trusted by global communication equipment manufacturers.
About Our Communication Die Casting Expertise
With 29 years of experience, we deliver precision-engineered die castings that meet the exacting demands of global communication equipment manufacturers. Our parts achieve ±0.02mm tolerances for flawless assembly, are designed to optimize heat dissipation and EMI/RFI shielding for stable performance, and feature corrosion-resistant alloys and coatings that ensure long-term durability even in harsh outdoor environments.
See Our Communication Components
FAQs
Typically aluminum alloys (e.g., ADC12, A380) for strength and heat dissipation, or zinc alloys for detail precision.
Yes, through both material selection and specialized surface treatments.
We are ISO9001, IATF16949, and ISO14001 certified, with traceable QC processes.
Yes, we offer rapid prototyping and small-batch trials for validation.
Typically 4–6 weeks including tooling, or faster for repeat orders.
