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5G Base Housings

Durable 5G base station housings and enclosures designed to protect sensitive telecom equipment in all environments.

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5G Base Station Housings
Server Chassis
RF Shielding Cases
Heat Dissipation Modules
Nov 10, 2025 5G Base Station Housings

Premium Protective Aluminum Antenna Case

Discover our premium aluminum antenna case offering superior protection and durability. Engineered with aluminum-magnesium alloy for exceptional weather resistance and EMI shielding.
Nov 10, 2025 5G Base Station Housings

Advanced Lightweight Magnesium Telecom Enclosure Solutions

Discover our premium magnesium telecom enclosure, engineered with advanced aluminum-magnesium alloy for superior strength, lightweight design, and exceptional durability in telecommunications applications.
Nov 10, 2025 5G Base Station Housings

Weatherproof Aluminum 5G Base Station Housing: Advanced Protection for Next-Generation Networks

High-performance aluminum 5G housing engineered for extreme weather conditions. Our aluminum-magnesium alloy enclosures provide superior protection, heat dissipation & EMI shielding for 5G infrastructure.

Recommended Supplier

Ningbo Hiyet Metal Products Co., Ltd.

Professional Die Casting & Precision Metal Manufacturing Since 2012

  • 📍 Located in Ningbo Beilun — “Hometown of Mold” in China
  • 🏭 14,000㎡ facility, 260 molds/year, ¥150M annual output
  • ⚙️ Full in-house capability: mold design → die casting → machining → assembly
  • 🔬 Advanced QA: CMM, X-ray flaw detection, mold flow analysis
  • 🌍 Serving global clients in automotive, new energy, cameras & telecom

Philosophy: Focus, Quality, Integrity, Enterprise

FAQ about 5G Base Station Housings

What materials are typically used in Haiyan Metal's 5G base station housings?
Our housings are primarily constructed from high-grade, durable materials such as
  • Aluminum alloys for excellent strength-to-weight ratio and corrosion resistance.
  • Stainless steel for enhanced durability in harsh environments.
  • Specialized coatings and finishes to provide additional protection against weathering, UV radiation, and EMI/RFI interference.
How do your enclosures protect sensitive telecom equipment from environmental factors?
Our 5G enclosures are engineered with multiple protective features:
  1. Ingress Protection (IP) Ratings: They achieve high IP ratings (e.g., IP65, IP67) to be dust-tight and protected against water jets or temporary immersion.
  2. Thermal Management: Integrated heat dissipation designs and options for cooling systems prevent overheating.
  3. Corrosion Resistance: Materials and surface treatments are selected to withstand moisture, salt spray, and extreme temperatures.
Are these housings compliant with industry standards for telecom equipment?
Yes, absolutely. Our 5G base station housings are designed and tested to meet relevant industry standards.
We ensure compliance with specifications for structural integrity, electromagnetic compatibility (EMC), and environmental sealing to guarantee reliable performance and safety.
Can you customize the 5G base station enclosures for specific project requirements?
We specialize in providing customized solutions. Our engineering team can work with you to modify:
  • Dimensions and form factor
  • Mounting options and internal layouts
  • Material selection based on specific environmental challenges
  • Color and branding requirements
What is the expected lifespan of a 5G base station housing in an outdoor environment?
The lifespan is significantly extended due to our robust design and material selection.
How does the design of the housing contribute to thermal management?
Effective thermal management is critical. Our designs incorporate:
  1. Passive cooling features like fins and vents that promote natural airflow.
  2. Options for active cooling systems such as fans or heat exchangers for high-power equipment.
  3. Strategic use of materials with high thermal conductivity to draw heat away from sensitive components.
What are the key design considerations for 5G antenna integration into the housing?
Integrating antennas requires careful planning. Key considerations include:
  • Minimizing signal interference or shielding through material choice and design.
  • Providing precise mounting points and seals to maintain environmental protection.
  • Ensuring the housing structure does not impede signal transmission and reception.
What manufacturing processes do you use for these communication equipment parts?
We utilize advanced manufacturing techniques to ensure precision and quality, including:
  1. Die-casting for complex, high-strength aluminum components.
  2. Sheet metal fabrication and welding for steel enclosures.
  3. CNC machining for critical dimensions and fine details.
  4. Robust quality control checks at every stage of production.