It offers two material options: zinc alloy (Zamak 5, for high impact resistance) and aluminum alloy (6063, for lightweight and heat dissipation). The housing is manufactured via CNC Machining and Die Casting, achieving an IP65 protection rating (dust-tight, water jet-resistant).
Produced by XinShang Metal (with 150 employees), this housing leverages our 8+ years of alloy processing experience. Our 7,000 square meters facility implements a 4-step quality control process (material testing, machining inspection, assembly check, final testing) to ensure no leaks or structural defects. We have supplied housings to 500+ clients in communication, medical, and LED sectors.
With an IP65 rating, the housing blocks 100% of dust and resists low-pressure water jets (e.g., rain, cleaning sprays), making it suitable for outdoor (e.g., 5G base stations) or industrial (e.g., workshops) environments. Optional IP67/IP68 upgrades are available for underwater or heavy-rain scenarios.
Aluminum alloy housings weigh 40% less than steel housings, reducing the weight of portable equipment (e.g., medical monitors) by 15–20%. Zinc alloy versions offer 2x higher impact resistance than aluminum, withstanding 1.5m drops onto concrete without cracking.
We offer diverse surface finishes (anodization, powder coating, electroplating) and can integrate features like cable glands, mounting brackets, or display windows. Logo engraving or silk-screen printing is also available to align with your brand identity.
Serves as the outer housing for 5G base station modules and fiber optic distribution boxes, protecting internal electronics from outdoor weather (temperature: -30°C to 60°C, humidity: 95%). It also provides electromagnetic shielding (up to 30dB) for signal stability.
Encloses portable ultrasound machines and blood pressure monitors. The smooth, corrosion-resistant surface is easy to disinfect with medical-grade cleaners, and the lightweight design (aluminum version: 0.8–1.5kg) enhances portability for home or clinic use.
Houses LED driver modules and control units for outdoor LED screens (e.g., stadium displays, traffic lights). It dissipates heat from drivers and resists UV radiation, ensuring screen operation in extreme sunlight or heavy rain.
• IP65: Dust-tight, resists low-pressure water jets (ideal for outdoor equipment in mild rain).
• IP67: Dust-tight, withstands temporary submersion (1m depth for 30 minutes, suitable for flood-prone areas).
• IP68: Dust-tight, withstands long-term submersion (2m depth, suitable for underwater equipment).
Yes. We offer EMI shielding upgrades (adding conductive coatings or metal meshes) that reduce EMI by 30–50dB, making the housing suitable for communication or medical equipment sensitive to electromagnetic signals.
The MOQ for custom housings (e.g., IP67 rating, modified size) is 300 units. Lead time is 12 working days for IP65/IP67 models and 15–18 working days for IP68 models, including sample production, client approval, and mass manufacturing.
It offers two material options: zinc alloy (Zamak 5, for high impact resistance) and aluminum alloy (6063, for lightweight and heat dissipation). The housing is manufactured via CNC Machining and Die Casting, achieving an IP65 protection rating (dust-tight, water jet-resistant).
Produced by XinShang Metal (with 150 employees), this housing leverages our 8+ years of alloy processing experience. Our 7,000 square meters facility implements a 4-step quality control process (material testing, machining inspection, assembly check, final testing) to ensure no leaks or structural defects. We have supplied housings to 500+ clients in communication, medical, and LED sectors.
With an IP65 rating, the housing blocks 100% of dust and resists low-pressure water jets (e.g., rain, cleaning sprays), making it suitable for outdoor (e.g., 5G base stations) or industrial (e.g., workshops) environments. Optional IP67/IP68 upgrades are available for underwater or heavy-rain scenarios.
Aluminum alloy housings weigh 40% less than steel housings, reducing the weight of portable equipment (e.g., medical monitors) by 15–20%. Zinc alloy versions offer 2x higher impact resistance than aluminum, withstanding 1.5m drops onto concrete without cracking.
We offer diverse surface finishes (anodization, powder coating, electroplating) and can integrate features like cable glands, mounting brackets, or display windows. Logo engraving or silk-screen printing is also available to align with your brand identity.
Serves as the outer housing for 5G base station modules and fiber optic distribution boxes, protecting internal electronics from outdoor weather (temperature: -30°C to 60°C, humidity: 95%). It also provides electromagnetic shielding (up to 30dB) for signal stability.
Encloses portable ultrasound machines and blood pressure monitors. The smooth, corrosion-resistant surface is easy to disinfect with medical-grade cleaners, and the lightweight design (aluminum version: 0.8–1.5kg) enhances portability for home or clinic use.
Houses LED driver modules and control units for outdoor LED screens (e.g., stadium displays, traffic lights). It dissipates heat from drivers and resists UV radiation, ensuring screen operation in extreme sunlight or heavy rain.
• IP65: Dust-tight, resists low-pressure water jets (ideal for outdoor equipment in mild rain).
• IP67: Dust-tight, withstands temporary submersion (1m depth for 30 minutes, suitable for flood-prone areas).
• IP68: Dust-tight, withstands long-term submersion (2m depth, suitable for underwater equipment).
Yes. We offer EMI shielding upgrades (adding conductive coatings or metal meshes) that reduce EMI by 30–50dB, making the housing suitable for communication or medical equipment sensitive to electromagnetic signals.
The MOQ for custom housings (e.g., IP67 rating, modified size) is 300 units. Lead time is 12 working days for IP65/IP67 models and 15–18 working days for IP68 models, including sample production, client approval, and mass manufacturing.
