Products

The cabinet housing of the high-voltage DC in the data center is a key structural component used in the power supply system of the data center. It mainly supports high-voltage DC modules, circuit breakers, busbars, monitoring units and distribution components, providing mechanical support, electromagnetic shielding, safety protection and heat dissipation channels for the internal electrical components. The casing is usually made of high-strength sheet metal structure, featuring excellent rigidity, shock resistance, protection level and electromagnetic shielding performance. It can ensure the stable, safe and reliable operation of the high-voltage DC system in the data center, and is suitable for scenarios such as AIDC data centers, cloud computer rooms, power supply for communication base stations, and industrial DC distribution.

The ICL821 LINK LOCK is a multi-point interlocking device specially designed for industrial cabinets, electrical control cabinets, distribution cabinets and energy storage cabinets. The product takes metal connecting rods as the transmission core. Through the lock body, it drives the upper and lower connecting rods to extend and retract synchronously, achieving simultaneous locking and unlocking of multiple points of the cabinet door and the cabinet body. This significantly improves the uniformity of the cabinet door's sealing and its anti-prying strength, making it a highly reliable upgrade solution to replace traditional single-point door locks.

This is an industrial cabinet connecting rod lock, also known as a top and bottom connecting rod lock. It is mainly used in electrical control cabinets, communication cabinets, and equipment enclosures. The multi-point locking is achieved by the rotation of the lock core driving the upper and lower connecting rods. The press-type bouncing lock panel is equipped with a key locking function, which is theft-proof and shock-resistant, and the locking is reliable. It provides protection for the opening and closing of industrial environment cabinets, realizing multi-point synchronous locking of the cabinet door and ensuring the safety of internal components of the cabinet.

This is an industrial cabinet connecting rod lock, also known as a top and bottom connecting rod lock. It is mainly used in electrical control cabinets, communication cabinets, and equipment enclosures. The multi-point locking is achieved by the rotation of the lock core driving the upper and lower connecting rods. The press-type bouncing lock panel is equipped with a key locking function, which is theft-proof and shock-resistant, and the locking is reliable. It provides protection for the opening and closing of industrial environment cabinets, realizing multi-point synchronous locking of the cabinet door and ensuring the safety of internal components of the cabinet.

The electrical control cabinet connecting rod lock (top and bottom connecting rod lock) is a multi-point linkage protection lock specially developed for various types of electrical control cabinets. It is compatible with high and low voltage electrical control cabinets, frequency conversion control cabinets, PLC industrial control cabinets, outdoor electrical cabinets and other sheet metal cabinet equipment.

The Battery Module Insulation Bracket is a core, precision-engineered, integrated injection-molded structural component designed for the safety protection and structural stabilization of battery modules used in new energy vehicles (NEVs) and in commercial, industrial, and residential energy storage systems. Manufactured via high-precision injection molding, the component integrates multiple functions—such as cell positioning, secure retention, electrical insulation, shock absorption, and thermal management—to replace traditional, multi-part assembly structures. It effectively mitigates safety risks such as cell displacement, friction-induced short circuits, and electrical breakdown due to leakage. As an indispensable functional component within new energy battery pack systems, it is widely used in power battery systems for NEV passenger and commercial vehicles, as well as in various types of energy storage equipment.

The Insert‑molded Tablet Plastic Mid‑frame is the core precision injection molded structural component of tablet computers, education and learning tablets, and commercial industry tablets. It serves as the middle load-bearing base of the whole machine and connects the screen panel and the device.

The back cover provides positioning support and physical protection for the motherboard, battery, camera module, and antenna components.

The Mobile Phone Plastic Middle Frame is a core, integrated injection-molded structural component. Typically made from PC-ABS or glass-fiber-reinforced PC, it is manufactured using precision thin-wall injection molding. It integrates features such as screen positioning slots, mounting points for the motherboard and battery, camera cutouts, button mounts, screw bosses, and antenna channels. The frame serves to support and secure the screen, motherboard, and battery while providing shock absorption, drop resistance, and electrical insulation. It is widely used in budget smartphones, feature phones, and 5G devices; some designs utilize insert molding—incorporating embedded metal nuts or reinforcement plates—to enhance structural strength.

Robot Die-cast Conductive Contact Spring Sheets are critical electrical connection components, primarily utilized in robot electronic control modules and signal transmission circuits to facilitate electrical conduction, elastic contact, and current transmission. Manufactured via copper alloy die-casting, these components offer excellent conductivity, stable elasticity, fatigue resistance, and wear resistance, ensuring the reliable transmission of internal electrical signals and currents. They are suitable for industrial robots, servo systems, and automation equipment, and support OEM custom development.

The Transmission Housing / Gearbox Housing / Transmission Enclosure is a critical die-cast component of the automotive powertrain system. Designed to house transmission assemblies—such as gears, bearings, and shafts—it provides structural support and positioning, serves as a reservoir for lubricating oil, and offers sealing and protection. Manufactured via aluminum alloy die-casting, it achieves lightweighting to reduce the vehicle's overall curb weight while delivering excellent rigidity and heat dissipation. It effectively shields internal transmission mechanisms from external contaminants and is widely used in transmission assemblies for both passenger and commercial vehicles, with support available for OEM custom manufacturing.

The LED Display Die-cast Cabinet serves as the core structural framework for full-color LED displays. Primarily used for outdoor rental screens, stage performance displays, and large-scale advertising screens, it houses the LED modules, power supplies, and receiving cards. Manufactured as a single unit from die-cast aluminum alloy, it features a lightweight design, high structural rigidity, minimal assembly gaps, excellent heat dissipation, and rapid installation and disassembly. It supports quick-lock assembly, enables curved configurations and large-screen tiling, and is widely used in stage rentals, outdoor advertising, exhibitions, and stadium display projects; OEM/ODM customization is available.

The die-cast aluminum housing for residential energy storage battery packs serves as the core structural enclosure, manufactured via high-pressure aluminum alloy die-casting. It houses energy storage cells, the BMS (Battery Management System), and cooling lines. Key features include high strength, lightweight design, excellent thermal conductivity and heat dissipation, impact resistance, and a high IP protection rating, ensuring the safety of the battery modules. Suitable for residential wall-mounted systems and small-scale commercial/industrial energy storage equipment, the housing supports custom development to meet the requirements of diverse indoor and outdoor application scenarios.