Products

The PV Inverter Sheet Metal Enclosure is the core load-bearing sheet-metal enclosure designed to house components such as power modules, main control boards, terminal blocks, and heat dissipation assemblies. It features robust mechanical strength, effective heat dissipation and ventilation, electromagnetic shielding, dust and vibration resistance, and suitability for centralized/string PV power plants, commercial and industrial distributed PV systems, and energy storage inverter equipment. It supports OEM/ODM customization and is designed for both indoor cabinet installation and diverse outdoor operating conditions.

The photovoltaic (PV) energy storage inverter cabinet is a sheet metal cabinet that is the core of the energy storage system and is used to load energy storage inverters, confluences, and monitoring and protection components. PV ESS Inverter Cabinet has a high-strength frame structure that meets outdoor/indoor installation, protection, corrosion resistance, and vibration resistance. It is suitable for photovoltaic energy storage power stations, industrial and commercial energy storage, and household storage facilities, and meets the requirements of C5 high anti-corrosion level environments.

Sheet Metal Stamping Embossment (or raised features) are core, integrally formed structural elements in precision sheet metal fabrication, created through processes such as material stretching, extrusion, and precision stamping. Requiring no additional welding, joining, or separate components, they are widely used in precision sheet metal assemblies—including telecommunications chassis, new energy battery packs, industrial control equipment, automation systems, and electric two-wheeler parts. These features serve multiple functions, such as structural reinforcement, precise positioning, limit-setting and error-proofing, spacing/clearance, anti-slip cushioning, and fastening support; they are critical for enhancing the structural stability, assembly precision, and overall system compatibility of sheet metal components.

Components for Electric Motorcycle Battery Packs serve as critical precision structural and conductive elements within the battery pack assembly. These components—ranging from protective housings, mounting brackets, and conductive contact springs to insulation parts, shock-absorbing structures, and sheet metal mounting assemblies—are specifically engineered for the power battery systems of electric motorcycles and electric mopeds. They facilitate secure cell retention, safe electrical connectivity, comprehensive sealing and protection, vibration and noise reduction, and structural reinforcement. As fundamental components, they ensure safe energy storage, stable discharge, and long-term operational reliability, making them widely compatible with the battery systems of various new energy two-wheelers, including commuter electric motorcycles, high-speed electric motorcycles, and electric cargo bikes.

The Household Energy Storage Box / Enclosure serves as the core sheet-metal housing for home energy storage systems, designed to encase components such as battery packs, BMS modules, and wiring protection assemblies. It provides essential functions including sealing and protection, electrical insulation, and structural support. Suitable for energy storage applications paired with distributed residential solar power (including villas), the enclosure is dustproof, moisture-resistant, and impact-resistant; it accommodates both indoor wall-mounted and outdoor installations, supports OEM/ODM customization, and balances lightweight design with structural strength.

Precision Electrical Component Contact Points serve as the core conductive elements in various electrical control devices, switching components, relays, connectors, and automated electrical systems. They are responsible for circuit conduction, signal transmission, and load switching (making and breaking circuits), acting as critical precision components that ensure stable power flow, responsive control, and operational safety. They are widely used in communication equipment, industrial control devices, new energy control systems, home appliances, smart automation equipment, and other electrical control applications.

The Equipment Module Rail Bracket is a precision sheet metal structural component specially designed for the sliding installation, positioning support and fixed assembly of industrial equipment, communication modules and electrical functional components.

Communication Enclosures Precision Sheet Metal Parts are the core structural supporting components of 5G base station equipment, communication base station chassis, signal transmission cabinets, and network communication equipment. They are built with high-precision sheet metal bending, laser cutting, CNC stamping, seamless welding and precision surface treatment processes. They support full-dimensional non-standard customization and can optimize the structure and function according to equipment working conditions and assembly requirements. They are core precision accessories that ensure structural stability, electromagnetic shielding, sealing protection, and smooth heat dissipation of communication equipment.

Communication Equipment Connector Brackets are precision sheet-metal support components used within communication cabinets to secure and position various signal connectors, ensuring orderly cable routing and stable connections. Characterized by high structural strength and minimal deformation, they are designed for modular cabinet assembly; they allow for custom positioning of cutouts and support OEM/ODM customization, finding wide application in 5G communication cabinets, data center server chassis, and industrial communication base station equipment.

The Charging Module Fan Baffle is a critical structural component for heat dissipation and protection within DC charging power modules. Specifically designed for air-cooled thermal management systems, it integrates multiple functions—including airflow guidance, dust protection, fan mounting, structural sealing, noise reduction, and airflow stabilization—making it an essential sheet-metal part that ensures the charging module operates reliably and with a low failure rate while maintaining a consistent temperature over the long term.

This EV Charging Station Main Unit Enclosure / EV Charger Main Enclosure is an integrated, high-power EV charging cabinet featuring a modular, three-section design comprising enclosed compartments and a dedicated maintenance access door. The cabinet doors incorporate large-area louvered vents to efficiently dissipate heat generated by the charging modules, ensuring stable, long-term operation. Internally, the unit is equipped with a standard modular mounting rack, allowing for the flexible arrangement of electrical components such as power modules, main control boards, terminal blocks, and fuses. The robust structure offers excellent load-bearing capacity and essential outdoor protection against dust and water, making it ideal for high-power DC charging installations at commercial charging stations, business park parking lots, and highway service areas. Customization options are available for dimensions, door configurations, cooling structures, and lock styles, with the ability to add viewing windows, cable entry compartments, and grounding assemblies as required.

This Energy Storage Unit / Energy Storage Container / Energy Storage Box / Battery Pack for Electric Lawn Mower is designed specifically to house power battery packs for landscaping weeders. It features a robust, integrated structure formed through precision sheet metal bending and welding, with pre-configured mounting points for fasteners, as well as internal provisions for brackets, clips, and cable routing apertures; the design ensures high structural rigidity and excellent resistance to shocks and vibrations.

Engineered for the demanding conditions of outdoor landscaping operations, the enclosure offers reliable basic waterproofing and dustproofing. It securely houses the battery pack, protecting the modules from external crushing or impact damage, while providing dedicated space for cable routing, assembly, and maintenance. Customization options—including logo printing and dimensional modifications—are available, making it ideal for use as a battery compartment in electric weeders, landscaping mowers, and lithium-powered garden equipment.