I. Product Performance and Advantages

1. Material diversity and applicability：

• The processing of cabinet enclosures can utilize various metal materials, such as A3 steel, cold-rolled steel, stainless steel, galvanized steel, and electrolytic plates.

• These materials possess varying physical and chemical properties, catering to the needs of different application scenarios. For instance, stainless steel materials offer excellent corrosion resistance and strength, making them suitable for environments requiring high protection levels and long-term use.

• The manufacturing process for cabinet enclosures involves multiple stages, including laser cutting, CNC bending, welding, riveting, sanding, painting, and assembly.

• Laser cutting technology achieves high-precision cuts, while CNC bending ensures accurate and consistent bending angles.

• Through processes like degreasing, pickling, phosphatizing, and electrostatic spraying, the cabinets achieve a clean and aesthetically pleasing appearance, while also enhancing their corrosion resistance and lifespan.

• Cabinet manufacturing equipment features high customization, allowing for design and production tailored to specific customer needs and on-site conditions.

• Customization is available for dimensions, shapes, colors, and configuration features, allowing the cabinets to adapt to various complex application scenarios and specific requirements.

• The manufacturing process for cabinet enclosures typically employs automated and semi-automated production equipment, such as laser cutting machines and CNC bending machines, which significantly enhance production efficiency and reduce costs.

• Highly integrated and modular design can also reduce construction time and costs, enhancing overall economic benefits.

• During the manufacturing process of cabinets and racks, an increasing number of companies are focusing on environmental protection and sustainability.

• They use eco-friendly materials and energy-efficient equipment to reduce waste and energy consumption, minimizing their environmental impact.

• Committed to developing recyclable and reusable cabinet products for resource recycling and sustainable development.

• The cabinet's coating surface offers strong adhesion, acid and alkali resistance, and corrosion resistance.

• The housing of the cabinet fan unit is made using one-time molding technology, effectively reducing fan vibration and extending the service life of the fan unit.

• All angle gauges are electroplated with galvanized coating, ensuring safe grounding of the equipment.

• The installation and movement of the beam in the cabinet are convenient and flexible.

• Cabinets and racks are connected simply and reliably.

Part II: Usage

1. Support and Fix：

• Cabinets and racks offer a variety of expansion cards, switching power supplies, motherboards, hard disk drives, CD-ROM drives, floppy disk drives, and other storage devices.

• By supporting the internal structure of the equipment's housing, brackets, and various fasteners such as screws or clips, these components are securely mounted within the housing, forming a centralized assembly.

• The sturdy cabinet housing protects the circuit boards, power supply, and storage devices, offering pressure resistance, collision resistance, and dustproofing.

• Additionally, the cabinet also features radiation shielding and signal interference prevention capabilities, effectively blocking electromagnetic radiation.

• For cabinets with shielding requirements, select the necessary materials based on their electromagnetic shielding specifications.

• All holes and gaps in the cabinet should meet the technical requirements for shielding effectiveness.

• Cabinet enclosures are widely used in power facilities, communication network equipment, data storage devices, complete sets of new energy equipment, and automated machinery and equipment.

• Specific applications include computer enclosures, power enclosures, server racks, outdoor equipment enclosures, and more.