High performance copper alloy, with its excellent conductivity, heat resistance, and mechanical strength, will play an important role in the following key areas in the future:

1. Aerospace: Used for high-temperature components such as rocket engine combustion chambers and injectors, meeting the requirements of lightweight and extreme environmental resistance;

2. AI hardware: applied to GPU packaging, high-speed connectors, and liquid cooling systems to enhance the performance of computing devices;

3. New energy and energy storage: used as the first wall material for power battery casings, photovoltaic modules, and nuclear fusion devices;

4. 5G/6G communication: High conductivity copper wire reduces signal loss and adapts to high-speed data transmission requirements;

5. Military and Explosion proof: High temperature resistant alloys are suitable for thermal protection and explosion-proof facilities of hypersonic aircraft.

High-performance copper alloy

Lightweight aluminum alloy, with its lightweight, high strength, and recyclability, will be rapidly applied in multiple fields in the future: 1) in the field of new energy vehicles, used for components such as battery casings and liquid cooling plates to enhance endurance; 2) Aerospace and high-speed rail use a new type of "high magnesium light strong aluminum" to reduce structural weight; 3) The shell and joint structure of humanoid robots optimize their motion performance; 4) Building and sound barrier, using the fire prevention and sound insulation characteristics of foam aluminum; 5) Consumer electronics, such as lightweight watches and foldable screen devices. In addition, industrial thermal management, energy storage systems, and military explosion-proof facilities will also be expanded in application.

Aluminum Profile Series

Stainless steel, with its characteristics of corrosion resistance, high strength, and strong plasticity, will be widely used in the following fields in the future:

1. High end equipment manufacturing: used for LNG ship Invar alloys, nuclear power steel, and aerospace components, such as high-temperature resistant components for rocket engines;

2. New energy and industry: photovoltaic brackets, energy storage system shells, and new energy vehicle battery shells to meet the needs of lightweight and weather resistance;

3. Precision Electronics and Medical: Semiconductor equipment cavities, medical devices, and micro precision components, with surface roughness up to Ra0.2 μ m or less;

4. Architecture and Smart Cities: Ultra large curtain walls, dynamic interactive sculptures, and explosion-proof facilities, combined with BIM technology to improve installation accuracy;

5. Food processing and military industry: Zero defect austenitic stainless steel chopper, deep-sea compression equipment, and explosion-proof structure ensure safety and durability.

Stainless steel profile