Let me introduce you to the different categories of high-performance copper alloy materials.

High-performance ceramic materials: Sand has high-temperature resistance, corrosion resistance, and excellent insulation properties, and can be used to manufacture high-performance ceramic materials such as high-temperature furnaces, corrosion-resistant pipelines, and electronic ceramics. These materials are widely used in metallurgy, chemical industry, electronics, and other fields.

In summary, S32205 (2205) high-performance duplex stainless steel is an excellent material with outstanding corrosion resistance, high strength, and excellent toughness. Its wide range of applications and good welding performance make it one of the materials used in many industries and fields. On the interactive platform, it was stated that 3D printing, as an additive manufacturing technology, is highly valued by the company. The production of powder materials required for 3D printing and the development of products using 3D printing technology are ongoing. So far: 1) The company has independently developed CuCr electrical contact 3D printing technology, capable of producing a variety of complex structured products. The company will continue to develop 3D printing technologies such as electron beam and laser; 2) The company has an annual production capacity of 60 tons of various high-performance copper alloy powders, which can be applied in aerospace 3D printing key parts and other fields; the high-performance metal chromium powder produced by the company can be applied in additive manufacturing industries such as 3D printing, injection molding, and laser cladding; 3) The company's optical module chip base material (), mainly manufactured using 3DP printed skeleton, vacuum infiltration directional solidification, and micro-precision machining technology.

In summary, although both materials belong to high-performance carbon fibers, due to differences in material properties and application ranges, the choice of which to use in practical applications should be based on actual needs.

Material: M40X carbon fabric is a high-strength, high-elasticity carbon fiber commonly used to make high-performance composite and structural materials, such as in racing cars, aerospace, and military fields. T1100 carbon fabric is a carbon fiber with high strength, high modulus, and good corrosion resistance, typically used to make high-performance composite and structural materials, such as in automotive and construction fields.

Breakthroughs in high-performance fiber paper have also brought more innovation opportunities to the paper industry. This type of paper can be produced using different manufacturing processes and formulas to meet various needs. For example, it can be made into widely used cultural paper, watercolor paper, and oil painting paper. At the same time, this paper can also be used to manufacture new materials, such as high-performance composites and high-pressure boards.

Rare earth functional materials: high-performance rare earth (permanent) magnetic materials and their products, rare earth catalytic materials, rare earth hydrogen storage materials, rare earth optical functional materials, giant magnetostrictive materials, rare earth optical fibers, rare earth laser crystals, rare earth precision ceramic materials, high-performance rare earth polishing materials, rare earth magneto-optical storage materials, rare earth magnetocaloric materials, as well as rare earth nanomaterials, high-purity rare earth compounds, rare earth environmentally friendly pigments, etc.