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(i) Ultra High Purity Advantages
Excellent electrical conductivity: 99.7% high purity makes aluminum particles have excellent electrical conductivity. In the field of electronics and electrical appliances, when used in the manufacture of conductive connectors, electrodes and other components, it can efficiently conduct current, reduce resistance loss, ensure the stable operation of electronic equipment, reduce energy waste, and improve the performance and reliability of equipment.
Good thermal conductivity: The thermal conductivity of high-purity aluminum particles is also excellent. In the field of heat dissipation, such as the production of electronic equipment, heat sinks, heat sinks, etc., can quickly conduct the heat out, effectively reduce the temperature of the equipment, to ensure that the equipment in the high-temperature environment of the normal operation of the equipment, to extend the service life of the equipment.
Stable chemical properties: Due to the extremely low impurity content, 1070 H0 aluminum particles are chemically stable. In some industries that require high chemical stability, such as chemical industry, food packaging, etc., it will not have chemical reaction with the substances it touches, which ensures the quality and safety of the products, and can be used to manufacture the lining of chemical equipment and food packaging containers.

(ii) Characteristics of H0 processing state
Excellent plasticity and ductility: The H0 processing state, i.e. the fully annealed state, gives aluminum particles excellent plasticity and ductility. In the process, it can easily carry out cold processing operations, such as stamping, stretching, bending, etc., and is able to produce a variety of complex shapes of products to meet the diversified needs of different industries on the shape of the product, improve production efficiency and product quality.
Easy to process molding: this processing state of aluminum particles makes it difficult to produce cracks, deformation and other defects during processing, even for high-precision, complex processing processes, can also ensure the accuracy and surface quality of the product, for the manufacture of precision parts and components to provide a convenient, widely used in the field of aerospace, precision machinery manufacturing and other areas of extremely high requirements for machining accuracy.