Automotive Industry

Automotive Industry


New energy battery as the "heart" of new energy vehicles, the current battery in the cost of new energy passenger vehicles accounted for more than 40%. Looking ahead, as the penetration rate of new energy passenger car market gradually increases, the installed battery scale will increase significantly and will continue to grow explosively in the future. Inorganic powder materials such as barium sulfate developed by PATCO can be applied to new energy battery components to reduce battery production and manufacturing costs, improve battery thermal stability, cycle life, heat dissipation, etc.


New Energy Batteries

As the "heart" of new energy vehicles, new energy batteries currently account for over 40% of the cost of new energy passenger vehicles. Looking ahead, with the gradual increase of market penetration of new energy passenger vehicles, the installed capacity of batteries will increase significantly, and will continue to grow explosively in the future. Inorganic powder materials such as Barium sulfate developed by Particle can be applied to new energy battery components, reduce battery manufacturing costs, improve battery thermal stability, cycle life, heat dissipation, etc.

Automotive engineering plastics

The Application of Plastic Composite Materials in Automobile Lightweight
The two major focuses of new energy vehicles are power batteries and lightweight. Plastic has become one of the choices for lightweight materials in automobiles. The lightweight of new energy vehicles mainly involves materials related to electronics, such as connectors, charging interfaces, and materials surrounding power batteries. Replacing metal with plastic can reduce weight by about 30% when the performance meets the requirements. At present, a pure electric vehicle using lightweight plastic can reduce weight by about 100KG.
The new pigment grade Zinc sulfide, functional synthetic Barium sulfate and other inorganic powder materials developed by Particle can be used in glass fiber reinforced PA, modified ABS, PBT, PP, PU polyester and other engineering plastics to improve the weatherability, dimensional stability, tensile strength and other properties of products.
For example, car interior and exterior plastic trims, car bumpers, instrument panels, interior trims, mudguards, etc

 

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Automotive Coatings

Automotive coatings include OEM original coatings, repair coatings, and coatings for automotive components, as well as coatings for trucks and other vehicles. Driven by the concepts and policies of energy conservation and emission reduction, low-carbon environmental protection, water-based coatings, powder coatings, and high solid coatings are becoming increasingly popular in China's automotive coating lines. For different types of automotive coatings, Particle has provided corresponding models of products. For automotive high gloss finish, Particle has provided functional Barium sulfate, which can improve the gloss, weather resistance, abrasion resistance and scratch resistance of the finish.
Schematic diagram of the coating structure of automotive coatings

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Brake Pads

Brake pads refer to friction materials fixed on brake drums or discs that rotate with the wheels, where the friction lining and pads bear external pressure and produce friction to achieve vehicle deceleration.
The functional Barium sulfate and synthetic Zinc sulfide developed by Particle are mainly used in high-grade automobile brake pads

 

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Car starting power supply


The Barium sulfate special for batteries launched by Particle has the characteristics of high purity and excellent dispersion. As a cathode expander, it can improve the cycle life, charge and discharge depth and other performance of lead-acid batteries. It is widely used in the starting power supply of high-end vehicles such as Volkswagen and Ford

 

 

 

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Car Tires

 

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