Automatic Industry Overview

Driven by the concept of energy conservation and environmental protection, safety, comfort, lightweight, and energy conservation have become the main trends in the future development of the automobile industry. Cost control has always been an eternal topic in the automotive industry. Modified plastics have the dual advantages of low density and high performance. Their role and status in the automotive industry are becoming more and more obvious. Modified PC, PP, PBT, PC/ABS, etc. have gained Wide range of applications.

Interior and Exterior manufacturers, tire factories and any other auto-related businesses all the world depend on COACE Professional & one-to-one Solutions to provide progressive materials that drive the difference in automotive function.

Supporting the unending efforts to build cars with better mileage and lower emissions, our diverse products and technical support can help you grow your business in your market.

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Better Tire Performance Starts With Optimal Innerliner Air Retention

Conventional innerliner compounds include polymers. By having effective innerliner systems, air loss and therefore “in-use” rolling resistance.This allows for better fuel efficiency - which is longer lasting battery range to be achieved.

By taking advantage of COACE unique range of testing capabilities—including detailed on-road assessment—our customers can count on our support in speeding up the development process. What’s more, we provide critical insights in order to design an adequate innerliner which will help maintain the consistency of the desired tire performance.

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Interial System

From durability and scratch-resistance to strength and a “comfort-touch” feel, COACE Product Solutions offers the essential ingredients for optimal performance in interior automotive parts.

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Under The Hood

Improve the performance and cost-effectiveness of under-the-hood automotive components with EPDM rubber and polypropylene.

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In the field of automotive exterior applications, engineering plastics must not only be able to withstand huge loads, but also must have outstanding resistance to UV rays and chemical corrosion (such as detergents), while also needing to meet high requirements in terms of appearance.

In the field of automotive exterior applications, engineering plastics must not only be able to withstand huge loads, but also have outstanding UV resistance and chemical corrosion resistance, and must meet high requirements in terms of appearance.

Automobile exterior parts usually use various modified plastics to meet performance requirements such as appearance, weather resistance, and impact resistance. Automobile modified plastics have many advantages that traditional materials do not have in the past, mainly in light weight, good appearance and decorative effects, various practical application functions, good physical and chemical properties, easy processing and molding, energy saving, sustainable utilization, etc. Various aspects.

The specific plastic used depends on its performance and cost, as well as appearance, weather resistance, impact resistance and other specific requirements. Different models and manufacturers may use different plastic materials to meet their design and performance needs. coace meets your automotive exterior plastic modification solutions!

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Modified plastic is to change some of its characteristics on the basis of general-purpose plastics, such as: increasing the flame retardancy, strength, impact resistance, toughness, etc. of the material. Since different parts of the car have their own unique performance requirements, this has created a rapid growth in the demand for modified plastics in the automotive industry. Compatibilizers and tougheners are the most important additives in the modification additives. Whether the compatibilizers are properly applied directly affects the performance of the material.

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