Our company is developing more and more products that are suitable for various components in the automotive industry. They can effectively save energy, improve component functionality, simplify manufacturing processes, improve the quality and comfort of automobiles, increase safety, reduce costs, and increase design freedom. It is widely used in the powertrain of automobiles, cooling systems and other components around the engine, chassis components, and interior and exterior components of automobiles
The power part of a car
This section has extremely strict material requirements. Currently, a few non functional and non functional structural components are made of fiberglass reinforced nylon, such as engine hood, engine decorative cover, cylinder head cover, etc.
The cooling system around the engine
This system is made of fiberglass reinforced nylon 66, which improves shape freedom and reduces costs. It is widely used in radiator, radiator tank, water pump, fan and light components.
Other systems around the engine
This component is made of fiberglass reinforced nylon, such as fuel system components, transmission system components (gears), and electrical assembly system components
Components of automotive chassis
This component is made of fiberglass reinforced nylon, with high strength and excellent wear resistance. It is widely used in plastic parts on chassis because it needs to withstand large loads; In addition, the nylon has good shock absorption, light weight, low cost, and high flexibility, making it widely used in throttle clutch pedals.
Automotive interior and exterior components
Our fiberglass reinforced nylon has excellent fluidity, is easy to process, and can easily achieve a good product appearance. In addition, it also has high light aging resistance and is widely used in automotive interior and exterior decorations.
Shengtian nylon material has the following properties, which better meet the material requirements of automotive parts:
·Sufficient strength, elastic modulus, and impact strength, especially low-temperature impact strength
·Good shock absorption, wear resistance, and noise resistance performance
·Good oil resistance: such as gasoline, diesel, lubricants, detergents, long-lasting antifreeze, various additives in oil, alcohols, etc
·Good resistance to hydrolysis and heat deformation
·Excellent melt flowability and formability, mainly used in structurally complex components
·Excellent surface performance can be applied to the inner surface of the intake manifold, as it has high requirements for smoothness
·Good dimensional stability, able to maintain high performance even after long-term use
