The leader in automotive rubber accessories, Spectrum Rubber was founded in 1971 as an alternative to the board for veterans and classic cars. Automotive rubber parts manufacturers are a family business and we are very proud to provide an efficient and enthusiastic service for all our customers. The spectrum has rapidly developed from the early 1970s to become the leading position in automotive and industrial rubber molds and extrusion Australia.
  Introducing the manual drive shifter auto parts speed, part of the company's continued development, tank seals are custom-tailored and product development across a variety of industries, including development: hygiene, transportation, automotive, construction, marine and more. Spectrum is not only a leading manufacturer in Australia, but a variety of related products, including pipe insulation and impact protection pads, rolling strips and roof rack protection as well as tapes, adhesives, bolts, screws, clamps and fasteners importers And distributors.

The key to automotive rubber parts is to invest in the automotive industry. Strong North American car sales have led to higher requirements for automotive rubber parts and automotive rubber parts in 2014, and will continue to drive demand growth for 2015. This month, our blog will focus on the automotive industry and value-added products and services, and CRGI provides our industry partners. This week's blog highlights new trends in the automotive industry, the existence of these trends, and the challenges faced by partners and industry participants in providing value-added product solutions.

Automotive Rubber Accessories Trend 1: Driverless This is an important trend in the emerging automotive industry is the move of driverless cars. As cars become more automated and computerized, driverless cars will soon become a reality. Google's driverless cars have shown that self-driving cars are no longer science fiction, and some automakers are positioned to release self-driving vehicles in the not too distant future.

At the same time, automakers will continue to develop new models, with more and more vehicles performing the necessary functions, such as parking lots, traction control systems, and speed and safety alerts for drivers. These new technologies require automakers to add complex digital systems and controls, so it is likely that there will be a need to manufacture these new systems with increased demand for sensors, components, controls and materials.