Automotive application environmental issues

Typical bonded applications include automotive roof and hatchback bonding, as well as commercial transportation driver cabins. As material choices continue to diversify, this adhesive solution is addressing market concerns that focus on cost efficiencies, weight reduction, styling and design options, and environmental issues centered around fuel efficiency. 

Within the past 20 years, tremendous progress has been achieved in PEFC technology, in particular since the automotive industry has joined forces to fmther develop this energy conversion technology with its advantages in efficiency and environmental friendliness. This development has brought about a much deeper understanding of the various functions of the polymer electrolyte in the cell, particularly under duty cycle conditions of automotive applications. As a further and utmost prerequisite, the cost issue came to every one s attention. 

Guilhaume, N Peter, SD Primet, M. Palladium-substituted lanthanmn cuprates application to automotive exhaust pmification. Appl. Catal, B Environmental, 1996, Volume 10, Issue 4,325-344. 

Presently there is a huge potential market for recyclable, energy efficient, and more environmentally friendly composite materials. The utilization of natural fiber can thus lead to the reduction of waste disposal problems and environmental pollution. These NFC find applications in various engineering, electronic and automotive fields once the issues such as moisture sensitivity, compatibility, dispersion are addressed in a proper way. Green, environmentally friendly, sustainable, renewable, biodegradable, composites from natural fibers are most desired materials for future. 

Environmental concerns have regenerated interest in the use of natural fibres for a much wider variety of products, including high-tech applications such as geotextiles, and in composite materials for automotive and light industry use. This new study covers the chemical and physical structure of these natiual fibres fibre, yam and fabric production dyeing handle and wear characteristics economics environmental and health and safety issues. 

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