Teijin’s advanced materials and technologies to support Kogakuin U.’s vehicle in world solar challenge race

Jun 27, 2019   Technology

The Teijin Group's advanced high-performance materials and technologies will once again be used in the latest solar-powered, carbon-fibre-reinforced plastic (CFRP) vehicle developed by the Kogakuin University Solar Team for the Bridgestone World Solar Challenge.

The Challenge is the world's biggest biennial solar car race, which will take place in Australia from October 13 to 20.

The Teijin Group, which supported the Kogakuin University's Solar Car Project in 2013, is supporting the team for its fourth consecutive year. Collaborating with the university, Teijin is providing technical support for solar panels and other components in the solar car, as well as conventional support for a wide range of materials and products designed to maximise the comfort and performance of the team members.

GH Craft Ltd., Teijin's composite-structure design, development and evaluation unit and a leader in CFRP composite structures, is engaged in all facets of composite-structure fabrication for super-lightweight vehicles, including design, moulding and structural evaluation. The company is providing the Kogakuin University Solar Team with expert technical support, including a technician who will provide in-race mechanical and technical backup, aiming to help the team achieve its first victory in this challenging race.

The car will use high-performance materials and technologies from Teijin and its fibres and products converting company, Teijin Frontier Co., Ltd., including:

  • Ultra-lightweight fabric made with Tenax carbon fibre for the body. Teijin and Sakai Ovex Co., Ltd. developed the ultra-lightweight, 0.06-mm-thin carbon fibre fabric in 2010, which will be incorporated in the car's CFRP body
  • Panlite polycarbonate (PC) resin for the windows to reduce body weight and improve driver safety. Compared to glass, Teijin's Panlite is 200 times more impact-resistant and weighs only half as much.
  • Technora para-aramid fibre prepreg for the wheel wells for lower air resistance to reduce vehicle weight and add durability. Teijin's Technora para-aramid fibre boasts eight times the tensile strength of steel and yet is just one-fifth the weight.

Vertically lapped nonwoven polyester fabric for seat cushions will minimise weight while enhancing rider comfort. It is Teijin Frontier's nonwoven fabric made of fibres oriented vertically (upward) to make it resilient, breathable and lightweight.

Nanofront ultra-fine polyester fibre is used in the team's driving gloves for extra-positive steering. Teijin Frontier's Nanofront, which has just 1/7,500th the cross-sectional area of human hair, fits snuggly and improves gripping, breathability and moisture permeability.

Teijinconex meta-aramid fibre, a heat-resistant and flameproof material, has been adopted for the team's driving suits to help protect riders from the harsh race environment, including a possible fire in the case of an accident.

Deltapeak hybrid polyester fabric is incorporated in the team's uniforms for excellent comfort and fit to keep the team fresh after many hours of preparation and racing. Teijin Frontier's Deltapeak offers softness and durability as an anti-snagging, stretchable, breathable and lightweight fabric.

The Bridgestone World Solar Challenge, which was inaugurated in 1987, will hold its 15th competition this year as the world's biggest biannual solar car race to showcase advanced, innovative technologies for solar cars. The Kogakuin University Solar Team is entered in the competition's Challenger Class with 52 competitors from 24 countries.

Don't miss out

Be the first to know about the latest news in the automotive and transportation industry, through our weekly mailer and bi-monthly publications.

Automotive Purchasing and Supply Chain
New Mobility
Automotive Global Awards
Automotive Leaders Summit
Future Logistics
Automotive Purchasing and Supply Chain | Three6Zero Ltd© 2004-2019