Teijin to boost Technora output

Teijin to boost Technora output

Teijin Limited has announced it will expand Technora para-aramid fibre production by 10 per cent through increasing capacity in Teijin’s Matsuyama Factory. Construction begins this June at a cost of 1.5 billion JPY, with operation slated to begin from October 2017. Teijin and the group’s core aramid-fibres business Teijin Aramid B.V. will jointly expand the worldwide sales of Technora in response to increasing market demand worldwide.

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Teijin Limited has announced it will expand Technora para-aramid fibre production by 10 per cent through increasing capacity in Teijin’s Matsuyama Factory. Construction begins this June at a cost of 1.5 billion JPY, with operation slated to begin from October 2017.

Teijin and the group’s core aramid-fibres business Teijin Aramid B.V. will jointly expand the worldwide sales of Technora in response to increasing market demand worldwide. High-performance composite materials offering new value are one of the four business pillars in the Transformation and Growth Strategies of Teijin’s current medium-term business plan. Promising fields for Teijin’s high-performance fibres include infrastructure and energy, safety, functional paper and filters, and mobility.

By boosting Technora capacity, the company is putting a higher priority on leveraging high-performance materials in advanced solutions to meet diverse demands in the global market. Teijin is a world leader in para-aramid fibres. Renowned for their strength, tensile modulus and resistance to impact, Teijin’s Twaron, Technora para-aramid fibres are used worldwide for applications including reinforcement materials for automobile rubber parts and composites to civil engineering ropes and cables, and protective clothing. Technora is produced by Teijin Limited in Japan and Twaron is produced by Teijin Aramid in the Netherlands.

Displaying particular merit is Technora, which was independently developed by Teijin and has been commercially available since 1987. It features high tensile strength and resistance to impact, fatigue, chemicals, moisture and heat. It takes advantage of these superior properties in order to meet the specific requirements of a range of applications such as reinforcement materials for transmission belt, hose and ground.

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