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11/21/14 - $27.75
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02/5/14 - $22.29
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teijin ltd-unsponsored adr (TINLY) Details

Teijin Limited, together with its subsidiaries, provides various solutions in transportation, information and electronics, safety and protection, environment and energy, and healthcare areas in Japan and internationally. The company’s Advanced Fibers and Composites segment offers para-aramid fibers, meta-aramid fibers, carbon fibers, carbon fiber composite materials, artificial leather, polyester fibers, and Polyethylene naphthalate (PEN) fibers. Its Electronics Materials and Performance Polymer Products segment provides polycarbonate resins, PEN resins, polyethylene terephthalate films, PEN films, and processed films. The company’s Healthcare segment offers pharmaceuticals, including Bonalon and Onealfa for the treatment of osteoporosis; Synvisc to treat pain associated with osteoarthritis of the knee; Mucosolvan, an expectorant; Spiropent, a bronchodilator; Atrovent, a prophylaxis for bronchial constriction; Rhinocort for treating allergic rhinitis; Alvesco, an inhaled corticosteroid agent for asthma; Feburic to treat hyperuricemia and gout; Tricor for the treatment of hyperlipidemia; Somatuline to treat acromegaly; Venilon for the severe infectious diseases treatment; Laxoberon, a laxative; and Bonalfa to treat psoriasis. This segment also provides sonic accelerated fracture healing systems, therapeutic oxygen concentrators, and sleep disorder diagnostic systems, as well as non-invasive positive pressure ventilators for sufferers of sleep apnea syndrome. Its Trading and Retail segment sells and trades fibrous raw material, apparel, industrial materials, and performance polymer products. The company also offers IT services in the healthcare field, Web-based enterprise resource planning services, and digital content management services; content distribution services for mobile phones and smartphones, and e-commerce services; and polyester raw materials and polymerization services. Teijin Limited was founded in 1918 and is headquartered in Osaka, Japan.

16,000 Employees
Last Reported Date: 11/26/14
Founded in 1918

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teijin ltd-unsponsored adr (TINLY) Key Developments

Teijin Limited Opens Second Production Line for LIELSORT

Teijin Limited has opened the second production line for LIELSORT, a separator for lithium ion secondary batteries, or LIBs. Teijin produces two types of LIELSORT separators. One is a polyethylene-based material coated with the highly heat-resistant meta-aramid Teijinconex and the other is coated with a highly electrode-adhesive, oxidation-resistant fluorine-based compound. Teijin Lielsort Korea Co. Ltd. produces both types, which are sold by Teijin Electronics Korea Co., Ltd, a wholly owned sales company for LIELSORT separators. The new production line will double the LIELSORT production capacity to respond to the expanding demand for coated separators. LIELSORT is used widely in globally bestselling smartphones and tablets. The line will also accelerate the development of a new type of LIELSORT that Teijin is currently working on to achieve both higher heat resistance and adhesion for improved LIB safety. Teijin utilized its expertise in polymeric chemistry to develop the world's first technology for simultaneously coating both sides of LIELSORT. It also developed a high-speed coating technology that is five times faster than conventional coating. Both technologies enable more efficient production. Teijin, which is working to establish LIELSORT as the de facto standard for next-generation LIB specifications, targets LIELSORT sales revenue of JPY 2 billion by 2020.

Teijin to Launch New Type of Meta-aramid Fiber for Advanced Protective-Clothing Solutions

Teijin Limited announced the coming launch of Teijinconex neo, a new type of meta-aramid fiber offering unsurpassed heat resistance, as well as excellent dyeability. Production at a new Teijin facility in Ayutthaya, Thailand, which will nearly double the annual capacity of Teijin's global meta-aramid fiber production, is scheduled to start in mid-2015. Teijin has developed a unique production process which enables Teijinconex neo to achieve unsurpassed heat resistance and excellent dyeability. This will provide customers with highly diversified solutions for the design and manufacturing of protective apparel, a feature that is not yet available or offered in the market. In addition, Teijin’s new production technologies ensure a compliance with for example REACH and other environmental regulations directly out of the factory and without additional treatment. This technology is also new and unique in this market. Teijinconex neo will further strengthen Teijin’s position and competitiveness in the emerging economies of Asia and other regions, where the demand for heat-proof and flame-retardant high-performance materials is growing due to increasing safety awareness and regulations. Teijinconex neo will also meet the strong demand in the markets of Japan, North America and Europe for protective clothing solutions that combine comfort, maneuverability as well as high protection property. Teijin is targeting sales revenue of JPY 20 billion in the global safety and protection field by 2020.

Kansai University and Teijin Limited Develop World's First Piezoelectric Fabrics for Wearable Devices

Kansai University and Teijin Limited announced that Professor Yoshiro Tajitsu, Faculty of Engineering Science, Kansai University, and Teijin have developed the world’s first polylactic acid (PLA) fiber- and carbon-fiber-based piezoelectric fabrics. The new piezoelectric fabrics combine Teijin’s polymer and textile technologies—a Teijin growth strategy to integrate key existing materials and businesses—with Prof. Tajitsu’s knowledge of piezoelectric materials. Development was supervised by Prof. Tajitsu at Kansai University, with technological cooperation provided by the Industrial Technology Center of Fukui Prefecture. The fabrics comprise a piezoelectric poly-L-lactic acid (PLLA) and carbon fiber electrode. Plain, twill and satin weave versions were produced for different applications: plain weave detects bending, satin weave detects twisting, and twill weave detects shear and three-dimensional motion, as well as bending and twisting. The sensing function, which can detect arbitrary displacement or directional changes, incorporates Teijin’s weaving and knitting technologies. The function allows fabric to be applied to the actuator or sensor to detect complicated movements, even three-dimensional movements. Kansai University and Teijin will introduce the new piezoelectric fabric (booth No. 18-11, East Hall) at The 1st Wearable Expo. Kansai University and Teijin will continue working on ideal weaves and knits for fabric applications that enable elaborate human actions to be monitored simply via clothing worn by people. Such applications are expected to contribute to the evolution of the Internet of Things (IoT) in fields ranging from elderly care to surgery, artisanal techniques to space exploration, and many others. Piezoelectricity is the ability of certain dielectric materials to generate an electric charge in response to mechanical stress. It also has the opposite effect – the application of electric voltage produces mechanical strain in the materials. Both of these effects can be measured, making piezoelectric materials effective for both sensors and actuators. Lead zirconate titanate (PZT) has practical piezoelectric applications in industry, but as a ceramic material it lacks transparency and flexibility. In addition, because PZT contains lead, applications are being increasingly limited by the EU directive that restricts the use of certain hazardous substances in electrical and electronic equipment. Polyvinylidene fluoride (PVDF) is a well-known piezoelectric polymer. However, it is limited to use in sensors and such, and it is not suited to industrial-level manufacturing because it requires poling treatment and exhibits pyroelectricity. Poling treatment, which involves applying high DC voltage to a material, is a required process for achieving piezoelectricity. Pyroelectricity is the ability of certain materials to generate a voltage and charge following a change in temperature. The existence of pyroelectricity is a very important factor in human-machine interface (HMI) applications because if a piezoelectric sensor material has pyroelectricity, then it can immediately detect heat from a finger.


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