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NEWS RELEASE Teijin Develops Formable Gasoline-resistant Bioplastic Film for Vehicle Door Handles Integrated with Smart-entry Systems Tokyo, Japan, February 14, 2018 --- Teijin Limited announced today that it has developed a formable gasoline-resistant film made of PLA NEXT ® bioplastic to replace chrome plating, w hich Honda Lock Mfg. Co., Ltd. has now adopted for nonconductive door handles integrated w ith smart-entry systems. Teijin developed the innovative film using a special metal-evaporation technology from a processing-manufacturer partner. Teijin is currently developing other automotive applications in addition to mass producing the f ilm f or door handles. This new film is made with PLANEXT ® SN4600, an improved grade of Teijin’s PLANEXT ® bioplastic, w hich is made from a bio-origin chemical compound called isosorbide. In addition to original PLANEXT ® properties such as chemical resistance, transparency and surface hardness, polymer reforming is used to give PLANEXT ® SN4600 important new properties including gasoline resistance, formability, UV resistance. Teijin’s gasoline-resistant film is ideal for vehicle doors, which of course have the possibility of coming into contact w ith gasoline. Optimized heat resistance and filming technology enable high formability for fashioning into complicated shapes. UV protection helps to shield the base material and prevent discoloration. Vehicle door handles are increasingly being integrated w ith secure smart-entry systems that enable doors to be locked and unlocked by simply placing one’s hand on a handle sensor. The mater ial surrounding the sensor, how ever, must be nonconductive to avoid sensor malfunctions, so conventional door handles made of electroconductive chrome plating coated on a resin base are not suitable. Plastic f ilms made w ith a metal-evaporation process are nonconductive and already being used as metal substitutes for automotive exteriors, but they are not suitable for door handles because Honda Lock’sdoor handle of smart entry system

Teijin Develops Formable Gasoline-resistant Bioplastic ... · Teijin Develops Formable Gasoline-resistant Bioplastic Film for Vehicle DoorHandles Integrated with Smart-entry Systems

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Page 1: Teijin Develops Formable Gasoline-resistant Bioplastic ... · Teijin Develops Formable Gasoline-resistant Bioplastic Film for Vehicle DoorHandles Integrated with Smart-entry Systems

NEWS RELEASE

Teijin Develops Formable Gasoline-resistant Bioplastic Filmfor Vehicle Door Handles Integrated with Smart-entry Systems

Tokyo, Japan, February 14, 2018 --- Teijin Limited announced today that it has

developed a formable gasoline-resistant f ilm made of PLA NEXT® bioplastic to replace

chrome plating, w hich Honda Lock Mfg. Co., Ltd. has now adopted for nonconductive

door handles integrated w ith smart-entry systems. Teijin developed the innovative film

using a special metal-evaporation technology from a processing-manufacturer partner.

Teijin is currently developing other automotive applications in addition to mass producing

the film for door handles.

This new film is made

bioplastic, w hich is m

addition to original P

and surface hardness

new properties includ

Teijin’s gasoline-resis

possibility of coming

technology enable h

protection helps to sh

Vehicle door handles

that enable doors to b

sensor. The mater ial s

sensor malfunctions,

plating coated on

metal-evaporation pr

substitutes for automo

H

with PLANEXT® SN4600, an improved grade of Teijin’s PLA NEXT®

ade from a bio-origin chemical compound called isosorbide. In

LANEXT® properties such as chemical resistance, transparency

, polymer reforming is used to give PLANEXT® SN4600 important

ing gasoline resistance, formability, UV resistance.

tant f ilm is ideal for vehicle doors, which of course have the

into contact w ith gasoline. Optimized heat resistance and filming

igh formability for fashioning into complicated shapes. UV

ield the base material and prevent discoloration.

are increasingly being integrated w ith secure smart-entry systems

e locked and unlocked by simply placing one’s hand on a handle

urrounding the sensor, how ever, must be nonconductive to avoid

so conventional door handles made of electroconductive chrome

a resin base are not suitable. Plastic f ilms made w ith a

ocess are nonconductive and already being used as metal

tive exteriors, but they are not suitable for door handles because

onda Lock’s door handle of smart entry system

Page 2: Teijin Develops Formable Gasoline-resistant Bioplastic ... · Teijin Develops Formable Gasoline-resistant Bioplastic Film for Vehicle DoorHandles Integrated with Smart-entry Systems

they are neither gasoline resistant nor highly formable.

Teijin w ill showcase its innovative new film at 3Decotech Expo 2018 in the Booth 3R-09,

East hall 2-3, operated by Kohki Co., Ltd. at Tokyo Big Site fromFebruary 14 to 16.

About the Teijin Group

Teijin (TSE: 3401) is a technology-driven global group offering advanced solutions in the

areas of environmental value; safety, security and disaster mitigation; and demographic

change and increased health consciousness. Its main fields of operation are

high-performance fibers such as aramid, carbon fibers & composites, healthcare, f ilms,

resin & plastic processing, polyester f ibers, products converting and IT. The group has

some 170 companies and around 19,000 employees spread out over 20 countries

worldw ide. It posted consolidated sales of JPY 741.3 billion (USD 6.5 billion) and total

assets of JPY 964.1 billion (USD 8.5 billion) in the fiscal year ending March 31, 2017.

Press Contact

Corporate Communications

Teijin Limited

[email protected]