Laboratories established in 1963 to conduct basic research at the Toray film business. Bolstering progress in this key field, research is advanced into base films and film processed film products.
Toray is the creator of Lumirror*, the first biaxially oriented polyester film commercialized in Japan, which with the polypropylene film Torayfan* leads the world in performance and function. Also developed and commercialized here were the world's first biaxially oriented polyphenylene sulfide (PPS) film Torelina* and the aramid film Mictron* | two more new film materials boasting revolutionary characteristics.
The Laboratories has forged pivotal
progress in progressive R&D of film.
(1)For the film-generating
process, technology to produce the world's
thinnest film, followed by perfection for use
in capacitors helping to downsize various
types of electronic devices and
instruments.
(2)Use of polymeric molecular
design for application of film in new thermal
stencil sheet engineered to control thermal
properties.
(3)In surface design, special
treatment technology to develop heatsensitive
printer ink ribbon base film with
enhanced heat-resistance and running
performance.
(4)Fusion of advanced alloy
and elongation technology, developing LCD use
low-density white film formed with fine
voids inside.
(5)Use of Toray's original film
multi-layering method in base films of high density
magnetic tape for precision control
over the micro-protrusions on film surfaces,
and other examples of the steadily
expanding application range of Lumirror*.
More recent fruits of the ongoing evolution
and advance of Toray nanotechnology
include use of nano-alloys to develop heat-resistant
film, nano-structure control
technology for film with excellent formability,
packaging film with sturdiness and other
welcome functions, along with nano-laminated
film. Applications of these products are also
expanding to information communications,
the environment and other vital sectors.
These and other results of the Laboratories'
cutting edge research earn stellar acclaim
throughout the industrial world.
Toray also sets its sights on polylactic acid as a plant-based material, with progressive use of film structure control technology paving the way to the first successful development of film with flexibility and heat-resistance comparable to polyvinylidene chloride.
The Films and Films Products Research Laboratories now work to forge innovative new concepts in polymeric molecular design, film-forming process, film quality design and processing technology, promoting research to strengthen fundamental technologies and expand the sphere of Toray business. The Laboratories continues to boldly rise to the challenge of developing frontier materials to support greater progress and prosperity worldwide.

| 1963 | Commenced full-scale production of Torayfan* polypropylene film. |
|---|---|
| 1968 | Commenced full-scale production of Toraypef* polyolefin foam sheet. |
| 1988 | Commenced full-scale production of Torelina* polyphenylene sulfide film. |
| 1992 | Achieved practical use of Lumirror* new surface-forming technologies (TOP, PTL). |
| 1995 | Commenced full-scale production of Mictron* aramid film. |
| 1996 | Commenced production of DVC-use polyester film. |
| 2001 | Commenced production of Lumirror* formable film. |
| 2003 | Started production of high-reflection film LUMIRROR* for LCD-TV backlight unit. |
| 2004 | Developed nano-multilayer film forming technology. |
| 2005 | Started full-scale production of high heat-resistant films made with nano-alloy technology. Started production of specially-functional antistatic films with slant nano-coating. |





































