You can narrow the list of research topics to those that suit your particular project.
| Category |
Research topic |
Researcher |
University or institution |
Keywords |
|
| Company |
PROCON(PPS) |
TOYOBO |
TOYOBO |
material, filter bag for combustion gas, Heat resistant, Flame reterdant |
View details
|
| Company |
Fire retardant polyester fiber(E) |
UNITIKA |
UNITIKA |
material, architecture, civil engineering, Heat resistant, Flame reterdant |
View details
|
| Company |
Fire retardant vinylon fiber(Vinylon) |
UNITIKA |
UNITIKA |
kneading, industrial material, Heat resistant, Flame reterdant |
View details
|
| Company |
HONOGUARD(E) |
UNITIKA |
UNITIKA |
kneading, interior, Heat resistant, Flame reterdant |
View details
|
| Company |
HONOGUARD W(E) |
UNITIKA |
UNITIKA |
kneading, interior, seat cover, Heat resistant, Flame reterdant |
View details
|
| Company |
MEWLON(Vinylon/C) |
UNITIKA |
UNITIKA |
material, uniform, Heat resistant, Flame reterdant |
View details
|
| Company |
VALZER.P.Ⅱ(PP) |
MRC PYLEN（Mitsubishi Rayon group) |
MRC PYLEN（Mitsubishi Rayon group) |
kneading, industrial materials, Heat resistant, Flame reterdant |
View details
|
| Company |
LYNDA(Diacetate) |
Mitsubishi Rayon Textile |
Mitsubishi Rayon Textile |
kneading, Industrial materials, Heat resistant, Flame reterdant |
View details
|
| Company |
Gradio(PPS) |
KB SEIREN |
KB SEIREN |
material, industrial materials, Heat resistant, Flame reterdant |
View details
|
| Company |
HOPE-FR(R) |
OMIKENSHI |
OMIKENSHI |
additive, inrerior, nonwoven, Heat resistant, Flame reterdant |
View details
|
| Company |
NEXT-FR(R) |
OMIKENSHI |
OMIKENSHI |
additive, clothes, bedding, convenience goods, Heat resistant, Flame reterdant |
View details
|
| Company |
Conex(Meta Aramid) |
TEIJIN |
TEIJIN |
material, various applications, Heat resistant, Flame reterdant |
View details
|
| Company |
SUPER EXTAR(E) |
TEIJIN |
TEIJIN |
material, various applications, Heat resistant, Flame reterdant |
View details
|
| University |
Structural analysis of polymers by NMR spectroscopy |
Takeshi Yamanobe |
Gunma University |
Solid state NMR, in-situ NMR, pulse NMR |
View details
PDF |
| Research Institute |
Development of antibacterial nanofiber sheets by means of the electrospinning method |
Atsushi Yasuda, Takayuki Kobayashi, Kunpei Manabe |
Product Development Group, Mikawa Textile Research Center, Aichi Center for Industry and Science Technology |
|
View details
|
| Research Institute |
Planning new woven products using Mikawa-grown cotton |
Naoko Hiraishi, Kunpei Manabe |
Product Development Group, Mikawa Textile Research Center, Aichi Center for Industry and Science Technology |
|
View details
|
| Research Institute |
Development of fibers capable of reporting time of use outdoors |
Haruka Asano, Kenji Miura, Yoshihiro Sato |
Industrial Materials Development Group, Mikawa Textile Research Center, Aichi Center for Industry and Science Technology |
|
View details
|
| Research Institute |
Study on Modeling of Falling Weight Test Method |
Tadashi Sugiyama, Keisuke Muramatsu, Makoto Harada |
Industrial Materials Development Group, Mikawa Textile Research Center, Aichi Center for Industry and Science Technology |
|
View details
|
| University |
Electrorheology, Dissipative drying structure, Dispersion state control by electric field |
KIMURA Hiroshi |
Faculty of Engineering |
Electrorheology, Drying Dissipative Structure, Dispersion State Control |
View details
|
| University |
Molecular Aggregation Structure Analyses of Electrospun Nano-fibers and the Surface Modification through Surface-initiated Polymerization |
Yuji Higaki |
Kyushu University |
Electrospinning, Crystal, Orientation, Surface Modification, Super-hydrophilicity, Super-hydrophobicity |
View details
PDF |
