INOAC CORPORATION
Enhanced functionality of carbon and foam products by sandwich structure
- Technical Classification:
-
[ Intermediate Products ]
[ Molding ]
- Products:
-
[ Products / Processed Products ]
- Keyword:
-
[ CFRP ]
[ flame retardancy ]
[ incombustibility ]
[ weight-saving ]
Point of the Proposed Technology
Press molding a sandwich prepreg, enables it to preserve stable thickness transition at high cycles.
By optimizing resin mixture and laminate configuration (core foam) of the matrix, flame retardancy/incombustibility and vibration damping performance were achieved while taking advantage of the characteristics of CFRP.
Effect(s)
Increase in the degree of freedom in design by change of thickness
High-cycle and stable production
Flame retardancy/incombustibility
New Technology
Technology Deployment and Cooperation
Development Stage |
Commercialization Completed (already delivered: yes)
|
Intellectual Property Right |
Yes |
Joint Researchers (their role) |
Own technology
|
Example of Application | Notebook Personal computer case, Drone propeller, Bicycle parts, etc.
|
Technical Problems | None
|
Collaborator needed to Improve | Companies that require weight reduction, retardancy/incombustibility, damping members for automobiles, railways, aircraft, etc.
|
Technical WEB page | https://www.inoac.co.jp/technology/ |
Inquiries
Personnel / Department | Global Research and Technology Division / Yoshinori Sugiura |
Address | 2-13-4 Meieki Minami, Nakamura-ku, Nagoya, Aichi, 450-0003, Japan |
Contact |
TEL: +81-50-3135-9278
|
Outline of Company and Organization
Location | 2-13-4 Meieki Minami, Nakamura-ku, Nagoya, Aichi, 450-0003, Japan |
Contact |
TEL: +81-52-581-1086
FAX: +81-52-581-4726
|
Capital / No. of Employees | 720,000,000 yen・1,917 employees |
Product Line | Urethane, rubber, plastics, composites |
Major Customers | Industrial materials, automobile makers |
Overseas Base(s) | North America, Europe, China, South Korea, Southeast Asia |
Certification | Certified with ISO 9001 14000 |
Company/Organization WEB page | http://www.inoac.co.jp/ja/ |