MARUHACHI Corp.
2D & 3D Pre-form Materials (thermoplastic materials, thermoset materials)
- Technical Classification:
- [ Intermediate Products ]
- Products:
- [ Products / Processed Products ] [ Service ]
- Keyword:
- [ advanced composite materials ] [ AFP ] [ ATL ] [ broad width ] [ high rigidity ] [ high strength ] [ lightweight ] [ partial reinforcement ] [ pre-preg sheets ] [ Thermoplastic resin ] [ thermoset resin ] [ thin layer ]
Point of the Proposed Technology
Pre-form Materials
2D: laminated sheet materials, tailored stacking materials (arbitrarily oriented tape laminated material)
3D: Three-dimensional forming products, ATL (tape lay-up) lamination products
They can be used in built-in into and assembly in the final forming process as composite intermediate parts.
2D: laminated sheet materials, tailored stacking materials (arbitrarily oriented tape laminated material)
3D: Three-dimensional forming products, ATL (tape lay-up) lamination products
They can be used in built-in into and assembly in the final forming process as composite intermediate parts.
Effect(s)
・ A wide variety of plastics materials can be used (PP. PA, PC, TPU, PPS, LCP, PEEK, PEKK、etc.).
・ It is possible to be used for making into products in combination with existing technologies such as mold injection.
・ It is possible to study response to a future environment as materials with recyclability.
・ It is possible to make additional processing such as partial reinforcement.
・ Delivery will be made as PF products in the minimum necessary size making it possible to contribute to reduction of material loss.
・ It is possible to be used for making into products in combination with existing technologies such as mold injection.
・ It is possible to study response to a future environment as materials with recyclability.
・ It is possible to make additional processing such as partial reinforcement.
・ Delivery will be made as PF products in the minimum necessary size making it possible to contribute to reduction of material loss.
New Technology
2D Pre-form Materials
MaterialsRaw materials in use: Carbon fibers, glass fibers, aramid fibers, and other high-strength fibers.
Targets are UD-Tapes, Organic sheets, Random sheets, etc. that use the above materials.
Laminated constitution: It is possible to realize an arbitrary structure with the orientation layer of 0, 90, 45, or -45 degrees based on a QI/pseudo-isotropiclamination.
It is also possible to use cloth materials, random materials, and core materials (foam materials, honeycomb materials, etc.).
Size: w 500 mm × L 500 mm @ medium/high temperature types
w 195 mm × L 1,150 mm @ medium temperature type
w 300 mm × L 1,500 mm @ high temperature type
Thickness: 1.0 mm to 5.0 mm
MaterialsRaw materials in use: Carbon fibers, glass fibers, aramid fibers, and other high-strength fibers.
Targets are UD-Tapes, Organic sheets, Random sheets, etc. that use the above materials.
Laminated constitution: It is possible to realize an arbitrary structure with the orientation layer of 0, 90, 45, or -45 degrees based on a QI/pseudo-isotropiclamination.
It is also possible to use cloth materials, random materials, and core materials (foam materials, honeycomb materials, etc.).
Size: w 500 mm × L 500 mm @ medium/high temperature types
w 195 mm × L 1,150 mm @ medium temperature type
w 300 mm × L 1,500 mm @ high temperature type
Thickness: 1.0 mm to 5.0 mm
3D Pre-form Materials
Raw materials in use: Carbon fibers, glass fibers, aramid fibers, and other high-strength fibers.
Targets are UD-Tapes, Organic sheets, Random sheets, etc. that use the above materials.
Laminated constitution: It is possible to apply an arbitrary reinforcing material arrangement or lamination structure at orientation angles other than 0, 90, 45, and -45 degrees.
It is also possible to use cloth materials, random materials, and core materials (foam materials, honeycomb materials, etc.).
Size: Lamination constituent materials in the range of W 1,000 mm × L 1,000 mm.
Pipe materials, containers, etc. in the range of W 500 mm × L 2,000 mm × H 500 mm.
* Medium/High temperature types
Raw materials in use: Carbon fibers, glass fibers, aramid fibers, and other high-strength fibers.
Targets are UD-Tapes, Organic sheets, Random sheets, etc. that use the above materials.
Laminated constitution: It is possible to apply an arbitrary reinforcing material arrangement or lamination structure at orientation angles other than 0, 90, 45, and -45 degrees.
It is also possible to use cloth materials, random materials, and core materials (foam materials, honeycomb materials, etc.).
Size: Lamination constituent materials in the range of W 1,000 mm × L 1,000 mm.
Pipe materials, containers, etc. in the range of W 500 mm × L 2,000 mm × H 500 mm.
* Medium/High temperature types
Technology Deployment and Cooperation
- Development Stage
-
Development Stage
(to be completed in 2020/5; progress: 0%)
- Intellectual Property Right
- Applying
- Joint Researchers (their role)
- Osaka University (role: simulation to analyze damage growth in advanced composite materials)
Kyoto Institute of Technology (role: evaluation technology of advanced composite materials)
University of Tokyo (role: technology, analysis and evaluation on composite materials)
Nihon University (role: technology, analysis and evaluation on composite materials)
Doshisha University (role: technological support and evaluation on composite materials)
ICC/Kanazawa Institute of Technology (role: support in commercialization and mass production)
Industrial Technology Center of Fukui Prefecture (role: fiber opening technology)
- Example of Application
- Usage and destinations are not disclosed.
- Technical Problems
- Collaborator needed to Improve
- Technical WEB page
- http://www.maruhati.co.jp
Inquiries
- Personnel / Department
- / Ph,D / President & CEO, Toshi Sugahara
- Address
- 12-1 Gennyo, Maruoka, Sakai-shi, Fukui, 910-0276 Japan
- Contact
-
TEL:+81-776-67-0808
FAX:+81-776-67-8485
Inquiry Form
Outline of Company and Organization
- Location
- 12-1 Gennyo, Maruoka, Sakai-shi, Fukui, 910-0276 Japan
- Contact
-
TEL:+81-776-67-0808
FAX:+81-776-67-8485
- Capital / No. of Employees
- 80,000,000 yen / 22 employees
- Product Line
- Fiber reinforced composite material / Base material (cloth material / knit material) Prepreg material (UD material / cloth material: thermosetting type / thermoplastic type) Preform material (2D: laminated board material / tailored stack, 3D: 3D formed product ・ ATL (tape lay-up) laminated product / partially reinforced product) FW molded product (CFRP high pressure container, high pressure pipe, etc., commissioned evaluation test (high pressure burst test, cycle test, etc.)
- Major Customers
- Related companies in the field of sports goods, automobiles, aviation, machinery, energy and mass transport equipment, CFRP molding companies, trading companies and sales companies, etc.
- Overseas Base(s)
- None
- Certification
- Company/Organization WEB page
- http://www.maruhati.co.jp/en/index.html
Update date: 2020/2/15