End-to-end CFRP/GFRP composite development from custom resin formulation to integrated assembly
60-year track record of full-spectrum CFRP product creation: in-house thermoset resin formulation, structural design and FEM analysis, mold fabrication, autoclave and filament-winding molding, 5-axis machining, coating, and system-level integration. Supports volume from single prototypes to 10,000+ units/month.
AI-assisted directory summary. Technical specifications, performance metrics, readiness and compliance labels are unverified unless individually supported and reviewed. Proposed partnership routes do not establish supplier consent, export eligibility, or willingness to sign an NDA. Confirm claims and test conditions with the linked sources and supplier before procurement or citation.
Problem solved
Overseas buyers of precision CFRP components — especially for semiconductor equipment, wind energy, and medical devices — typically must coordinate separately with a resin formulator, a design house, a molder, and a machinist. This fragmented supply chain multiplies qualification cost, lead time, and IP exposure risk.
Application contexts
- Semiconductor manufacturing equipment precision components
- Wind turbine blades (GFRP, up to 15m length)
- Satellite structural components and antenna reflectors
- Drone airframes (monocoque CFRP with foam core)
- Medical imaging equipment (X-ray-transparent CT bed panels)
- Automotive CFRP interior and structural parts
- Radio-wave-transparent radomes (ground, airborne, naval)
Technical principle
Five integrated capabilities: (1) Material development — custom epoxy, phenolic, and BMI resin formulation to meet specific thermal/mechanical/chemical requirements. (2) Design and analysis — CAD/CAM, FEM structural/thermal/radio-wave simulation. (3) Molding — autoclave (large-capacity), filament winding (for tubular/tank shapes), hand layup, and press molding. (4) Machining and finishing — 5-axis CNC, painting, surface treatment. (5) Integration — assembly of composite structures with electrical, mechanical, and optical subsystems.
Typical use cases
- Semiconductor OEM seeking CFRP precision chambers with custom resin for plasma/chemical resistance
- Wind turbine blade manufacturer looking for a certified GFRP blade production partner with 15m+ capability
- Medical device company needing CFRP CT table tops that are X-ray transparent, lightweight, and patient-rated load capable
Partnership route
How global engineering teams typically engage this asset.
Helpful to include: Can your in-house resin formulate for specific working temperature and chemical exposure requirements? · What is the maximum part size and weight your facilities can accommodate? · Do you have experience with radio-wave-transparent composite radome design and testing? · What is your current capacity for medium-volume production (1,000–10,000 parts/month)?
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Source & provenance
Translation review status: unreviewed. Publication does not establish technical verification or supplier endorsement.
Original language: JA.
Record updated: .
- スーパーレジン工業株式会社の強み
https://www.super-resin.co.jp/company/strengths/
Primary-source candidate; evidence review: pending.
Source accessed / recorded (collector timestamp): .
Source publication date: Not recorded.
- 会社概要｜スーパーレジン工業株式会社
https://www.super-resin.co.jp/company/profile/
Primary-source candidate; evidence review: pending.
Source accessed / recorded (collector timestamp): .
Source publication date: Not recorded.
- CFRP・GFRPを中心とした先端複合材料を用いた設計開発・成形加工メーカー
https://www.super-resin.co.jp/
Primary-source candidate; evidence review: pending.
Source accessed / recorded (collector timestamp): .
Source publication date: Not recorded.
Collector timestamps record when a source was stored, not an independent verification date. Source links provide context; they do not validate every specification, readiness label, certification, or proposed partnership route.