Composite materials
The founders of MAGG Srl, during their work experience, have developed and manufactured Automotive components with various composites: thermoplastic/thermosetting monopur, thermoplastic honeycomb, natural fiber & thermoplastic fiber, Lwrt technology, thermosetting composite sandwich
Basic manufacturing technology with single-layer polyurethane structure, glass fiber and thermosetting resin.
Main features:
- Perfect material for headliners, light pillars
- Particularly lightweight
- Easy formable
- Extremely durable
- Variable stiffness and thickness
Basic manufacturing technology with single-layer polyurethane structure, glass fiber and thermoplastic resin.
Main features:
- Perfect material for headliners, soft trim
- Particularly lightweight
- Easy formable
- Extremely durable
- Variable stiffness and thickness
Honeycomb sandwich that combines composite skins with a hexagonal honeycomb structure. Core thickness: from 5 to 20 mm
Main features:
- Material developed for parcel shelf and load floor
- Particularly lightweight
- Easy formable
- Environmentally friendly: the entire sandwich structure is 100% recyclable
- Extremely durable
- High compressive resistance
- Highly stable
- High stiffness
- Versatile: a modular system offers ideal technical and commercial solutions
- Waterproof and weather resistant, resistant to moisture and fungi
Panels made of a mix of natural and thermoplastic fiber.
Main features:
- Perfect material for door panel, rear seat back, side panel, headliner...
- Particularly lightweight
- Easy formable
- Extremely durable
- 100% recyclable!
Panels made of a mix of thermoplastic fiber plus glass fiber.
Main features:
- Perfect material for door panel, rear seat back, underbody shield...
- Particularly lightweight
- Easy formable
- Extremely durable
- 100% recyclable!
Sandwich made of recycled thermoplastic material + thermosetting resin + reinforcement.
Main features:
- Perfect material for all interior trims...
- Particularly lightweight
- Easy formable
- Extremely durable
- Extremely stable on temperature changes thanks to the thermosetting resin and glass fiber or recycled carbon reinforcement.
