Glass fibre reinforced plastic panels

External panels of house or building with glass fibre reinforced plastic (GFRP) skins... Disposable formworks. .. 

The experiences made have shown that biocomposites can be excellently processed to make structural material. The weight-related mechanical properties make it possible to strive for application areas that are still dominated by glass fibre-reinforced plastics. At this time, limitations must be accepted in areas with extreme environmental conditions. Main target groups therefore are, for example, panelling elements in automobile and freight car manufacturing, the furniture industry and the entire market of the sports and leisure industry. 

Window frames and doors PVC, foamed PVC (wood substitute), ABS (coextruded with vinyl modified ASA or polyolefins modified styrene acrylonitrile copolymer (SAN) -glass-fibre reinforced plastic (GFRP), composite based, ABS (thermoformed panels for high quality doors and window profiles)... 

Carmakers started advanced developments on door panels, headliners, package trays, dashboards, and trunk liners, based on natural fibre composites with a thermoplastic or thermoset matrix, challenging mainly glass fibre reinforced plastic composites. 

Hand lay-up is a wet process and it is the simplest yet most labour-intensive and the most commonly used technique, since the 1940s. It is most suited for the production of similar components in limited numbers, (i.e., fibre-reinforced plastic (FRP) infill panels). In this method, successive layers of resin and reinforcement, (i.e., rovings, fabric, mat or randomly arranged chopped fibres of glass), are manually applied to an open mould, with the following basic procedure of five steps ... 

Inside aircraft the fire, smoke and toxicity performance of PAEK is often their key advantage versus other plastics. PAEK produce relatively little smoke and toxic gas in fire situations and they are used extensively in cabin structures. Polyaryletherketoneketone (PEKK) (often laminated with Tedlar) is used to make thermoformed cabin interior panels. Amorphous PEKK has the advantage of being thermoformable at relatively low temperatures which are compatible with polyvinylidene fluoride (PVDF) and the various adhesives used in the laminate. PEEK is found in window surrounds, passenger service units and lamp housings. Glass fibre-reinforced PEEK is used in the... 

A large scale, multi-cellular reinforced plastic (RP) polymeric structure was constructed at Weston, USA, for a multi-purpose facility use of Division of Highways, in 1995 [20], where the entire walls are constructed with RP multi-cellular panels made of E-glass fibres and polyester resin, and are connected with wide flanges. 

---