GRP molded steps
GRP steps are manufactured with a closed, sanded and black (optionally yellow) colored safety leading edge. The color makes the front edge of the component stand out clearly.
Lightweight. Robust. Durable.
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GRP floor systems
GRP flooring systems are specially developed for industrial and public areas where corrosion resistance is particularly important.
GRP I-profile gratings
GRP profile gratings consist of pultruded bearing and cross bars. The glass content of the grids is ~68 %. GRP profile gratings therefore have a significantly higher rigidity than cast GRP gratings. Therefore, larger spans can be achieved with these gratings or the overall (...)
GRP T-profile gratings
GRP profile gratings consist of pultruded bearing and cross bars. The glass content of the grids is ~68 %. GRP profile gratings therefore have a significantly higher rigidity than cast GRP gratings. Therefore, larger spans can be achieved with these gratings or the overall (...)
GRP safety floor
The MEISER GRP safety floor consists of a GRP grating, which fulfills the load-bearing function, and a GRP panel laminated on top. The standard panel thickness is 3 mm. Panel thicknesses of up to 5 mm can also be used as an option.
GRP cast gratings
The bearing bars of the cast GRP gratings run in both directions at full height, resulting in an even, high load-bearing capacity. Due to technological requirements, the glass content of the gratings is max. 40 %.
GRP safety floor panels
GRP safety floor panels are 3 mm thick, corundum-sanded GRP panels as standard, which are ideal for retrofitting to improve slip resistance on existing walking surfaces (landings, walkways, steps, ladders). Other material thicknesses (4, 5, 6, 8 mm) can be supplied on (...)
GRP sandwich gratings
GRP sandwich gratings consist of a GRP grating, which fulfills the load-bearing function, and two laminated GRP panels (1x top, 1x bottom). The standard panel thickness is 3 mm. Panel thicknesses of up to 5 mm can also be used as an option.
GRP construction profiles
MEISER GRP profiles are the innovative alternative to conventional construction materials such as steel, aluminum, wood or concrete. With a comparatively small selection of GRP profiles, a wide range of applications can be realized.
GRP construction profiles
MEISER GRP profiles are the innovative alternative to conventional construction materials such as steel, aluminum, wood or concrete. With a comparatively small selection of GRP profiles, a wide range of applications can be realized, e.g. stairs, platforms, walkways and (...)
GRP constructions
Our GRP standard profiles can be used to create complete structures such as walkways, staircases and landings.
GRP constructions
Our GRP standard profiles can be used to create complete structures such as walkways, staircases and landings.
GRP railings
GRP railings are a highly corrosion-resistant and easy-to-install alternative to conventional railings made of metal materials.
GRP standard railing
The GRP standard guardrail is a railing in accordance with DIN EN ISO 14122-3 with an ergonomically shaped handrail, a knee rail (either single or double) and a toe rail.
GRP round tube railing
The GRP round tube railing consists of GRP tubes (D = 50 mm). The tubes are connected to each other and in the corner area using special GRP fittings. The tubes are glued into these fittings and additionally stabilized using special rivets.
GRP filler rod railing
As an option, MEISER also supplies a GRP filler rod railing. This type of railing offers increased safety against climbing through and/or falling through and is preferred for public construction projects.
GRP ladder systems
MEISER GRP ladders are made of pultruded GRP profiles. They are manufactured according to the specifications of the DIN EN ISO 14122-4 standards and in accordance with EN 131.
GRP ladders
MEISER GRP ladders are manufactured from high-quality, pultruded GRP profiles and impress with their high stability, corrosion resistance and excellent electrical insulation. They are manufactured in accordance with DIN EN ISO 14122-4 and EN 131, ensuring maximum safety and (...)
GRP self-closing access barriers
According to DIN EN ISO 14122-4, a self-closing passage barrier must be provided at the exits or entrances of a fixed fixed fixed ladder if an appropriate risk assessment has been carried out.
GRP adjustable leg system
GRP adjustable pedestals BC are made of polypropylene (PP-C) and can be used universally as a support structure and adjusted with millimeter precision.
GRP adjustable leg system
MEISER BC levelling feet are made of polypropylene (PP-C) and can be used universally as a support structure and adjusted with millimetre precision.
