F.E.A.M. CREMA S.A.S. DI ROVIDA NELLO E C.

The safety ladder is the ideal solution for professionals who need a reliable and safe ladder for demanding work up to a height of 8 metres. This extendable ladder is equipped with an anchor point on the last rung, which allows the user to attach themselves to a safety line. In addition, the safety ladder has side supports with extendable legs that additionally secure the ladder against falling over sideways. The yellow, highly visible ladder is insulated up to 100 kV, anti-magnetic and resistant to moisture, acids, corrosion and UV rays.

GRP walkways and platforms can be individually adapted to your needs in terms of length, width, support distance, etc. It is also possible to absorb higher loads, which can be taken into account in the design phase. Generally speaking, all TC structures are developed in accordance with DIN EN ISO 14122. Pultruded GRP construction profiles produced by Exel Composites meet the requirements of EN 13706/E23. Profiles with an isopolyester resin mix are typically used. Vinyl ester resin profiles are also available if higher chemical resistance is required.

Do you need safe and corrosionresistant access systems for your operations? And do these stairs also need to be movable? Then get in touch. We can design and manufacture special solutions as oneoff commissions or small batches, or a standard solution in larger quantities. Made of glass fibrereinforced plastic profiles, our mobile stairs are suitable for using in corrosive environments or for sites where a stairway needs to have an electrically insulating effect.

The handrail of your GRP stairway won’t ever feel really cold to the touch, even in winter, thanks to the low thermal conductivity of the pultruded GRP profiles. Generally speaking, all TC structures are developed in accordance with DIN EN ISO 14122. Certification according to DIN EN ISO 90012015 confirms that our quality management is sound. Pultruded GRP construction profiles produced by Exel Composites meet the requirements of EN 13706/E23