Bara din fibre de sticla extrudat pentru lucrari de consolidare structurala a elementelor deteriorate din beton MAPEI MAPEROD C, MAPEROD G

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Tip documentatie: Fisa tehnica
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Pagina 1-Bara din fibre de sticla extrudat pentru lucrari de consolidare structurala a elementelor...
Pagina 2-Bara din fibre de sticla extrudat pentru lucrari de consolidare structurala a elementelor...
Pagina 3-Bara din fibre de sticla extrudat pentru lucrari de consolidare structurala a elementelor...
Pagina 4-Bara din fibre de sticla extrudat pentru lucrari de consolidare structurala a elementelor...
ensile strength (N/mm²): 2,000 760 Modulus of elasticity (N/mm²): 155,000 40,800 Elongation at failure (%): 1.5 2 Shear strength (MPa): 75 15 Coefficient of longitudinal thermal expansion (m/m/°C): 6 -10 x 10–6 6-10 x 10–6 Coefficient of transversal thermal expansion (m/m/°C): – 21-23 x 10–6 Compared with the cladding technique using metal plates (béton plaqué), Maperod does not require temporary supports during application and there is no risk of corrosion of the strengthening materials applied. Compared with cladding using fabric impregnated directly on site, bars from the Maperod range may be applied very quickly and the quality of the installation is less dependent on the experience and skill of the workers. RECOMMENDATIONS •B  efore bonding, make sure the tensile strength of the substrate is sufficient. •D  o not apply Maperod on substrates which are not fully cured. •O  n particularly absorbent substrates or on concrete in areas with a high ... ascunde

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