Protective mats
SEMAG PROTECT series protective mats protect surface of flat roofs against mechanical damage. Protective mats provide communication lines facilitating maintenance and repairs of devices installed on roofs without risk of cracking or tearing of the roofing itself. Owing to the good sound and vibration insulation properties SEMAG PROTECT may be used as a covering for tunnels, railways, courses for foundations, trusses and industrial machines, where sound and vibration insulating properties are required.
Mats made of pelletized compounds provide safety of loading personnel, machine operators and maintenance personnel. For plants, warehouses, stairs - where stable base is required - surface layer with proper adhesion properties is an ideal solution. Mats made of regenerated rubber pellets are characterized by a unique, porous structure. Footwear slipping is fully controlled, and proper thickness provides additional comfort of an elastic surface. Rubber mats can also be used as a protection of loads during transport. Using the mats on a floor of a load-carrying body or a pallet surface protects the load against shifting and damage as a result of contact with sharp edges.
GG 1, GG2, EF type mats
Use:
Mats made of pelletized compounds provide safety of loading personnel, machine operators and maintenance personnel. For plants, warehouses, stairs - where stable base is required - surface layer with proper adhesion properties is an ideal solution. Mats made of regenerated rubber pellets are characterized by a unique, porous structure. Footwear slipping is fully controlled, and proper thickness provides additional comfort of an elastic surface. Rubber mats can also be used as a protection of loads during transport. Using the mats on a floor of a load-carrying body or a pallet surface protects the load against shifting and damage as a result of contact with sharp edges.
GG 1, GG2, EF type mats
Semag GG1 930
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Protection of buildings, base course for sports surfaces, anti-slip mat Material: Rubber pellets bound with polyurethane filler using MDI method Pellet structure coarse Density kg/m3 DIN EN ISO 845 930 kg/m3 +/- 5 % Dimensions Rolls: max. width 1.59 m; custom length Panels: max. width 1.59 m; custom length Dimension tolerances acc. to DIN 7715-5 Class P3 Thickness (mm) 3 - 15 mm Test sample thickness * DIN 53534 8 mm Tensile strength DIN EN ISO 1798 * > 1,0 N/mm2 Ultimate elongation DIN EN ISO 1798 * 70% Compressive stress - Strain properties CC25 : 1,20 MPa DIN EN ISO 3386-2* 1. CC40 : 5,00 MPa Compressive stress at 10% DIN 53421 0,32 MPa Reaction to pressure* GS-V -28 no plastic strain Coefficient of friction µ (dry conditions) * GS-V -28 0,77 Coefficient of friction µ (wet conditions) * GS-V -28 0,58 Heat and fire resistance acc. to DIN 4102 |
Semag GG1 930
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Podkład pod nawierzchnie sportowe, ochrona dachów płaskich, wibroizolacja Tworzywo Granulat gumowy połączony spoiwem poliuretanowym techniką MDI Struktura Granulatu grubo mielony Gęstość kg/m3 DIN EN ISO 845 730 kg/m3 +/- 5 % Wymiary Rolki: szerokość do 2,10m (standard 1,05m; 1,25m; 2,10m), długość na życzenie Płyty: szerokość do 2,10m , długość do 1,05m Tolerancje wymiarów wg DIN 7715-5 Klasse P3 Grubości (mm) 5 - 15 mm Grubość próby * DIN 53534 10 mm Wytrzymałość na rozciąganie DIN EN ISO 1798 * 0,46 MPa Wydłużenie przy zerwaniu DIN EN ISO 1798 * 40% Naprężenia ściskające - Właściwości odkształceń CC25 : 599 kPa DIN EN ISO 3386-2* 1. CC40 : 2073 kPa CC50 : 5834 kPa Naprężenia ściskające przy 10 % DIN 53421 0,24 MPa Współczynnik sprężystości wzdłużnej (moduł Younga; E-Modul) * 2,75 MPa Twardość wg Shore'a DIN 53505 * 55 A Przewodnictwo cieplne lz = 0,14 W/m K DIN 52612 Współczynnik oporu dyfuzyjnego pary wodnej µ 14 DIN EN ISO 12572 ** Wytrzymałość chemiczna Wytrzymałość na słabe kwasy i und ługi Warunkowa wytrzymałość na oleje i smary Wytrzymałość na zimno -40 oC Wytrzymałość na ciepło |
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