Glass-fibre filters (63 items)

Glass Microfiber Filters MG, round Type MG 160 Ø 45.0 mm Thickness 0.350 mm Weight 75 g/m² Particle retention 1.2 µm Max. temperature resistance 500 °C

Glass Microfiber Filters MG, round Type MG 160 Ø 47.0 mm Thickness 0.350 mm Weight 75 g/m² Particle retention 1.2 µm Max. temperature resistance 500 °C

Glass Microfiber Filters MG, round Type MG 160 Ø 55.0 mm Thickness 0.350 mm Weight 75 g/m² Particle retention 1.2 µm Max. temperature resistance 500 °C

Glass Microfiber Filters MG, round Type MGB Ø 25.0 mm Thickness 0.700 mm Weight 143 g/m² Particle retention 1.0 µm Max. temperature resistance 500 °C

Glass microfibre filter GF6, 25 mm with inorg. binder, 80 g/sqm, pack of 100

Glass Microfiber Filters MG, round Type MGD Ø 50.0 mm Thickness 0.530 mm Weight 120 g/m² Particle retention 2.7 µm Max. temperature resistance 500 °C

Glass fibre filters without binder, round filters Recommended filters for controlling both air and water pollution. -Made of 100 % borosilicate glass fibres without binders -Extremely low content i...

Glass microfibre filter GF10, 47 mm with organic binder, 70 g/sqm pack of 100

Glass Microfiber Filters MG, round Type MG 160 Ø 90.0 mm Thickness 0.350 mm Weight 75 g/m² Particle retention 1.2 µm Max. temperature resistance 500 °C

Glass microfibre filter GF6, 47 mm with inorg. binder, 80 g/sqm, pack of 100

Glass Microfiber Filters MG, round Type MGD Ø 70.0 mm Thickness 0.530 mm Weight 120 g/m² Particle retention 2.7 µm Max. temperature resistance 500 °C

Glass fibre filters without binder, round filters Recommended filters for controlling both air and water pollution. -Made of 100 % borosilicate glass fibres without binders -Extremely low content i...

Glass Microfiber Filters MG, round Type MGB Ø 50.0 mm Thickness 0.700 mm Weight 143 g/m² Particle retention 1.0 µm Max. temperature resistance 500 °C

Glass microfibre filter GF9, 50 mm with inorg. binder, 70 g/sqm, pack of 100

Glass Microfiber Filters MG, round Type MGB Ø 47.0 mm Thickness 0.700 mm Weight 143 g/m² Particle retention 1.0 µm Max. temperature resistance 500 °C