Deliver to
United Kingdom
Material: quartz glass (fibres). Autoclavable: yes. Made from pure quartz fibres, without binding agent. High chemical resistance to organic and inorganic solvents, acids (except hydrofluoric acid) and alkalis. For filtration of aggressive media in trace analytics, emissions control, airborne dust analytics, etc. Extremely low metallic trace element content. Filtration speed (according to DIN 53137): <5 s Surface weight: 85 g/m 2 Retention range: Up to 0.3 µm Temperature stable up to 950 °C Thickness: 0.46 mm Quartz fibre round filters MN QF-10
Product Detail
Material: borosilicate glass (fibres), 100%. Free from binding agent, with fast flow rates, high load-capacity and exceptional retention. Temperature of use max. 500 °C. Glass fibre round filters ROTILABO ® Type CR261 Filtration speed according to Herzberg: 100 s. Surface weight: 52 g/m². Retention range: up to 1.2 μm. Thickness: 0.26 mm.
Product Detail
Material: borosilicate glass (fibres), organic binding agent. For fast filtration with simultaneously high retention. Very good resistance to most organic and inorganic solvents (not resistant to hydrofluoric acid). Filtration speed, air: 15 s Surface weight: 70 g/m 2 Retention range: ≥0,6 µm Thickness: 0.35 mm Glass fibre round filters Type: MN 85/70 Most commonly used glass fibre filter with high mechanical stability for general use. Temperature stable up to 200 °C.
Product Detail
Material: borosilicate glass (fibres), inorganic binding agent. Chemically resistant to the majority of organic and inorganic solvents, aggressive chemicals and highly concentrated bases (not resistant to hydrofluoric acid) Constant weight, negligible influence on fluctuations in ambient humidity Mechanically stable (limited bending resistance) Note: filter units and clamping fixtures must have flexible sealing surfaces. Glass fibre round filters Type GF 6 Applications: environmental analysis, biology, physics, drinks industry. Use: gas/air monitoring, water and waste water tests, scintillation measurements, dry mass determinations. Filtration speed: low Retention rate: 99.97% Retention range: <1 µm Surface weight: 80 g/m 2 Thickness: 0.35 mm
Product Detail
Material: borosilicate glass (fibres), organic binding agent. For fast filtration with simultaneously high retention. Very good resistance to most organic and inorganic solvents (not resistant to hydrofluoric acid). Filtration speed, air: 15 s Surface weight: 70 g/m 2 Retention range: ≥0,6 µm Thickness: 0.35 mm Glass fibre round filters Type: MN 85/70 Most commonly used glass fibre filter with high mechanical stability for general use. Temperature stable up to 200 °C.
Product Detail
Material: borosilicate glass (fibres), 100%. Free from binding agent, with fast flow rates, high load-capacity and exceptional retention. Max. application temperature 500 °C. Glass fibre round filters ROTILABO ® Type: CR259 Filtration speed according to Herzberg: 60 s. Surface weight: 52 g/m². Retention range: up to 1.6 μm. Thickness: 0.26 mm
Product Detail
Material: borosilicate glass (fibres), 100%. Free from binding agent, with fast flow rates, high load-capacity and exceptional retention. Temperature of use max. 500 °C. Glass fibre round filters ROTILABO ® Type CR259 Filtration speed according to Herzberg: 60 s. Surface weight: 52 g/m². Retention range: up to 1.6 μm. Thickness: 0.26 mm.
Product Detail
Material: borosilicate glass microfibres, binder-free, white. MN GF-5 is a binder-free glass fibre filter with very good retention capacity for fine particles. When used as a pre-filter, it protects membranes from clogging. Suitable for the filtration of finely precipitated proteins and for the clarification of nucleic acids as well as for the filtration of organic and inorganic substances. Recommended for filtration when determining the organic substances in the eluate of the shaking method according to DIN 19529:2023-07 (Mantelverordnung für Ersatzbaustoffe und Bodenschutz). Filtration speed (air): 80 s Surface weight: 85 g/m² Retention: ≥0.4 µm Temperature stable up to 500 °C Thickness: 0.4 mm Surface: smooth Glass fibre round filters MN GF-5
Product Detail
Material: borosilicate glass (fibres), 100%. Free from binding agent, with fast flow rates, high load-capacity and exceptional retention. Max. application temperature 500 °C. Glass fibre round filters ROTILABO ® Type: CR259 Filtration speed according to Herzberg: 60 s. Surface weight: 52 g/m². Retention range: up to 1.6 μm. Thickness: 0.26 mm
Product Detail
Material: borosilicate glass (fibres), inorganic binding agent. Chemically resistant to the majority of organic and inorganic solvents, aggressive chemicals and highly concentrated bases (not resistant to hydrofluoric acid) Constant weight, negligible influence on fluctuations in ambient humidity Mechanically stable (limited bending resistance) Note: filter units and clamping fixtures must have flexible sealing surfaces. Glass fibre round filters Type GF 6 Applications: environmental analysis, biology, physics, drinks industry. Use: gas/air monitoring, water and waste water tests, scintillation measurements, dry mass determinations. Filtration speed: low Retention rate: 99.97% Retention range: <1 µm Surface weight: 80 g/m 2 Thickness: 0.35 mm
Product Detail
Material: borosilicate glass (fibres), 100%. Free from binding agent, with fast flow rates, high load-capacity and exceptional retention. Temperature of use max. 500 °C. Glass fibre round filters ROTILABO ® Type CR261 Filtration speed according to Herzberg: 100 s. Surface weight: 52 g/m². Retention range: up to 1.2 μm. Thickness: 0.26 mm.
Product Detail
Material: borosilicate glass (fibres), organic binding agent. For fast filtration with simultaneously high retention. Very good resistance to most organic and inorganic solvents (not resistant to hydrofluoric acid). Filtration speed, air: 15 s Surface weight: 70 g/m 2 Retention range: ≥0,6 µm Thickness: 0.35 mm Glass fibre round filters Type: MN 85/70 Most commonly used glass fibre filter with high mechanical stability for general use. Temperature stable up to 200 °C.
Product Detail© 2026 Copyright. All Rights Reserved.
© 2026 Copyright. All Rights Reserved.
