Brand Hahnemühle FineArt GF9 Glass Microfibre Filters with inorganic binder are recommended for environmental analysis and monitoring of both air and water pollution. Made from 100% borosilicate glass fibres with binders, these filters provide high particle retention, chemical and thermal stability, and reliable performance for laboratory and industrial applications.
Product Features
- Recommended filters for environmental analysis and controlling both air and water pollution
- Made of 100% borosilicate glass fibres with inorganic binders
- Glass fibre filters capture fine particles down to 1 µm from liquids, air, gases, and aerosols; particles as small as 0.3–0.5 µm are also absorbed
- Extremely low content of alkali-earth metals for high purity
- Chemical stability: retains all properties in contact with acids (except hydrofluoric acid) and moderate concentration bases
- Thermally stable up to 500 °C
- Suitable for gravimetrical analysis of organic and inorganic impurities in water and wastewater according to DIN 38409 and EN 872 (suspended particles)
- Applicable for measurement of immission, dust in air and gases, monitoring filtration and dedusting efficiency, and combustion air monitoring in power plants, steel, and iron industries
- Supports measurement of dust release in workplace and production processes and purification of compartment air
- Used for measurement of scintillation
- Filter diameter: 50 mm
- Weight: 70 g/sqm
- Pack quantity: 100 filters
Benefits
- High particle capture efficiency for accurate environmental and industrial monitoring
- Chemically and thermally stable for reliable laboratory analysis
- Compatible with a variety of air, gas, and liquid filtration systems
- Supports compliance with environmental and industrial monitoring standards
- Durable filters suitable for repeated use in demanding applications
Why Choose Hahnemühle FineArt GF9 Filters?
Hahnemühle FineArt GF9 Glass Microfibre Filters provide unmatched quality, high particle retention, and excellent chemical and thermal stability, making them the preferred choice for environmental analysis, industrial monitoring, and laboratory research.
