Hahnemühle round filter grade 589/1, 70 mm Ø, 100 pcs/pack

No.
HN-0212
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Note: Illustrations may differ or contain accessories.
Manufacturer

Delivery time

2-3 weeks

VE

1 Verpackung (à 100 Stück)

€24.50
plus VAT & Shipping
Did you know? All immediately available items ordered by 10:30 a.m. leave the warehouse on the same day.
Ash-free round filter papers for quantitative analysis.
The round filters are made of highly refined cotton linters and cellulose.
Cellulose content over 95%, therefore high stability and durability. Acid washed and neutralized with water. Free of minerals and metal ions, therefore ideally suited for the determination of trace elements. For analytical applications, quantitative and/or gravimetric routine procedures in food control, beverage analysis and environmental monitoring.
Applications:
Determination of ash content and PCB contamination in food according to LFBG Ashing of fruit juice samples for photometric analysis according to LFBG.
Analysis of galvanic baths: Aluminum, chromium, copper, nickel.
Coarse flocculent and gelatinous precipitates: Fe(OH), Al(OH), CuS,SiO.
Determination of heavy metals in water and wastewater analysis.
Beverage industry, based on the parameters recommended by MEBAK (Mitteleuropaische Brautechnische Analysenkommision): Determination of solids (field method), determination of ash content according to analyses according to LFBG Determination of protein components of sausages and beers by means of magnesium sulfate precipitation.
Cement industry: Blaine test (regulations UNE 80-112-91 and EN-196-6) and other analyses performed on cement.
Druckansicht (PDF) Druckansicht (PDF)
No. HN-0212
Manufacturer (Brand) Hahnemühle
old neoLab article no. 2-4622
EAN 4058072261344
Transport temperature Room temperature
autoclavable at 121°C No
diameter 70 mm
Color Black
Material Paper
sterile No
Filtration speed fast
Basis weight 79 g/m²
Surface/ Structure smooth
Variety Hahnemühle 589/1
Variety Munktell 388
Variety Whatman 41
Type filter Round filter
for type analysis quantitative