Glass Fiber Filters

Cellulose Filters

Glass Fiber

Membranes

Extraction Thimbles

Special Filter Product

Syringe Filters

Industries and Applications

pH Tests

Semi Quantitative Test Strips

Qualitative Test Papers

Test Strip Readers

Urinalysis

Industries and Application

Visual Test Kits

Photometric Tests 

Analytical Quality Assurance

Photometers

Heating Blocks

Microbiological Analysis

Reagent Cases

Microscopy 2.0

Solid Phase Extraction (SPE)

Sample Filtration

Vials and Caps

Flash Chromatography/LC Adsorbents

HPLC and UHPLC Thin Layer Chromatography

Gas Chromatography (GC)

Kits

Sample Materials 

Research Areas

HTP

BioBrands

Glass fiber filter circles

Glass fiber filters without binder – Gravimetric analysis

Glass fiber filter circles, MN GF-3, Binder-free, Retention: 0.6 µm

Glass fiber filter circles

Glass fiber filter circles, MN GF-3, Binder-free, Retention: 0.6 µm

Item number: 413012

Content: 100piece(s)

 

MN GF‑3 is slightly more retentive than MN GF‑1. This binder-free glass fiber filter paper is used for the collection of suspended solids in potable water as well as natural and industrial waste water in many parts of the world.

 

 

Glass fiber filter circles, MN 439, Binder-free, Retention: 1.5 µm

Glass fiber filter circles

Glass fiber filter circles, MN 439, Binder-free, Retention: 1.5 µm

 
 
MN 439 is a binder-free glass fiber filter with excellent temperature stability up to 550 °C. It is commonly used in water pollution monitoring. Suitable for determination of totals suspended solids (TSS) and total dissolved solids (TDS).

Glass fiber filter circles, MN GF-1, Binder-free, Retention: 0.7 µm

Glass fiber filter circles

Glass fiber filter circles, MN GF-1, Binder-free, Retention: 0.7 µm

 
Package unit 100 Piece(s)
 

MN GF‑1 is a binder-free glass fiber filter paper that offers fine particle retention, high flow rate and good loading capacity. It is used for high efficiency laboratory filtration as well as air sampling.

Glass fiber filter circles, MN GF-2, Binder-free, Retention: 0.5 µm

Glass fiber filter circles

Glass fiber filter circles, MN GF-2, Binder-free, Retention: 0.5 µm

412012

Package unit 100 Piece(s)

MN GF‑2 is a binder-free glass fiber filter paper with three times higher basis weight than GF‑1. It combines fine particle retention with excellent loading capacity

Glass fiber filter circles, MN GF-5, Binder-free, Retention: 0.4 µm

Glass fiber filter circles

Glass fiber filter circles, MN GF-5, Binder-free, Retention: 0.4 µm

 
Package unit 100 Piece(s)
 
 

MN GF‑5 is a binder-free glass fiber filter paper with excellent retention of fine particles. It is often used in combination with membranes to protect the membrane from clogging.

 

Glass fiber filter circles, MN 85/90 BF, Binder-free, Retention: 0.5 µm

Glass fiber filter circles

Glass fiber filter circles, MN 85/90 BF, Binder-free, Retention: 0.5 µm

 

Package unit 100 Piece(s)

 
 

MN 85/90 BF is a binder-free filter paper for difference weight analysis. This paper is especially used in water treatment facilities for example for the determination of suspended solids.

 

Glass fiber filter circles, MN GF-6, Binder-free, Retention: 0.6 µm

Glass fiber filter circles

Glass fiber filter circles, MN GF-6, Binder-free, Retention: 0.6 µm

 

Package unit 100 Piece(s)

 

MN GF‑6 is a binder-free glass fiber filter paper with medium retention and flow rate for general laboratory filtration.

 

Filter paper sheets MN 86/70 BF, for DIN EN 646 and EN 648 color fastness test

Filter paper sheets MN 86/70 BF, for DIN EN 646 and EN 648 color fastness test

 

Package unit 100 Piece(s)

The glass fiber paper MN 86/70 BF fulfills all requirements of color fastness determination in paper and cardboard according to the standards DIN EN 646:2019-02 and DIN EN 648:2019-02. The paper is binder-free, free of cellulose and optical brighteners. It has a pH value of 9.0-9.5 and a basis weight of 70 g/m². It is subject to special quality control and is recommended by specialist groups for this application.

 

Glass fiber filter circles, MN GF-4, Binder-free, Retention: 1.4 µm

Glass fiber filter circles

Glass fiber filter circles, MN GF-4, Binder-free, Retention: 1.4 µm

Package unit 100 Piece(s)

 

MN GF‑4 is a binder-free glass fiber filter paper with good loading capacity and high flow rates.

 

. 

Glass fiber filter circles, MN 85/70 BF, Binder-free, Retention: 0.6 µm

Glass fiber filter circles

Glass fiber filter circles, MN 85/70 BF, Binder-free, Retention: 0.6 µm

 

Package unit 100 Piece(s)

 

MN 85/70 BF is the binder free alternative to MN 85/70. Suitable for gravimetric analysis with heat stability up to 500 °C.

 

Glass fiber filters with binder high mechanical strength

Glass fiber filter circles, MN 85/70, With binder, Retention: 0.6 µm

Glass fiber filter circles

Glass fiber filter circles, MN 85/70, With binder, Retention: 0.6 µm

Package unit 100 Piece(s)

 
 
 
MN 85/70 is slightly less retentive than MN 85/90, lighter and thinner. The filter contains an organic binder for high mechanical strength with temperature stability up to 200 °C

Glass fiber filter circles, MN 85/90, With binder, Retention: 0.5 µm

Glass fiber filter circles

Glass fiber filter circles, MN 85/90, With binder, Retention: 0.5 µm

 
 

Package unit 100 Piece(s)

 
 

MN 85/90 is the most widely used, general purpose glass fiber filter with very good mechanical stability. The filter contains an organic binder and is stable up to 200 °C.

 

Glass fiber filter circles, MN 85/220, With binder, Retention: 0.4 µm

Glass fiber filter circles

 

Glass fiber filter circles, MN 85/220, With binder, Retention: 0.4 µm

 

Package unit 100 Piece(s)

 

MN 85/220 is a thick glass fiber paper with high basis weight for the filtration of large volumes of liquids.

 

Quartz fiber filters – For air pollution monitoring

Quartz fiber filter circles, MN QF-10, Quartz glass

Glass fiber filter circles

Quartz fiber filter circles, MN QF-10, Quartz glass

 

Package unit 100 Piece(s)

MN QF‑10 are quartz fiber filters with exceptionally low metal content. They are especially suitable for air pollution monitoring.

 
Follow by Email
LinkedIn
LinkedIn
Share