DURAN® Filter Disc, esintered glass, edge not fused, centred, surfaces untreated, Ø 70 mm, Porosity 1
- Manufactured from borosilicate glass 3.3
- Edge non-melted and centred, surfaces untreated
- Successful work through the correct choice of porosity (The largest pore size should be slightly below the grain size of the smallest particles still to be separated).
- Available in 6 different porosity classes
- Glass articles for further processing
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Product Overview
Glass powder with a certain particle size distribution results in a porous, solid body. These bodies are used as filter material in the form of plates and candles. Made of DURAN® (borosilicate glass 3.3). They are ideally suited for separations with strong acids or alkalis, for example, and thus offer advantages over other materials such as plastic or paper. Available in 6 different porosity classes according to ISO 4796 as well as ASTM EI28-99. Suitable for vacuum filtration with a maximum resulting pressure difference of 1 bar.
Specifications
| Material | Boro 3.3 See Details |
| Porosity | 1 |
| Height h (mm) | 5.5 |
| Disc Diameter (mm) | 70 |
| Height (mm) | 5.5 |
| Autoclavable | yes |
| Quantity | 1 |
Learn about the physical and chemical properties of our glass, plastic and rubber materials.
View Technical Information
Product Overview
Product Overview
Glass powder with a certain particle size distribution results in a porous, solid body. These bodies are used as filter material in the form of plates and candles. Made of DURAN® (borosilicate glass 3.3). They are ideally suited for separations with strong acids or alkalis, for example, and thus offer advantages over other materials such as plastic or paper. Available in 6 different porosity classes according to ISO 4796 as well as ASTM EI28-99. Suitable for vacuum filtration with a maximum resulting pressure difference of 1 bar.
Specifications
Specifications
| Material | Boro 3.3 See Details |
| Porosity | 1 |
| Height h (mm) | 5.5 |
| Disc Diameter (mm) | 70 |
| Height (mm) | 5.5 |
| Autoclavable | yes |
| Quantity | 1 |
Learn about the physical and chemical properties of our glass, plastic and rubber materials.
View Technical Information
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