DURAN® Bloom Test Vessel, ID Ø 59 mm
- Manufactured from borosilicate glass 3.3
- Thick-walled and therefore particularly resistant to mechanical stress
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Product Overview
The multitude of different work steps in the laboratory environment demands a multitude of universally applicable glassware. These glass devices usually have a very simple shape and are characterized by their versatility. In the fields of food technology and pharmaceutical technology, the gelling power of gelatine (gelatine strength) is described. For this purpose, the gelatine is poured into a specific shape, which is used to determine the Bloom value. A Bloom test glass is required for this step.
Specifications
| Boro 3.3 | Boro 3.3 See Details |
| Material | Boro 3.3 See Details |
| Diameter d (mm) | 59 |
| Height h (mm) | 85 |
| Diameter (mm) | 59 |
| Height (mm) | 85 |
| Autoclavable | yes |
| Quantity | 10 |
Learn about the physical and chemical properties of our glass, plastic and rubber materials.
View Technical Information
Product Overview
Product Overview
The multitude of different work steps in the laboratory environment demands a multitude of universally applicable glassware. These glass devices usually have a very simple shape and are characterized by their versatility. In the fields of food technology and pharmaceutical technology, the gelling power of gelatine (gelatine strength) is described. For this purpose, the gelatine is poured into a specific shape, which is used to determine the Bloom value. A Bloom test glass is required for this step.
Specifications
Specifications
| Boro 3.3 | Boro 3.3 See Details |
| Material | Boro 3.3 See Details |
| Diameter d (mm) | 59 |
| Height h (mm) | 85 |
| Diameter (mm) | 59 |
| Height (mm) | 85 |
| Autoclavable | yes |
| Quantity | 10 |
Learn about the physical and chemical properties of our glass, plastic and rubber materials.
View Technical Information
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