DURAN® Blank for Reaction Vessel, for DN 100, 2000 mL

  • Manufactured from borosilicate glass 3.3
  • Component for further processing into reaction vessels
  • Due to the geometry and the massive wall thickness, the blanks are suitable for devices with pressure and vacuum applications.
  • Glass articles for further processing
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Catalog Number:
Product Overview
DURAN® blanks for reaction vessels are convincing due to their good wall thickness distribution and enable the cost-effective production of reaction vessels with reproducible geometry. For pressure resistance, please refer to our notes in the technical appendix of the laboratory glassware catalogue. For glass articles which deviate from the original form due to further processing, the permissible operating data must be determined in accordance with the technical rules and regulations.

Specifications

Specifications
Boro 3.3 Boro 3.3 See Details
Material Boro 3.3 See Details
Diameter d (mm) 140
Height h (mm) 210
d1 (OD) (mm) 106
Capacity (mL) 2000
Diameter (mm) 140
DN 100
Neck OD (mm) 106
Height (mm) 210
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
DURAN® blanks for reaction vessels are convincing due to their good wall thickness distribution and enable the cost-effective production of reaction vessels with reproducible geometry. For pressure resistance, please refer to our notes in the technical appendix of the laboratory glassware catalogue. For glass articles which deviate from the original form due to further processing, the permissible operating data must be determined in accordance with the technical rules and regulations.
Specifications

Specifications

Specifications
Boro 3.3 Boro 3.3 See Details
Material Boro 3.3 See Details
Diameter d (mm) 140
Height h (mm) 210
d1 (OD) (mm) 106
Capacity (mL) 2000
Diameter (mm) 140
DN 100
Neck OD (mm) 106
Height (mm) 210
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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