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Materials: Borosilicate Glass

Vacuum Cold Trap for Laboratory Vapour Capture, BORO 3.3 Glass – Each

From $129.90 (Ex GST)

Chemical Resistant
Glass Boro
  • Vacuum cold trap for capturing vapours in laboratory systems.
  • Made from BORO 3.3 glass for chemical and thermal resistance.
  • Helps protect vacuum pumps from solvent vapour contamination.
  • Suitable for distillation, evaporation and vacuum applications.
  • Clear glass body supports easy visual monitoring during use.
  • Designed for chemistry, research and teaching laboratories.

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SKU: LC-13-VCT380 Category: Brand:

Description

Vacuum Cold Trap for Laboratory Vapour Capture, BORO 3.3 Glass is designed to capture condensable vapours in laboratory vacuum systems before they enter the vacuum pump or exhaust line. It is commonly used in chemistry, research, analytical, industrial, and teaching laboratories where solvent vapours, moisture, or volatile compounds need to be condensed and retained during vacuum-assisted workflows.

Manufactured from BORO 3.3 borosilicate glass, this vacuum cold trap provides strong chemical resistance, low thermal expansion, and reliable thermal stability for routine laboratory use. BORO 3.3 glass is widely used in laboratory glassware because it performs well under controlled heating, cooling, solvent exposure, and vacuum-related applications when used correctly with compatible equipment.

The cold trap is typically positioned between the laboratory apparatus and the vacuum source. During operation, vapours pass through the cooled glass trap, where suitable condensable substances may be collected before they reach the pump. This helps reduce contamination, supports cleaner vacuum operation, and can extend pump service life by limiting direct exposure to solvent vapours and condensable residues.

This BORO 3.3 glass cold trap is suitable for use in compatible vacuum setups such as solvent evaporation, vacuum distillation, vacuum drying, filtration protection lines, and general laboratory vapour capture assemblies. The actual capture performance depends on the vapour type, coolant used, trap temperature, vacuum level, flow rate, and correct laboratory setup.

The clear borosilicate glass body allows laboratory users to visually monitor condensate build-up, residue, cleanliness, and internal condition before, during, and after use. This visibility supports safer handling and easier cleaning, especially in laboratories where different solvents or volatile materials are used across multiple workflows.

From a quality perspective, BORO 3.3 borosilicate glass is associated with ISO 3585 material quality for borosilicate glass 3.3 used in laboratory glassware and related apparatus. It is also commonly aligned with ASTM E438 Type I Class A expectations for low-expansion borosilicate laboratory glass. These references support stronger technical confidence when selecting glassware for chemical durability, thermal stability, and laboratory reliability.

LabChoice Australia supplies BORO 3.3 laboratory glassware for Australian schools, universities, research laboratories, industrial facilities, and quality control environments. This Vacuum Cold Trap for Laboratory Vapour Capture, BORO 3.3 Glass is a practical choice for laboratories needing reliable vapour capture, pump protection, clear glass visibility, and compatibility with suitable vacuum glassware assemblies.

Item Code Joint Size Approx. OD (mm) Approx. H (mm) Pack
Work plate Dimension 34/45 40 250 1
Work plate Dimension 45/50 50 300 1
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