Refrigerated vacuum cold trap for lab applications
Protect your vacuum pumps from harmful vapors while reducing operating costs with a space-saving, benchtop cold trap designed for effective vapor condensation and dehydration.
Traps Condensable Vapors in Vacuum Systems
The FTS Vapor Trap is an engineered solution from SP Industries, designed to enhance vacuum system efficiency. This refrigerated cold trap employs mechanical refrigeration, eliminating the need for dry ice and liquid nitrogen, while ensuring efficient vapor trapping. Constructed from stainless-steel, the Dewar design traps condensable vapors with freezing points higher than its operating temperature, extending vacuum pump life and reducing maintenance costs.
Ideal for biopharmaceutical, fine chemical, and coating material applications, the trap is essential for producing monoclonal antibodies, lyophilized vaccines, and parylene conformal coatings. Capable of handling vacuum pumps up to 250 liters/minute, it integrates seamlessly into benchtop operations, offering -50°C or -90°C configurations with capacities of 2, 4, or 8 liters to suit specific research needs.
The compact design saves laboratory space, while its simple digital interface ensures user-friendly operation. This equipment aligns with stringent industry standards, providing reliable performance for pharmaceutical manufacturers, life sciences companies, and research laboratories.
Benefits
- Extends vacuum pump lifespan by preventing vapor contamination.
- Minimizes operational costs without the need for expendable refrigerants.
- Optimizes laboratory space with compact, benchtop-friendly design.
- Enhances process efficiency with customizable temperature and capacity options.
- Ensures user convenience with straightforward digital controls.
- Applications
- Biopharmaceuticals,Vacuum equipment components,Coating materials,Fine chemicals
- End products
- Parylene conformal coatings,Lyophilized vaccines,Monoclonal antibodies,Vacuum-sealed components,Catalyst precursors
- Steps before
- Gas Stream Preparation,Chemical Vapor Deposition Setup,Parylene Coating Preparation
- Steps after
- Vacuum Pump Maintenance,Vacuum Oven Operation,Dryer Integration,Sample Analysis
- Input ingredients
- harmful vapors,condensable vapors,vapor streams
- Output ingredients
- trapped condensable vapors,protected vacuum pumps,cooled vapor streams
- Market info
- Capacity
- 2-,4-,and 8-liter
- Cooling temperature
- -50°C / -90°C
- Vacuum pump compatibility
- up to 250 liters/minute or 9 standard cubic feet/minute
- Working Mechanism
- Mechanical Refrigeration
- Temperature Range
- -50°C to -90°C
- Batch vs. Continuous Operation
- Batch
- Automation Level
- Digital Temperature Readout
- Integration Options
- Vacuum Oven,Dryer
- Energy Efficiency
- Energy-saving Operation
- Capacity Variants
- 2-,4-,8-liter
- Stainless Steel
- Stainless-steel Dewar
- Compatible with Vacuum Pumps
- up to 250 liters/minute
- Compact footprint
- Benchtop design
- Condenser capacity
- 2-,4-,and 8-liter configurations
- Operating temperature
- -50°C or -90°C
- Material of construction
- Stainless steel Dewar
- Capacity
- 2-,4-,8-liter
- Compact footprint
- Benchtop design