Refrigerated vacuum cold trap for chemical vapor applications
Efficiently trap corrosive vapors and eliminate the need for costly cryogenic liquids while safeguarding your processes with advanced refrigeration technology.
Traps and Dehydrates Vapors in Corrosive Environments
The FTS Titan Trap from Scientific Products is a refrigerated vacuum cold trap designed for challenging environments in pharmaceutical and chemical processing industries. Its innovative titanium coil within a PTFE-coated stainless steel pot offers exceptional corrosion resistance, ideal for trapping aggressive chemical vapors. Featuring an energy-efficient mechanical refrigeration system, it eliminates the need for costly cryogenic liquids. Operating at a low temperature of -100°C, it accommodates varying vapor loads with 4- or 8-liter condenser configurations. The trap supports systems using vacuum pumps up to 250 liters/minute, making it suitable for applications such as parylene coating, oligonucleotide manufacturing, and gas stream dehydration. Additionally, an optional microprocessor-based controller ensures precise process control and monitoring.
Benefits
- Protects valuable equipment from corrosive damage through superior material resistance.
- Eliminates operational hazards and costs associated with expendable refrigerants.
- Optimizes lab space with its compact benchtop design.
- Supports diverse research and production requirements with adaptable chamber capacities.
- Enhances process control and efficiency with optional digital monitoring features.
- Applications
- Fine chemicals,Oligonucleotide manufacturing,Chemical vapor deposition,Biopharmaceuticals,Parylene coating,Gas stream dehydration
- End products
- Biologic drugs,Electronic insulation coatings,Specialty chemicals,Synthetic dna sequences,Dehydrated industrial gases,Thin-film semiconductors
- Steps before
- Purification,Chemical Vapor Deposition Preparation,Vacuum System Setup
- Steps after
- Vacuum Pump Protection,Parylene Coating,Gas Stream Dehydration
- Input ingredients
- vapor stream,aggressive chemicals,gas stream,orienting material
- Output ingredients
- trapped vapor,dehydrated gas,chemical vapor deposition byproducts,protected vacuum pump output
- Market info
- Capacity
- 4 or 8 liters
- Low Temperature
- -100°C
- Vacuum Pump Compatibility
- Up to 250 liters/minute
- Construction Material
- Titanium,PTFE,Glass
- Refrigeration
- Mechanical
- Automation
- Optional microprocessor-based controller
- Design
- Compact benchtop
- Corrosion Resistance
- Yes
- Low temperature capability
- -100°C
- Chamber capacity
- 4 or 8 liters
- Corrosion resistance
- Titanium,PTFE,and glass exposed
- Refrigeration type
- Mechanical refrigeration
- Compatibility with vacuum pumps
- Up to 250 liters/minute
- Digital control capabilities
- Optional microprocessor-based controller
- Display features
- Digital temperature and vacuum display
- Automation level
- Automated process control
- Corrosion resistance
- Titanium,PTFE,Glass
- Resistance to aggressive chemicals
- Titanium
- Corrosive resistance (e.g. acids)
- Titanium,PTFE-coated stainless steel
- Cleanability
- Titanium,PTFE,Glass
- Chamber capacity
- 4- or 8-liter
- Compact footprint
- Benchtop design
- Chamber capacity
- 4-liter / 8-liter
- Material exposure
- Titanium,PTFE,Glass
- Temperature range
- -100°C
- Refrigeration type
- Mechanical
- Vacuum pump capability
- Up to 250 liters/minute
- Chamber capacity
- 4-liter / 8-liter
- Compact footprint
- Benchtop design
- Cooling technology
- Mechanical refrigeration
- Corrosion resistance
- Titanium,PTFE,and glass
- Minimum temperature
- -100°C
- Integration capability
- With vacuum pumps up to 250 liters/minute
- Control system
- Optional microprocessor-based controller with digital display