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Cold Trap Bath BET-201
Methods & Principles: Common methods for sample evaporation, drying, concentration and purification include: • Distillation and rotary evaporation methods at high temperatures and under nearly atmospheric pressure, which can only process a single sample; • The freeze-drying method under low temperature and high vacuum conditions, which is time-consuming,...
- • TFT-LCD true color display screen, dual operation modes of touch screen and physical keys, displaying the set parameters and
- operating parameters at the same time.
- • Sealed wide-mouth collection bottles made of soda-lime glass with good chemical resistance and optional capacity.
- • Imported fluorine-free refrigeration compressor unit and eco-friendly refrigerant R404a, allowing for a wide temperature control
- Up to 3-Year Product Warranty
- US & EU Compliance Standards
- Door-to-Door Shipping
Technical Specifications
Detailed operating and construction parameters for this model.
| Model | BET-201 |
| Circulation method | Closed circulation |
| Freezing method | Refrigeration compressor, eco-friendly refrigerants |
| Max power | 300W |
| Temperatures of working environments | 15°C-30°C |
| Extreme temperature | -40°C |
| Adjustable temperature range | Room temperature to -40°C |
| Temperature control accuracy | ±1°C |
| Max capture volume for concentration and condensation | Medium: Water 260ml/12 hoursTemperature set at -15°C300ml collection bottle recommendedMedium: Ethanol 284ml/6 hoursTemperature set at -35°C to -40°C600ml collection bottle recommended |
| Condensing area of the collection chamber | 760cm² |
| Safety mechanism | Compressor overload protection, compressor timing protection, high-voltage switch protection, temperature self-regulation, defrosting |
| Pagoda Interface | Φ12 |
| Collection bottle volume | 200mL |
| Power supply | AC220V50HZ15A |
| Weight | 44kg |
| Dimensions (LxWxH) | 340mmx440mmx630mm |
Product Features
Key design, performance, usability, and safety advantages.
Applications Explore common laboratory, research, industrial, and process applications.
These cold traps are rapid solvent capture systems for efficient condensation of solvent vapors. When they condense vapor into a liquid, the reduction of gaseous substances increases the vacuum of the system, thus speeding up the concentration process and significantly improving the performance of the vacuum concentration system.