Introduction
Refrigerated Thermostatic Bath and Heating Circulator operates at temperatures from -10°C to -100°C. It provides precise temperature control with a stability of ±0.05°C and a 14L/min flow rate. It features advanced safety mechanisms such as Overheat protection and a low liquid level alarm. Equipped with corrosion-resistant construction, it offers durability and long-lasting performance. Refrigerated Thermostatic Bath and Heating Circulator ensures non-contaminating circulation, preventing cross-contamination during experiments.
Manufactured under strict quality control processes, complying with international laboratory equipment standards. Provides 1-year warranty for main components and lifetime technical support.
Applications
Refrigerated Thermostatic Bath and Heating Circulator is essential for calibrating laboratory equipment, drug stability testing and formulation processes in pharmaceutical industry, biomedical studies, low-temperature research and experiments in cryogenic applications.
Specifications
| Capacity | 10 L |
| Temperature | -10°C to -100°C |
| Stability | ± 0.05 |
| Flow | 14L/min |
| Lift | 12 m |
| Opening | 160 × 140 mm |
| Depth | 180 mm |
| Dimension | 450 × 360 × 820 mm |
Features
Excellent Stability
Impressive Lift Capacity
Large Opening
Deep Bath
Adjustable Configuration
Digital Display
Flexible Mounting Options
Noise Reduction Technology
Easy Maintenance
FAQs
1. What is a Refrigerated Thermostatic Bath and Heating Circulator?
A Refrigerated Thermostatic Bath and Heating Circulator is an apparatus designed to precisely control and maintain the temperature of liquids by both heating and cooling.
2. Can Refrigerated Thermostatic Bath and Heating Circulator be used in pharmaceutical research?
It is used in pharmaceutical research for stability testing, dissolution testing, and temperature-sensitive compound analysis.
3. Can Refrigerated Thermostatic Bath and Heating Circulator be used in environmental testing?
It is used to simulate different environmental temperatures for testing materials, electronics or biological samples.
4. Is Refrigerated Thermostatic Bath and Heating Circulator suitable for petrochemical testing?
It is used in petrochemical labs for testing oil properties, flash point determinations and Cold Filter Plugging Point (CFPP) tests.
5. Can Refrigerated Thermostatic Bath and Heating Circulator be used for metallurgical or corrosion studies?
It is used to simulate thermal environments to test corrosion resistance, metal fatigue or phase changes in metallurgical studies.
6. Can Refrigerated Thermostatic Bath and Heating Circulator be used in fuel and biofuel research?
It is essential for evaluating the thermal behavior, viscosity and freezing points of fuels and biofuels under controlled environments.
7. Can Refrigerated Thermostatic Bath and Heating Circulator be used for DNA or RNA sample preparation?
It is used to provide precise temperature control necessary for sensitive molecular biology protocols, including enzyme reactions and nucleic acid stability.
8. Can Refrigerated Thermostatic Bath and Heating Circulator be applied in aerospace component testing?
It is used to test materials and small components for performance and stability under extreme temperature conditions found in aerospace environments.
9. Can Refrigerated Thermostatic Bath and Heating Circulator be used for fermentation temperature control?
It is used to maintain specific temperature for microbial or yeast fermentation in biotech and food industries.
10. Can Refrigerated Thermostatic Bath and Heating Circulator be used in forensic science labs?
It is used for controlled sample preparation, preservation and temperature-sensitive forensic testing procedures.
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