Low-Temperature Cooling Circulating Pump
A Low-Temperature Cooling Circulating Pump is a specialized mechanical device designed to provide low-temperature liquid circulation for advanced laboratory and industrial applications. Developed by Shanghai Changzheng Pump Valve, this equipment combines efficient cooling with versatile functionality, making it indispensable in scientific research, chemical processes, and industrial operations.
Concept and Core Features
The Low-Temperature Cooling Circulating Pump utilizes advanced mechanical refrigeration technology to generate and maintain low temperatures. Its primary functions include:
Supplying Low-Temperature Liquids: Delivers chilled fluids (e.g., ethylene glycol-water mixtures) to cool equipment or samples.
Temperature Regulation: Integrates with instruments such as rotary evaporators, vacuum freeze dryers, circulating water vacuum pumps, and magnetic stirrers to enable precise temperature control during experiments.
Multi-Purpose Use: Supports complex low-temperature chemical reactions, drug storage, and biological sample preservation.
Technical Advantages
High-Performance Components:
Equipped with original imported fully enclosed compressor units and circulation pumps from leading global manufacturers.
Advanced refrigeration components, including relays, protectors, and capacitors, ensure reliability and longevity.
Intelligent Control System:
Features a digital temperature display and microcomputer-controlled thermostat for user-friendly operation and precise temperature management.
Corrosion-Resistant Design:
The circulation system is constructed with anti-corrosion materials, minimizing contamination risks and extending service life.
Versatile Compatibility:
Compatible with external devices like electric mixers and capable of handling temperatures as low as -60°C.
Customizable Solutions:
Offers optional large-capacity models tailored to specific user requirements.
Applications
The pump is widely used in environments requiring strict temperature control, including:
Laboratories: Chemical, biological, physical, and pharmaceutical research labs.
Industries: Food processing, metallurgy, petrochemical engineering, and polymer production.
Academia: Universities and research institutions specializing in genetic engineering, materials science, and environmental studies.
Key Applications
Chemical Reactions: Facilitates controlled low-temperature synthesis and analysis.
Sample Storage: Maintains optimal conditions for sensitive biological specimens or pharmaceuticals.
Equipment Integration: Supports instruments like rotary evaporators and freeze dryers by providing stable cooling.
Industrial Processes: Used in heat-sensitive manufacturing steps, such as crystallization or distillation.
Why Choose This Pump?
Reliability: Combines robust design with imported components for minimal downtime.
Efficiency: Achieves rapid cooling with energy-saving operation.
Safety: Prevents leaks and contamination through durable, corrosion-resistant materials.
Whether in cutting-edge research or industrial production, the Low-Temperature Cooling Circulating Pump is a cornerstone of temperature-controlled workflows. Its adaptability and precision make it a must-have tool for modern scientific and industrial challenges.
