Laborate Star

The Shell and Tube Heat Exchanger is a widely used heat transfer equipment designed to study the exchange of heat between two fluids—one flowing through tubes and the other through the surrounding shell. This apparatus is commonly used in Chemical Engineering laboratories to understand heat transfer mechanisms and evaluate exchanger performance.

It allows students to analyze key parameters such as heat transfer coefficient, temperature distribution, and efficiency under different flow configurations like parallel flow and counter flow.

• Durable shell and tube construction
• Multiple tubes for efficient heat transfer
• Provision for parallel and counter flow operation
• Digital temperature indicators at inlet and outlet
• Easy flow control using valves and rotameters
• Compact and sturdy frame-mounted design

A recirculating chiller is a cooling system designed to remove heat from laboratory or industrial equipment by circulating a coolant through a closed-loop system. It provides precise temperature control for processes that require consistent cooling over extended periods.

Key Features:

• Cooling Method: Circulates a liquid (usually water or a water-glycol mixture) through equipment to absorb heat.

• Temperature Range: Typically from -20 °C up to 25 °C or higher, depending on the model.

• Construction: Equipped with a pump, reservoir, heat exchanger, and refrigeration system for continuous cooling.

• Control: Digital temperature controllers for accurate and stable operation.

• Applications:

  • Cooling laboratory instruments (e.g., condensers, rotary evaporators)

  • Industrial process cooling

  • Laser cooling systems

  • Semiconductor or pharmaceutical equipment

Advantages:

• Maintains precise and stable temperature

• Reduces overheating risk in sensitive equipment

• Energy-efficient and safe for continuous operation

• Compact and versatile

A recirculating chiller is a cooling system designed to remove heat from laboratory or industrial equipment by circulating a coolant through a closed-loop system. It provides precise temperature control for processes that require consistent cooling over extended periods.

Key Features:

• Cooling Method: Circulates a liquid (usually water or a water-glycol mixture) through equipment to absorb heat.

• Temperature Range: Typically from -20 °C up to 25 °C or higher, depending on the model.

• Construction: Equipped with a pump, reservoir, heat exchanger, and refrigeration system for continuous cooling.

• Control: Digital temperature controllers for accurate and stable operation.

• Applications:

  • Cooling laboratory instruments (e.g., condensers, rotary evaporators)

  • Industrial process cooling

  • Laser cooling systems

  • Semiconductor or pharmaceutical equipment

Advantages:

• Maintains precise and stable temperature

• Reduces overheating risk in sensitive equipment

• Energy-efficient and safe for continuous operation

• Compact and versatile

A recirculating chiller is a cooling system designed to remove heat from laboratory or industrial equipment by circulating a coolant through a closed-loop system. It provides precise temperature control for processes that require consistent cooling over extended periods.

Key Features:

• Cooling Method: Circulates a liquid (usually water or a water-glycol mixture) through equipment to absorb heat.

• Temperature Range: Typically from -20 °C up to 25 °C or higher, depending on the model.

• Construction: Equipped with a pump, reservoir, heat exchanger, and refrigeration system for continuous cooling.

• Control: Digital temperature controllers for accurate and stable operation.

• Applications:

  • Cooling laboratory instruments (e.g., condensers, rotary evaporators)

  • Industrial process cooling

  • Laser cooling systems

  • Semiconductor or pharmaceutical equipment

Advantages:

• Maintains precise and stable temperature

• Reduces overheating risk in sensitive equipment

• Energy-efficient and safe for continuous operation

• Compact and versatile