Lab Expo LLC
Request Quote User Image
login/signup cart 0
Rapid Low Temperature Circulating Bath 10-RLB111

Rapid Low Temperature Circulating Bath 10-RLB111

Rapid Low Temperature Circulating Bath 10-RLB111 has a volume of 10L and can achieve temperatures as low as -20 °C. It maintains reliable low temperatures while the anti-corrosive circulatory system enhances durability. It utilizes advanced microcomputer control for precise temperature regulation. Our rapid low temperature circulating bath is engineered for optimal cooling performance in scientific applications.

$4,776.00 $ 3980

Rapid Low Temperature Circulating Bath 10-RLB111 - Specifications

Volume 10 L
Temperature Range - 20 °C
Temperature Stability ± 0.5 °C
Pump Flow 20 L / min
Refrigerating Capacity 2651 W
Head of Delivery 10 m

Rapid Low Temperature Circulating Bath 10-RLB111 - Key Features

  • 10 litre working reservoir designed for uniform heat extraction
  • Refrigeration system capable of achieving and maintaining −20 °C conditions
  • Precision temperature control with ±0.5 °C regulation accuracy
  • Integrated coolant circulation pump delivering steady flow for efficient exchange
  • User interface with LCD display and active fluid level sensing

Rapid Low Temperature Circulating Bath 10-RLB111 - Applications

FunctionImplementation
Precise temperature conditioningMaintain sub-ambient setpoints for physical/chemical samples
Closed-loop coolant circulationSupply consistent chilled coolant to external apparatus
Heat dissipation in test systemsRemove heat in instrumentation requiring low temp baths
Process stability supportStabilize thermal environment in experiments
Laboratory thermal control tasksUse in analytical labs, R&D, quality control benches

Rapid Low Temperature Circulating Bath 10-RLB111 - Catalog

Rapid Low Temperature Circulating Bath 10-RLB111 Catalog

Related Rapid Low Temperature Cooling Circulating Bath

Lab Expo Rapid Low Temperature Cooling Circulating Bath supports precision cooling workflows where stable low-temperature control and continuous circulation are required for reaction and conditioning processes. The system operates with microprocessor-regulated cooling and high-pressure liquid circulation to maintain uniform temperature distribution. Corrosion-resistant circulation components and integrated safety protections ensure controlled operation, while digital LCD monitoring enables accurate adjustment and consistent cooling performance during extended laboratory use.