Bath/Circulators
NESLAB REFRIGERATED BATH CIRCULATOR,800 WATT
Refrigerated Bath with Digital Plus Programmable Controller
Explore Our Range of Temperature Control Equipment
Temperature control equipment is essential for maintaining precise thermal conditions in laboratory settings. It ensures accurate results and enhances experimental reliability.
-
-
Bath/Circulators
NESLAB REFRIGERATED BATH CIRCULATOR, 10-LITER
Bath / Circulator
-
Bath/Circulators
NESLAB RECIRCULATING CHILLER 500 WATT
Refrigerated Bath, 230 Volt, 50 Hz Includes automatic reservoir refill system.
-
Water Baths
IMTEC QZ-A1252-14
Acculine/Accubath Quartz Tank, Laminated Heating for Dual 125mm Cassettes -
Bath/Circulators
LYDALL AFFINITY LYTRON DUAL LOOP CHILLER 13000 WATT
-
Bath/Circulators
VWR SCIENTIFIC BATH/CIRCULATOR
Bath/Circulator
-
Bath/Circulators
NESLAB RECIRCULATING CHILLER 2000 WATT
Refrigerated Bath, 230 Volt, 50 Hz
-
Bath/Circulators
BARNSTEAD LAB-LINE RECIPROCATING WATER BATH SHAKER
Digital Reciprocating Water Bath Shaker
Common Applications
Chemical Reactions
Biological Incubation
Sample Preservation
Material Testing
Pharmaceutical Development
Environmental Simulation
Frequently Asked Questions
What types of temperature control equipment are available?
Temperature control equipment includes laboratory chillers, heating circulators, temperature baths, and thermostats. Each type offers specific functionalities for maintaining and adjusting thermal conditions in various experimental setups.
How do laboratory chillers work?
Laboratory chillers remove heat from a process by circulating a cooling fluid. They are vital for experiments requiring precise temperature regulation, helping to maintain stable thermal conditions.
What should I consider when selecting temperature control equipment?
Consider the required temperature range, control precision, compatibility with existing lab setups, and the specific application needs to ensure optimal performance and accuracy.
What are the benefits of using temperature baths in labs?
Temperature baths provide uniform heating or cooling, essential for experiments needing consistent thermal conditions. They enhance result accuracy and improve experimental repeatability.