Jindal high precision water bath is a table top model with double walled construction is ideally suited for experiments or research work requiring very precisely controlled temperature with an accuracy of 0.1°C of digital temp. Controller.
The inner chamber is made of thick stainless steel sheet & is 100% leak proof and the welding itself is ground properly to give a smooth inside working surface. The outer wall consists of thick mild steel sheet which is duly powder coated. The inner chamber is insulated from the outer atmosphere with high grade glass wool to ensure constant temperature and minimum loss of heat. 
It is provided with a glass window for an easy inside view. A speed controlled stirrer is provided for continuous stirring of the medium to ensure uniform temperature throughout. The heating mechanism comprises of sets of heaters corresponding to faster and slower heating. The later are meant for very precise control of temperature. The temperature is controlled from ambient to 100.0°C ± 0.2°C by a highly accurate microprocessor based PID temperature indicator cum controller.

Jindal high precision water bath is a table top model with double walled construction is ideally suited for experiments or research work requiring very precisely controlled temperature with an accuracy of 0.1°C of digital temp. Controller.
The inner chamber is made of thick stainless steel sheet & is 100% leak proof and the welding itself is ground properly to give a smooth inside working surface. The outer wall consists of thick mild steel sheet which is duly powder coated. The inner chamber is insulated from the outer atmosphere with high grade glass wool to ensure constant temperature and minimum loss of heat. 
It is provided with a glass window for an easy inside view. A speed controlled stirrer is provided for continuous stirring of the medium to ensure uniform temperature throughout. The heating mechanism comprises of sets of heaters corresponding to faster and slower heating. The later are meant for very precise control of temperature. The temperature is controlled from ambient to 100.0°C ± 0.2°C by a highly accurate microprocessor based PID temperature indicator cum controller.