We are actively engaged in offering a wide assoretment of Coil Type Heat Exchanger in Maharashtra, India. Our Heat Exchanger is manufactured using the finest quality glass tubes. We make available Heat Exchanger with different technical specifications as per the requirement of buyers. Durability, flawless performance and longer functional life are some of the key features of our Heat Exchanger. Our Heat Exchanger is easy to use and require low maintenance.
Technical Specifications :

• All Glass items shown are manufactured from borosilicate glass 3.3 are widely used as the basis for the construction of complete process systems all over the chemical, dyestuff, food pharmaceutical, and petrochemical industries. The abbreviation for the coefficient of linear expansion which is (3.3 ± 0.1) x 10-6 K-1 . This is lower than any other industrial glass. Since this glass expands less, the tensile stresses in the glass wall during heating are less, which means that it is able to withstand a greater thermal shock and the maximum working pressure for a given operating temperature is greater.
• One reason for this widespread used is the special properties of borosilicate glass 3.3 (see below), complemented by the use of other highly corrosion resistant materials such as PTFE and ceramics

We are actively engaged in offering a wide assoretment of Coil Type Heat Exchanger in Maharashtra, India. Our Heat Exchanger is manufactured using the finest quality glass tubes. We make available Heat Exchanger with different technical specifications as per the requirement of buyers. Durability, flawless performance and longer functional life are some of the key features of our Heat Exchanger. Our Heat Exchanger is easy to use and require low maintenance.
Technical Specifications :

• All Glass items shown are manufactured from borosilicate glass 3.3 are widely used as the basis for the construction of complete process systems all over the chemical, dyestuff, food pharmaceutical, and petrochemical industries. The abbreviation for the coefficient of linear expansion which is (3.3 ± 0.1) x 10-6 K-1 . This is lower than any other industrial glass. Since this glass expands less, the tensile stresses in the glass wall during heating are less, which means that it is able to withstand a greater thermal shock and the maximum working pressure for a given operating temperature is greater.
• One reason for this widespread used is the special properties of borosilicate glass 3.3 (see below), complemented by the use of other highly corrosion resistant materials such as PTFE and ceramics