Globetrek Engineering Corporation

Product Details:

We are offering to our clients superior quality range of Orsat Gas Analysis Apparatus at most affordable prices. Orsat Gas Analysis Apparatus with three absorption pipettes of two compartment type, 100 ml Gas Burette with outer jacket, manifold with stopcocks, and aspirator bottle, for the analysis of CO, O2, CO2 particularly in fuel and furnace gases, Complete in wooden cabinet with sliding doors.

3 Test Set Apparatus include following

• Comprising of levelling bottle
• Gas burette with outer jacket
• Three absorption pipettes
• 3-test manifold
• Calciumchloride tube and rubber below,in wooden-case with sliding doors

Product Details:

We are offering to our clients superior quality range of Orsat Gas Analysis Apparatus with goods quality wooden bxo . Orsat Gas Analysis Apparatus with 4 absorption pipettes of two compartment type, 100 ml Gas Burette with outer jacket, manifold with stopcocks, and aspirator bottle, for the analysis of CO, O2, CO2 particularly in fuel and furnace gases, Complete in wooden cabinet with sliding doors.

4 Test Set Apparatus include following

• Comprising of levelling bottle
• Gas burette with outer jacket
• Four absorption pipettes
• 4-test manifold
• Calciumchloride tube and rubber below,in wooden-case with sliding doors

Product Details:

Globetrek Engineering Corporation  is a leading exporter of superior quality Orsat Gas Analyser  at most affordable prices. Globetrek Orsat Gas Analysis Apparatus includes – three absorption pipettes of two compartment type, 100 ml Gas Burette with outer jacket, manifold with stopcocks, and aspirator bottle, for the analysis of CO, O2, CO2 particularly in fuel and furnace gases, Complete in wooden cabinet with sliding doors.

Product Details:

Being Manufactuere and exporter of Globetrek Orsat Gas Apparatus we can supply all spares required for Globetrek Orsat Apparatus .

Capacity of this Burette should be 100 ml. with jacket .

Product Details:

This Gas Calorimeter works on the Junker's principle of burning of a known volume of gas and imparting the heat with maximum efficiency to steadily flowing water and finding out of the rise in temperature of a measured volume of water. The formula, Calorific Value of Gas X Volume of Gas = Volume of water X Rise in Temperature, is then used to determine the Calorific Value of the Gas (assuming that heat capacity of water is unity).