No gases escape during the reaction because the bomb, along with the known mass of the sample, and the oxygen, form a closed system. The weighed sample is then ignited within the steel container. The combustion releases energy, and the heat from this heats through the stainless steel wall, boosting the temperature of the steel bomb, its contents, and the nearby water-filled bomb calorimeter vessel. The water's temperature change is then precisely measured. The energy released by the sample burn is calculated using this reading and a bomb factor.

An example of a constant-volume calorimeter used to gauge the heat of combustion in a specific reaction is the bomb calorimeter. The calorific value of coal and other types of solid and liquid fuels is measured using a bomb calorimeter. Universities, research facilities, the animal feed industry, food quality, and coal's gross calorific value all employ bomb calimeters extensively. The isothermal, dynamic, and adiabatic types of oxygen bomb calorimeters are available from Manual to Fully Automatic models from DDS Calorimeter.

A bomb calorimeter is used in a variety of fields to quantify the amount of heat energy released or absorbed in different samples.

• Heat powders and explosives

• Instruction in fundamental thermodynamic principles;

 • Research on energy balances in ecology;

 • Rocket fuels and related propellants;

• Thermodynamic investigations of flammable materials;

Since we get along well with our suppliers, we never run out of the raw materials needed to make the lab equipment and instruments we sell. We employ aluminium, borosilicate glass, mild steel, teflon, stainless steel, and quartz glass.

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