at which temperature both isothermal and adiabatic processes are equal
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Harper offers continuous high temperature thermal process systems for companies in advanced materials markets, with installations worldwide from lab scale to complete production lines. Our range of experience across different techniques, process methodologies, and applications allows us to deliver unique solutions for every project. As an end-to-end partner, we design, manufacture, install, and service the equipment to fully support all the customer’s needs.
Harper’s expertise in high temperature furnaces is focused on continuous processing at temperatures of 300 to 3000°C. Precise control of temperature, process atmosphere, material flow, and residence time ensure consistent and uniform material production. Additionally, because of the high temperatures associated with Harper furnaces, we are experts in ensuring our equipment is exceptionally energy efficient. We focus on incorporating materials and design features that result in the conservation of energy, cooling water, and protective atmospheres.
Our team’s experience in developing distinctive furnace, oven, and kiln systems for every application includes calcination, graphitization, carburization, controlled oxidation, oxide reduction, purification, pyrolysis, drying, reduction, solid-solid reaction, gas-solid reaction, metalizing, debinding, and waste remediation.
Harper’s expertise in high temperature furnaces is focused on continuous processing at temperatures of 300 to 3000°C. Precise control of temperature, process atmosphere, material flow, and residence time ensure consistent and uniform material production. Additionally, because of the high temperatures associated with Harper furnaces, we are experts in ensuring our equipment is exceptionally energy efficient. We focus on incorporating materials and design features that result in the conservation of energy, cooling water, and protective atmospheres.
Our team’s experience in developing distinctive furnace, oven, and kiln systems for every application includes calcination, graphitization, carburization, controlled oxidation, oxide reduction, purification, pyrolysis, drying, reduction, solid-solid reaction, gas-solid reaction, metalizing, debinding, and waste remediation.
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