What is a continuous carbonization paint removal furnace?

The continuous carbonization paint removal furnace is an efficient and environmentally friendly industrial equipment specially used to treat paint and coatings on the surface of metal scraps. Through a high-temperature pyrolysis process, it can not only remove coatings, but also recover metals and reuse resources.

working principle

The working principle of the continuous carbonization paint removal furnace is based on the pyrolysis reaction under anaerobic or anoxic conditions. In this process, metal scraps are continuously fed into the furnace and treated at high temperatures to break down paint and other organic matter, leaving behind pure metal. This process is not only efficient, but also produces almost no harmful gases and meets environmental protection requirements.

Application areas

Continuous carbonization paint removal furnace is widely used in many fields, including but not limited to:

Paint peeling off cans

Lithium battery pyrolysis

Enameled wire treatment

Biomass carbonization

scrap metal disposal

These applications demonstrate the wide applicability and high performance of continuous carbonization paint removal furnaces in different industrial waste treatments.

Technical advantages

The technical advantages of the continuous carbonization paint removal furnace lie in its continuous operation and energy-saving characteristics. The equipment can work 24 hours a day and can run for 5-6 days each time it is started. In addition, the combustible gas produced by the pyrolysis reaction in the furnace can be recycled to provide heat energy for the furnace, reducing the need for additional energy.

Environmental benefits

The environmental benefits of the continuous carbonization paint removal furnace are reflected in its smokeless carbonization and carbon sequestration and emission reduction. The design and work flow of the equipment fully consider the requirements of energy conservation, emission reduction and productivity improvement, which not only solves the problem of flue gas pollution generated in the ordinary carbonization process, but also improves the continuity and economy of the carbonization equipment.