INDUCTION PAINT AND COATING REMOVAL
It is 90 percent faster to remove coatings using induction heating than other methods. Coatings cannot be removed by any safer, healthier, or more environmentally friendly method.
What is induction paint and coating removal?
By utilizing induction, bolts can be expanded faster and more efficiently than with flames or resistance heating. The bolt is inserted into a special coil with induction. The bolt is then induced with a controlled, rapid, and localized amount of heat. It is easy to remove the nut when the bolt has been heated to an exact, predetermined length.
What are the advantages of induction paint and coating removal?
Traditional methods of removing paint do not perform as well as induction heating. The use of disc grinding or abrasive blasting is more labor-intensive, and they tend to have additional challenges associated with them, such as the expensive housing required, and the expense of filters and separation procedures for the coating material. These criteria have become increasingly important in urban planning. On the other hand, induction leaves only the coating itself as a waste, which is commonly vacuumed or swept like any other shop waste.
Safer working environment: Because of the controlled, localized heat, hazardous fumes and dust are greatly reduced.
Easy clean-up: Instead of being ground into powder form, coatings scratch and peel off as flakes.
Noiseless operation: Operators can operate without making a sound in public areas.
Mobile: Workers can move the equipment around the jobsite easily and it is robust and reliable.
Reduced energy consumption: Heat delivered quickly, accurately, and in a repeatable manner guarantees an energy-efficient coating removal procedure.
Method flexibility: There are four types of heating methods: freehand, scanning, freehand heating, and semi-automatic heating.
No restrictions: In addition to flat surfaces, round contours, inside corners and outside corners, and both sides of substrates, round rivets, etc., it can also be applied to other surfaces.
Where is induction paint and coating removal used?
Among the industries using this technique are shipbuilding, maintenance of buildings, pipelines, bridges, and offshore.
INDUCTION PAINT AND COATING REMOVAL
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we are dedicated to providing the best suitable induction heating solutions for our customers. Our mission starts with our free testing & solution, in which we solve the most challenging heating applications, confirming the heating process that can benefit from our systems.
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What is induction paint and coating removal?
By utilizing induction, bolts can be expanded faster and more efficiently than with flames or resistance heating. The bolt is inserted into a special coil with induction. The bolt is then induced with a controlled, rapid, and localized amount of heat. It is easy to remove the nut when the bolt has been heated to an exact, predetermined length.
What are the advantages of induction paint and coating removal?
Traditional methods of removing paint do not perform as well as induction heating. The use of disc grinding or abrasive blasting is more labor-intensive, and they tend to have additional challenges associated with them, such as the expensive housing required, and the expense of filters and separation procedures for the coating material. These criteria have become increasingly important in urban planning. On the other hand, induction leaves only the coating itself as a waste, which is commonly vacuumed or swept like any other shop waste.
Safer working environment: Because of the controlled, localized heat, hazardous fumes and dust are greatly reduced.
Easy clean-up: Instead of being ground into powder form, coatings scratch and peel off as flakes.
Noiseless operation: Operators can operate without making a sound in public areas.
Mobile: Workers can move the equipment around the jobsite easily and it is robust and reliable.
Reduced energy consumption: Heat delivered quickly, accurately, and in a repeatable manner guarantees an energy-efficient coating removal procedure.
Method flexibility: There are four types of heating methods: freehand, scanning, freehand heating, and semi-automatic heating.
No restrictions: In addition to flat surfaces, round contours, inside corners and outside corners, and both sides of substrates, round rivets, etc., it can also be applied to other surfaces.
Where is induction paint and coating removal used?
Among the industries using this technique are shipbuilding, maintenance of buildings, pipelines, bridges, and offshore.
LET US HELP
we are dedicated to providing the best suitable induction heating solutions for our customers. Our mission starts with our free testing & solution, in which we solve the most challenging heating applications, confirming the heating process that can benefit from our systems.
