Electrostatic charges - Import export

The main part of the powder coating lines that we have produced is powder coating booths. Powder coating booths are used to apply powder coating on the material under the most ideal conditions after the surface cleaning process and to prevent the paint particles that cannot hold onto the work piece from being escaped to the environment. Electrostatically charged dye particles adhere to the surface with maximum efficiency and homogeneous spread. The system is preferred because; non-adherent powder is reusable with the recycling system in the booths. As Rota Makine, we design lines with conveyor and robots to offer our esteemed customers who want to make production with high capacity, automation and untouched. Our powder coating booths are categorized as With Filter and With Cyclone because of their different advantages. Powder enameling cabinets for enamel applications are also available in our scope of production. Our powder enamel booths are produced

Electrostatic powder coating, commonly known as powder coating, is a solvent-free surface coating technique. This method involves applying a layer of very fine powder particles to the surface, which are then baked to create a durable finish. The process starts with the electrostatic spraying of powder particles, which adhere to the material due to an electrostatic charge. After application, the coated product is heated in an oven, causing the powder to melt and chemically bond to the surface, creating a solid, protective layer.

Electrostatic powder coating, commonly known as powder coating, is a solvent-free surface coating technique. This method involves applying a layer of very fine powder particles to the surface, which are then baked to create a durable finish. The process starts with the electrostatic spraying of powder particles, which adhere to the material due to an electrostatic charge. After application, the coated product is heated in an oven, causing the powder to melt and chemically bond to the surface, creating a solid, protective layer.

Electrostatic powder coating, commonly known as powder coating, is a solvent-free surface coating technique. This method involves applying a layer of very fine powder particles to the surface, which are then baked to create a durable finish. The process starts with the electrostatic spraying of powder particles, which adhere to the material due to an electrostatic charge. After application, the coated product is heated in an oven, causing the powder to melt and chemically bond to the surface, creating a solid, protective layer.

In various ventilation applications in the industry, recycled process air can contain particles generated from the production which can contain electrostatic charges. When filters catch these particles during the circulation, they also absorb the electrostatic charge in the filter media and frame. In addition, if there is a source for explosive gases or aerosols in the atmosphere, with the help of the sparks created by the filter due to electrostatic discharge, there might be serious risks of fires or even explosions. Therefore, filters used in these kinds of environments have to be Ex-Proof. In order to avoid explosion risks, the European Commission declared ATEX Equipment Directive 2014/34/EU. Mikropor filters are manufactured according to 2014/34/EU and additional supporting directives issued by the EU.

PE-based slip masterbatch: Provides lubricity by reducing the friction coefficient in single-layer or multi-layer applications. Usage rate 1-3%. Active odds from 2.5 to 10. PE, PPH based anti-block masterbatch: It prevents interlayer clogging in Cast and Blown film applications. It does not spoil the transparency, haze, color and brightness of the film. Polyolefin films tend to stick together during processing due to electrostatic charges, temperature and pressure. To prevent layers from sticking; Particulate matter is added to the film in a highly diluted concentration. A micro-rough surface is created and the contact area of ​​the film layers is minimized. Usage rate: 1-3%. Active rate from 5 to 60. PE, PPH-based antioxidant: Antioxidants are additives used to combat degradation in polymers. They are used in the final product to minimize degradation of polymers due to process and environmental influences. Usage rate: 1-3%.