Custom Reliable Non-centrifugal Powder Feed News - China Manufacturers

Product Series

Technology first, Quality as promise

Spraying complex workpieces has good permeability

Advanced charging technology with flexible spray design, forming good penetration ability.

Intelligent electrostatic charging and control technology

Fully automatic third-generation "TCC" total energy charging technologyManually selectable "KCC" constant current charging technology.

Superior coating effect and re-spray function

It can overcome the reverse ionization effect and Faraday shielding effect, makethe spraying effect more stable, and ensure the coating quality.

Edit settings

The parameters of current, voltage and gas volume can be preset according to different shapes of workpieces and coating requirements, saving repeated adjustmentime, and up to 100 formulas can be preset.

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Reliable Non-centrifugal Powder Feed

If you want to know more about the Reliable Non-centrifugal Powder Feed, the following articles will give you some help. These news is the latest market situation, trend in development, or related tips of the Reliable Non-centrifugal Powder Feed industry. More news about Reliable Non-centrifugal Powder Feed, are being released. Follow us / contact us for more Reliable Non-centrifugal Powder Feed information! Ramseier Koatings Technologies (ZS) Company Limited are committed to offering efficient powder coating equipment to customers globally. Through the years, we have successfully exported high-tech electrostatic powder coating equipment to Italy, Australia, France, Switzerland, Australia, Thailand, Vietnam, the Philippines, New Zealand, and North Africa.

24 2025-04

[Powder Supply System] Can Our Powder Supply System Beat The Performance of Centrifugal Systems?

This article compares powder supply systems and centrifugal systems for material transport, highlighting their operational principles, advantages, and limitations. Powder supply systems excel in handling powders, viscous fluids, and maintaining clean, flexible operations, while centrifugal systems are more efficient for high-volume, low-viscosity liquid pumping. The choice depends on the specific industrial application and material characteristics.