Spraying complex workpieces has good permeability
Advanced charging technology with flexible spray design, forming good penetration ability.
Intelligent electrostatic charging and control technology
Fullyautomatic 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.
This article explores the top industries that prefer manual spray booths over automated systems, highlighting industries such as automotive restoration, aerospace, furniture finishing, artistic coatings, and prototype development. Manual spray booths offer superior flexibility, precision, and adaptability for low-volume, customized applications, making them indispensable where intricate detailing and varied finishes are required.
This article explores the costs of powder coating systems, ranging from small hobbyist setups costing around $1,000 to industrial lines exceeding $2 million. It breaks down key components like booths, ovens, and guns, and explains how factors such as part size, production volume, and automation influence pricing. The guide helps businesses choose the right system for their needs and budget, highlighting additional costs like pretreatment and facility upgrades.
This article provides a comprehensive guide to DIY powder coating systems, covering essential equipment, step-by-step processes, safety tips, and common applications. It emphasizes surface preparation, proper use of powder coating guns, and curing methods to achieve durable, professional-quality finishes at home. The guide also addresses common questions to help beginners succeed in powder coating projects.
This article explores the differences between hydraulic systems and powder supply systems, focusing on their working principles, advantages, and limitations. Hydraulic systems excel in high-force applications with precise control, while powder supply systems offer material efficiency and design flexibility. Understanding these differences is crucial for selecting the appropriate system for specific industrial needs.
This article compares electrostatic powder application systems with a traditional powder supply system, highlighting their respective advantages and disadvantages. While electrostatic systems excel in uniformity and efficiency, the traditional system offers simplicity and versatility. By addressing limitations through technological improvements, the traditional system can potentially outperform electrostatic systems in certain contexts.
This article compares our powder supply system with traditional pneumatic systems, highlighting advantages in energy efficiency, material handling, and operational reliability. While challenges exist, ongoing technological advancements and long-term cost savings make our system a viable alternative for efficient powder supply.
This article compares automated and manual powder coating systems, highlighting their advantages, disadvantages, and applications. It discusses the suitability of each system for different production environments and considers factors such as volume, consistency, cost, and space requirements. Additionally, it touches on the environmental benefits and durability of powder coating compared to traditional painting methods.
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9/F,Hung Tak Building,106-108 Des Voeux Road Central,Hong Kong
Tel: +852 2363 2511
Fax: +852 2764 0105
E-mail: info@ramseierkoatings.com
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