Underhill has more than 30 years of experience in the industry.
The second generation Pulse Power enables coaters to more readily apply powder in difficult Faraday Cage areas across a variety of applications.
Parker Ionics has incorporated its Pulse Power II corona charging technology into the GX8500 series of powder coating hand guns.
The GX8500 series of powder coating guns from Parker Ionics features second-generation Pulse Power technology that enables coaters to apply powder in difficult Faraday cage areas in a variety of applications.
Newcomer Sustainable Technology Solutions teams with trusted vendors on first install for Hartzell Air Movement
The advanced features of Parker Ionics’ GX8500ML automatic gun systems include a Pulse Power II Advanced Corona Charging System as well as one-touch programming of as many as 250 recipes to all automatic guns simultaneously, or individually.
Parker Ionics has added Michael Nugent as southeastern region manager.
Parker Ionics’ Q-Flo (spray to waste) and Vari-Flo (reclaim) powder coating booths feature robust construction along with conservatively designed airflow characteristics.
Parker Ionics hosts PCI training course in Westland, Michigan
Henkel’s autodeposition protection technology is an alternative vehicle coating, as Android hopes to produce 9,000 vehicles this year for Florida-based Vehicle Production Group.
Showcases new Vehicle Production Group auto, first mobility vehicle engineered for wheelchair accessibility. See Video
Parker Ionics will introduce its GX8500 powder coating system, which features Pulse Power II technology designed to improve and simplify coating of challenging part configurations, including Faraday cage regions, wire products, and coating over previously painted substrates such as e-coated and a-coated parts.
If you’ve done your homework, carefully analyzed your options and decided to use powder coating as a surface finish, where do you start?
Parker Ionics’ new line of booths includes several safety and efficiency improvements.
The power’s in the pulse
Parker Ionics will display its new GX8000 series of powder application equipment.
Featuring electrostatic spray guns, systems, nozzles and more…
The wide pattern corona nozzle combines the benefits of the corona charging method with the concept of the tribo rake nozzle.
Please visit: Parker Ionics
38147 Abruzzi Dr.
Westland, MI 48185 US
Revolutionary Powder Coating Technology
In 1978, the Onoda Company of Japan developed the most technologically advanced powder coating equipment available on the world market. Onoda has been a large, diversified, and multinational supplier of industrial, commercial, and municipal construction materials for more than 115 years. The Onoda powder coating equipment was first made available in the United States in 1987. A variety of patents clearly set this equipment apart from the competition in establishing performance standards. Nihon Parkerizing Co., Ltd has been the premier supplier of metal surface treatments in Japan since 1928. Nihon Parkerizing, in concert with its strategic partners, has created an international network of cooperative ventures, affiliates, and subsidiaries. All of these have worked to advance the company's vision of creating new functions for materials, and developing new and more effective surface treatment equipment technology. In 1995, the Onoda Ionics Division was purchased by Nihon Parkerizing Co., Ltd, and became Parker Ionics. The Onoda brand of equipment was improved and is now sold under the Parker Ionics name. As of 2001, the Parker Ionics equipment commands a 52% market share of all powder application equipment sold in Japan. After its introduction in the U.S., it quickly became recognized for its durability and excellent transfer efficiencies. Parker Ionics headquarters is located in Westland, Michigan, only 10 minutes away from the convenient Detroit Metro airport. Parker Ionics has over 10 qualified distributors in the United States, Canada and Mexico. The Parker Ionics user-friendly electrostatic powder application equipment ensures enhanced transfer efficiencies, component flexibility, and low-maintenance products.