Home) Article Index) Subjects) Curing Powder Coating is a technical information publication devoted to the Powder Coating Industry.

		Books UV Powder Coating Application Guide Case Histories Bobcat makes production purr with IR booster Catalytic infrared oven is the cure-all for coating line's production capacity Company replaces its failing IR oven to find production turnaround Custom coater proves quality by profiling oven Fluidized-bed system provides quick-and-easy stripping of wire goods Gas-fired infrared-convection oven sets lighting company's powder line poles apart from previous operation Heating systems company warms up to powder coating Infrared oven and powder conversion take company into new terrain Infrared-convection oven charges up powder conversion for coating complex parts Maker of grain storage equipment sows seeds of growth by installing powder line New powder coating operation simplifies cleaning as it advances finishing quality Partial-cure IR oven clean sweeps production pile up Powder coater gets boost from IR Powder line sets the stage for manufacturer's finishing entrance Real-time oven temperature monitoring ensures a top finish from batch to batch To get the color right, a pigment manufacturer expands its curing capabilities General Articles Curing equipment pop quiz: Are you ready for the millennium? Electric utility shows coaters how to cut energy bills with low-temp powder IR equipment vendors meet to separate IR facts from fiction IRED's first seminar provides solid knowledge about infrared technology It's unanimous: IREA joins IHEA to form new division New equipment = Super tax break 02/2005 New equipment = Super tax break 09/2003 Nick's Niche: Oven-design features every powder coating system must have Ohio coater meets a 48-hour deadline to apply multiple colors on a large Manhattan art installation Technical Articles A research overview of UV-curable powder coatings from the University of Southern Mississippi A review of ultraviolet-curable powder coatings Batch versus conveyor: Which oven is best? Controlling the powder coating cure process through oven temperature profiling Convection and infrared - what to consider in making a choice Cost savings with oven temperature profiling Cure dynamics of powder coatings Cure oven maintenance: How to prevent your powder-coated parts from being half-baked Curing counts when it comes to powder-coat performance Curing methods and oven designs that save energy with reduced air movement Essentials to understanding infrared processing Evaluating and comparing gas-fired and electric infrared heaters Frequently asked questions about the use of infrared energy for curing powder coatings High-intensity infrared and convection curing - a comparison How to cure powder-coated parts without getting burned How to save space and boost production with an infrared preheat-gel oven Inductive heating in a cloud of powder dust In-process oven temperature profiling boosts process quality and productivity IR energy: Its use in curing powder coatings IR oven zoning: Simple even for complex parts Measuring the radiant efficiency of infrared curing heaters Near-infrared curing: What it is; what it isn't Oven design and maintenance Powder coating medium-density fiberboard: A new approach to success Powder coating systems: Convection batch ovens Reducing energy use in powder coating systems Reducing your oven operating costs Studying powder coating variables and their effects during cure with gas-fired IR and convection heat The 12 most common questions asked about oven temperature profiling The electric utility and the powder-coat cure process The IR-convection curing system: Designing effective curing processes to meet today's production needs The skinny on skinning castings Understanding gas-fired convection curing equipment for powder coating Understanding infrared heating boosts efficiency and productivity Webinars Cure Ovens 3/07