THE LATEST NEWS

Electrically Heated Insulated Enclosure for Hot Wax Coating This 4 ft. long, heated and insulated enclosure with an electric heater, blower and controls was designed to apply hot wax coatings onto paper plates and cups. A few of the features include: Insulated door in front. Easy access to the heater and the blower. The enclosure is double walled with heated air circulating through the gap and 3" of insulation on the outside. No field installation of insulation. Enclosure shipped completely assembled in the shop, minimizing fieldwork and the time required for assembly. Platinum RTD to measure and control temperature inside the enclosure.

High Efficiency Hot Air Drying System This new Electric Hot Air Drying System is for drying water from a porous PVDF film. The system consists of an oven, a double grip tractor feed mechanism, an unwind, a wetting station and rewind and complete controls.

Radiant Round Infrared Heaters Radiant Energy Systems, Inc. offers Infrared Heaters for your Wire, Cable, Fiber Optics, Tubing, and Extruded Applications. These heaters provide intense, precisely controlled heat, that completely surrounds the product for efficient and uniform heat transfer. The quartz tube prevents the product from touching the heater elements and is durable enough to withstand impacts that might occur from most products. Available in standard diameters from 2" to 10" in various lengths up to 60". Also available in Clam Shell Construction.                                                      Radiant Round Brochure

Radiant Energy Systems Marks 20-Year Milestone With New Corporate Image Radiant Energy Systems, Inc. is celebrating its 20th Anniversary and new worldwide growth, by adopting a dramatic new corporate image that reflects its wide-ranging capabilities in industrial process heating applications. The company's new look is embodied in a smartly designed logotype that will serve as a distinctive identifier on all the company's printed and electronic communications, promotional materials, stationery and signage.  Since its founding in 1985, Radiant Energy Systems has emerged as a leader in the design and manufacture of high quality heaters, ovens and dryers based on electric and gas-fired infrared, and hot air convection technologies. The company serves an extremely varied range of industries that require efficient, reliable heating systems for thermal bonding, drying, curing, annealing, coating, and other critical applications.

ELECTRIC IR OVEN One of the industries highly used ovens is for annealing and we at Radiant Energy are the experts. This Electric Infrared Oven is used to anneal blow molded 5-gallon water bottles. This oven has a flat belt conveyor with  three zones and complete controls. The oven is enclosed on the sides and top with double wall aluminized sheet metal panels. All panels are removable for easy access to the interior for inspection and maintenance. The conveyor is a woven wire belt conveyor. The "flat-belt" is made up of .092 diameter stainless steel wire. Open mesh belt allows most of the energy from the bottom heaters to go through. The speed of the conveyor is adjustable from 1 foot per minute, up to 5 feet per minute.

Radiant Rounds Heaters and Controls Each of these heaters has thirty Radiant Round Cylindrical Heaters. In addition to the heat being applied circumferentially, there is heat in the roof of these heaters to heat the glass tubes from sides and top. The heaters are housed in a sheet metal housing and wired together with high temperature wire. Mounting studs are provided in the back for customer mounting onto a suitable frame. The system has a total of 30 Radiant Rounds.

Ink Jet Dryer Adding to our inventory of Infrared Pre-heaters and infrared-air heaters, is our latest Ink Jet Dryer. In this application, one heater is used to pre-heat the vinyl to 150 degrees F prior to printing and the second heater is used to dry the ink. Heater one has one fan mounted in the back to provide air for cooling during any unanticipated line stoppage. This heater pre-heats the vinyl. Heater two has three fans mounted in the back to provide air for helping in the drying process. The fans are wired together and leads are provided for connection to the control panel. Fans have a variable speed drive to adjust the air volume. The SF electric infrared heater is incorporated in these units. It is a rapid response, medium wave-length heater. Because there is no quartz or other material between the emitter and the product being heated, this heater is more efficient and will cost much less to operate than most other heaters.

Hot Air Annealing Oven for Polycarbonate Bottles This electrically heated hot air oven for annealing blow molded 5-gallon polycarbonate bottles has an oven heated length of 15 feet. The oven consists of a supply plenum below the bottles with heated air going up from the nozzles, heating the bottles as it rises to the return plenum. A recirculation plenum is located above the conveyor to pick up the cooled air, bring it over the electric heater and into the suction side of the recirculation blower. The "flat-belt" conveyor  is stainless steel wire with an open mesh to allow the energy from the bottom heaters to flow freely.

Drying & Curing Solvent Based Coatings This infrared and hot Air Combination Oven is used to dry and cure solvent  based coatings as well as coatings on various materials. It has a vertical Pin Tenter frame to carry the material through the oven and a complete control panel with PLC. The unique combination of infrared and air improves the drying efficiency by breaking the boundary layer and removing vapor from the heater area. The dryer consist of two 10' L zones and a convection connected load of 108 kw; IR72kw.

Curing Sensitive Powder Coated Parts Introducing a unique, all electric  Air and Infrared Batch Oven for curing powder coated parts. The oven consists of infrared heaters mounted in an enclosure with a separate re-circulating heated air system. Three individually controlled vertical zones, allow the user to run top, center and bottom heater banks at different power levels to ensure uniform curing of parts. The upper and lower heater banks are manually adjustable to closely profile the contour of parts being cured. Heater Power levels are controlled by thermocouple feedback to SCRs located in the control panel. The re-circulated air, combined with infrared heaters, makes curing the parts gentler and improves uniformity. The control panel is mounted on the oven and pre-wired, minimizing the time and work required in the field.

Vertical QF Tower Oven for Drying/Curing  Radiant Energy Systems has designed a Drying and Curing Oven which incorporates the high efficiency medium wavelength infrared type QF heaters. This is a rugged, industrial heater that has a high radiant efficiency rating of 85% due to the high emissivity coating on the face and very low back side losses. The radiant efficiency of this heater remains high forever, unlike heaters which use a reflector behind the emitter. The QF heater is a panel heater which delivers radiant heat across the full area of its face. The medium wavelength energy generated by this heater is readily absorbed by water and most products, thus allowing very high drying efficiencies. Hot air is re-circulated to enhance the drying and save energy. The combination of infrared and air improves the drying efficiency further by breaking the boundary layer and removing the vapor from the heater area. Multiple zone controls offer versatility for running various coatings.

Infrared Air Heater System Dry Coating This Infrared Air Heater System was designed to dry coatings on Microporus Membrane Film. The SFA, medium wavelength electric infrared heater has rapid heat up and cool down capabilities. Heated air enhances the drying process and has independent controls.  This combination results in a dryer that dries the coating efficiently, yet gently. Optical pyrometer reads and controls the temperature of the film exiting the heater system.

Conveyorized Infrared Indexing Oven for Curing Adhesive Coating on Automotive Parts A self contained oven for curing adhesive coatings on automotive parts. A tray containing the parts is placed on the loading side of the conveyor. The pnuematically operated doors open and the tray moves into the oven. Sensors inside the oven locate the tray, stop the conveyor and close the doors. Upon completion of the cure cycle, the doors open, the tray moves out of the oven and a fresh tray is moved in. Designed with utmost safety in mind, the system offers shorter cycle times with efficient, rapid response heaters.

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INNOVATIVE HEAT PROCESSING SYSTEMS info@radiantenergy.com 1-800-486-7786