Infrared radiant energy is transported throughout space by electro magnetic waves without the need of a conductive media. Consequently heat can be delivered in concentrated areas at very fast rates. IR heaters provide solutions where conventional heat sources are not practical.

Features

Application: 

• Heating plastic foils and sheets in thermoforming machines
• Production of shrink foils and films
• Gelling PVC pasty coats on fabrics
• Heating GRP and CRP parts during production
• Thermofixation of nylon and perlon threads
• Activating glues and hot seal coats
• Drying plastic emulsions
• Heating laminated materials before punching
• Drying raw and printed papers, cardboards and wallpapers
• Drying skins, hides and paint sprayed leather
• Quick-drying gummed papers
• Drying and baking enamelled sheet metal parts
• Baking on powder coatings
• Drying glazes on ceramic tiles
• Tempering glass
• Drying washed glass
• Soldering printed circuit boards
• Pre-heating weld seams in pipe construction
• Baking on sound insulating mats
• Drying fireproof impregnations for illumination and decorative papers
• Heating climatic chambers
• Drying washed, dyed and dressed fabric
• Baking on fluidised bed coatings
• Drying glued wood or furniture pieces
• Heating the paper mash before it is squeezed
• Pre-heating plastic pipes for joining
• Curing epoxy resins
• Tempering injection mouldings
• Drying raw tobacco
• Heating dragee masses
• Baking and browning biscuits
• Melting icing or chocolate frosting
• Keeping meals warm
• Heating processed cheese
• Keeping outdoor switchgear cabinets dry
• Accelerating chemical conversions
• Therapeutic medical radiation
• Infrared heated cabins (wellness cabins)
• Sterilising food Packagings