Medium wave infrared heater consists of a helically wound resistance coil housed in a pure vitreous silica fused quartz tube. The quartz tubing is terminated with ceramic insulating caps that are specially designed to allow the quartz tubing to breathe. The ceramic caps are tightly fastened to the quartz tube with high temperature cement that allows the quartz to breathe. these heaters offer excellent life characteristics whether operated continuously or intermittently.
Shrink Packaging Machines, Lamination Industries, Drying Textiles, Curing Rubber
Operating temperature 900° C, Using Ni-Cr or Fe-Cr-A1 resistance wire as filaments, Response time around 1 minute, IR wavelength between 2-4 M, Average working life up to 10000 hours, Gold or ceramic coating at rear side as a reflectors Dimensions 11 x 23mm and 15 x 33mm Max. Overall length up to 3mm
Plastic forming, automotive industry, glass making, spinning, solar PV, food baking, drying of printing inks, quick drying of primer and paint on furniture, printed circuit.
Our medium wave infrared heating modules are made of helically wound resistance wire enclosed in a Quartz Tube of 8mm outer diameter. The quartz tubes are placed parallel to each other and are mounted in a special housing. The size of this heater is such that they can replace Ceramic Infrared Heater.
Thermoforming, Plastic forming, Shrink packaging tunnels, Laminating, Curing rubber, Drying textiles, Drying lacquers & paints
Short Wave IR Lamp transmits heat in the form of electromagnetic waves at a velocity of approximately 3,00,000 Km/Sec i.e., at the speed of light. These lamps are not only the fastest in transmitting heat but are most suitable for specific applications involving vacuum technology and dust free (clean room) conditions.
PET preform heating in stretch blow moulding machines, Printing ink drying in offset machines, Paper coating drying Pre - heating prior to embossing Screen printing curing on T - shirts Textiles & many more
Our Short wave infrared heating modules are made of Short wave IR emitters mounted in a special housing with reflector . They can be custom built to suit your required size, wattage & other specifications
Thermoforming, Plastic forming, Shrink packaging tunnels, Laminating, Curing rubber, Drying textiles, Drying lacquers & paints
This is made up of 8-shape high-purity clear quartz twin tube, each tube has Heating Coil of Tungsten material which runs in U shape in the tube which is filled with halogen gas. These heaters are available with gold reflector and without reflector .
plastic forming, automotive industry, glass making, spinning, solar PV, food baking, drying of printing inks, quick drying of primer and paint on furniture, printed circuit curing
Ceramic infrared heat elements are efficient, robust heaters which provide long wave infrared radiation, Ceramic elements operate in the temperature of 300°C to 700°C (572°F - 1292°F) producing infrared wavelengths in the 2 - 10 micron range. The element wire of Ceramic Infrared Heater is embedded in glazed refractory which protects the wire from atmosphere to get longer life. In normal operating condition the life of the heater for most application would be well in excess of 10,000 hrs of 80% power. These are available with built in J or K Type Thermocouple or without Thermocouple..
Plastic Industry, Printing and Packaging Industry, Pharmaceutical/ Medical/ Instrumentation Industry, Food Industry Surface Technology, Paper machines for heating paper, Equipment for soldering printed circuit boards, Equipment for the acceleration of chemical conversions Heating Systems for after-tempering injection moulded parts, Heating Equipment for glass and ceramic for further processing Heating Equipment for environmental chambers, Ovens for drying glued wood and furniture parts, Ovens for drying raw and printed wallpaper, Ovens for drying finished fabrics, Ovens for drying washed fabrics Ovens for tempering glass
