Infrared Heaters Dealers in Mumbai

In-Line heaters instantly heat fluids that are passed through the device. Upon exiting the heater, the fluids are consumed for their intended use and are not re-circulated. Inline heaters are usually electric and feature a high-output heat source. They do not provide enough heat to maintain temperature in a closed system, but impart enough heat to a fluid for immediate use. Specifications for inline heaters include heater type, application, fuel or energy source, sleeve or sheath material, insulation options, and element or emitter type. Maximum temperature, maximum air flow, heating capacity, power requirements, and induction heater outputs are also important parameters to consider.

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. Power Density up to 150kw/m2 is achieved. Heating up and cooling down time is approximately one second. These heaters are available with gold reflector and without reflector. Reflector is in the form of gold coating on outer rear side of the tube. Due to reflector heat loss from backside is prevented and thus power saving is achieved. This also results in making surrounding work area cooler. This also increases the efficiency and directionality of the heater. There are two standard sizes 11 mm x 23 mm and 15 mm x 32 mm in cross section. Maximum length available is 2000 mm.

Our twin tube fast medium wave infrared heaters has a filament tungsten wire and this tube is filled with halogen gas. The round ceramic base of this heater has a lead wire of 500mm size (one end or two ends) & it is also configured with lead and insulated wires. Specifications We make available this type of heater in standard size of Outer diameter of the tube: 11x23mm transparent quartz glass Temp. of filament: 1600 Wave length: 1.5u - 2.0u Specifications: Standard sizes (in cross section): 11 mm x 23 mm & 15 mm x 32 mm. Maximum length: 200 mm. Power density: 60 KW / m2 can be achieved. Paint Baking  

Quartz Infrared Heater Short wave infrared heating elements, or infrared emitters comprise a linear coiled metal filament surrounded by a clear quartz envelope (tube).

FEATURES Surface temperature to 750 °C. Mid-to-far wavelength infrared heat source provides uniform heat over a large area. Primary emission in the 3 - 10 micron range (no visible light), which is the most efficient wavelength for heating of platics, paper, textiles, and drying of most solvents. Available with built-in type K thermocouple. Available in 122 x 60 mm, 245 x 60 mm, and 122 x 122 mm sizes. Available with pink surface that turns to gray when heating providing evidence of correct operation. Clean, non-contaminating, heat operation. Glaze-coated ceramic body with no surface flaking or oxidation as on metal sheath elements. Provides perfectly repeatable performance. Easily arranged in large arrays that may be set up and controlled in zones. Operating life over 5,000 hours minimizes machine downtime. Iron alloy element wire provides longer life than nickel-chrome alloy wires. Resistant to thermal shock. Heaters are not damaged if hit by water spray   APPLICATIONS Plastics: Thermoforming Vacuum forming Curing extruded parts Drying Laminating Paper: Speed drying coated paper Adhesive activation Element Selection Wood/Furniture: Heating bonded/painted/ plastic coated components Drying same components Paint: Drying lacquers/finishes Baking lacquers/finishes   Textiles: Drying dyed/printed fabric Curing latex coatings Food: Warming Baking Electronics: Preheat PCBs IR reflow ovens for Packaging: Heat shrink Forming   Thin Film Deposition: Vacuum coating Ceramic: Drying glazes/pigments Printing: Ink drying

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

Uses : Shrink packaging tunnels, laminating, thermo forming, plastic forming, fusing plastics, vulcanizing rubber, sterilization, sealing, food warming, electrostatic copying equipment, food processing, drying photo films equipment, curing rubber, drying textiles, drying sand cores, space heaters, thermal copying equipment, pet bottle & jar manufacturing etc. Infrared heaters are of 2 type :   These are specially designed for application that requires infrared radiant heating. It is the most efficient source of radiant energy. Quartz heater can deliver near & far infrared wavelengths which is more effective than a single wavelength, capable of generating full heat output capacity in 40 to 50 seconds, and cool down in less than 15 seconds. They offer excellent life characteristics whether operated continuously or intermittently.Construction : Quartz heater consist of a helically wound resistance coil housed in pure vitreous silica fused quartz tube. The quartz tube is terminated with specially designed ceramic insulating caps. The ceramic caps are securely fastened to the quartz tube with high temperature cement. Quartz heaters are designed for horizontal mounting position.   (2) Tubular Infrared Heater :   These heaters are manufactured in single/dual U bend element. East mounting.Construction : It is made from Incolay tube. Swagged type construction, gives long life & no breakage. It can be used vertical or in any position.Working Temperature : 350°C to 800°C.While Placing Order : Please mention diameter, length, wattage, voltage, lead wire length, special features if any.

An infrared heater is a body with a higher temperature which transfers energy to a body with a lower temperature through electromagnetic radiation. Depending on the temperature of the emitting body, the wavelength of the infrared radiation ranges from 780 nm to 1 mm. The relationship between temperature and wavelength is expressed by the Stefan-Boltzmann Law. No contact or medium between the two bodies is needed for the energy transfer. A rough classification of infrared heaters is Efficiency of Infrared Heaters Theoretically, the efficiency of an infrared heater is 100% as it converts nearly all electrical energy into heat in the filament. The filament then emits its heat by infrared radiation that is directly or via a reflector impinging on the product to be heated. Some energy is lost due to conduction or convection.For practical applications, the efficiency of the infrared heater depends on matching the emitted wavelength and the absorption spectrum of the material to be heated. For example, the absorption spectrum for water has its peak at around 3000 nm. This means that emission from medium-wave or carbon infrared heaters are much better absorbed by water and water-based coatings than NIR or short -wave infrared radiation.The same is true for many plastics like PVC or polyethylene. Their peak absorption is around 3500 nm. On the other hand, some metals absorb only in the short -wave range and show a strong reflectivity in the medium and far infrared. This makes a careful selection of the right infrared heater type important for energy efficiency in the heating process.   Applications of Infrared Heaters IR heaters are used in industrial manufacturing processes including curing of coatings; heating of plastic prior to forming; plastic welding; processing glass; cooking and browning food. They are used when high temperatures are required, fast responses or temperature gradients are needed or products need to be heated in certain areas in a targeted way . Their application is difficult for objects with undercuts.They are also used to provide warmth to suckling animals whose mother cannot or will not provide them with natural warmth as well as to captive animals in zoos or veterinary clinics, especially for lizards and other reptiles, and tropical animals such as birds.IR heaters are used in low-temperature infrared saunas.

Apple Far Infrared Sauna Working Principle Apple Far-Infrared Sauna is an integrated, multi-functional and delux facility for medicare and recreation, which incorporates the advantages of both sunlight bath and sauna all in one. The far infrared ray is its major energy. The wavelength of far infrared ray is 5.6- I 5gin which is close to the bodys own radial that can be absorbed easily. The far infrared ray can penetrate 40mm deep into human skin, so the recipient could receive an infrared massage, making cell tissues resonant, accelerate blood circulation, eliminate impurities, resulting in both bio-thennal effect and physical effect. Thus, health will be improved.  

We hold expertise in manufacturing and supplying high performance Infrared Heater. Infrared Heater, which we offer, is appreciated for raising the ambient temperature and warming the room. Made with top quality raw materials and components, the Infrared Heater is rust resistant and very durable. Clients can avail wholesale Infrared Heaters from us at very affordable prices.

Infrared Heaters, Industrial Heaters, Cartridge, Sensor

Infrared Heater, Cartridge Heaters, Cast Heater, Cast in Heater

Shortwave Infrared Heaters, Fin Heaters, Electric Immersion Heate

SHORT WAVE IR HEATERS, Ir Heaters, Ceramic IR Heater