Infrared Heater

Approx. Rs 400 / PieceGet Latest Price

Product BrochureProduct Details:

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 or without thermocouple J or K Type in yellow as well as white colours.

Features:

• Heat up time reduced by over 40%.
• Energy saving of over 15% in some applications.
• Lightweight construction with low thermal mass.

Applications:

• Plastic Industries:- Thermoforming & Vacuum Forming for plastificalion of Sheets / rolls. Lamination and welding of Plastic. Curing / Shrinking Of PVC Paste.
• Rubber Industries: Preheating & vulcanizing of rubber Sheets. Preheating of Synthetic Pipes Before Coupling.
• Textile Industries:- Drying Of finished Textile / Garments / Carpets. Setting of Nylon & Perlon Threads.
• Paper Industries:- Drying of Paper Pulp, Drying of Paper Glue, Drying of Paper Coating, Adhesive Activation.
• Paint Industries:- Stoving for Car Bodies epoxy. Lacquer Steer Panels.
• Screen Printing :- Ink Drying, Instruments Dial Plastic. Fascia Panel Aluminum.
• Food & Other Industries :- Baking & Browing Of Bakery Products, Packaging Food Product. Drying Tobacco, Sprayed and Powder Coating.

Approx. Rs 400 / PieceGet Latest Price

Product Details:

We are indulged in manufacturing and supplying a wide gamut of Ceramic IR Heaters. The heaters we offer are designed and engineered under the guidance of our adept professionals who utilize advanced techniques and basic materials in the manufacturing process. Moreover, the consignments are ensured for their delivery within promised time frame.

Features:

• Efficient functioning
• Low maintenance
• Longer service life

Approx. Rs 250 / PieceGet Latest Price

Product Details:

Infrared heat is particularly economical on energy as compared to other heat sources because IR penetrates into the object directly and generates heat internally. It does not require any travel medium like air or water as compared to conventional heaters. Heat loss is negligible compared to other heating methods of conduction or convection. It is not only a "fastest form of heat", but is also a solution to many demanding applications such as vacuum technology and clean room conditions. Quartz infrared Tubes are available in varying die. of 8, 10 , 12 & 15mm & in lengths from 300 to 1500mm in different designs & requirements. Also available in other dimensions as per request. To be used only in Horizontal position and the mounting support should be located in Non-Heating ends.

Application:

• Medical Equipement - Incubator
• IR Conveyonse Preheating Systems
• Paperboard Coating and Drying
• Powder Coating
• Paint baking
• Screen Print Drying
• Lamination
• Heating in Vacuum

Features:

• Round tube emitters are available in milky and transparent types
• Practically no Heating-up or cooling-down time
• Low cost with high efficiency & process reliability
• High density radiation with tubes occupying much less space
• Insulated Connection terminals

Approx. Rs 440 / PieceGet Latest Price

Product Details:

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.

Application:

• Short wave IR lamps are available in different lengths from 5" to 30" or as per customer specifications.
• PET preform heating in stretch blow molding machines
• Printing ink drying in offset machines
• Paper coating drying
• Pre - heating prior to embossing
• Screen printing curing on T - shirts
• Textiles and many-more

Advantage:

• Heating is done by radiation, this eliminates loss of energy used for heating media and heat loss due to convection
• Here the infrared waves penetrate the material, on which it falls and delivers the heat directly to that material