Infrared Heaters

We are specialized in manufacturing of Ceramic Infrared heaters which are appreciated by our clients. We make our heaters are made using latest technology and research to provide best quality and maximum output in form of heat energy for our customers. The wires are highly heatproof resistance and are safety assured. Our heaters are available in different size and we also customize heaters as per our client’s requirement. 

 

Curing, Drying, Heating, Cooking

Within each of these major categories are literally hundreds of specific applications, and the list keeps growing as technology develops.

 

Our ceramic infrared heaters (emitters) are manufactured with three basic emitter faces: Concave, Flat and Convex. The concave surface will emit a “concentrated” radiant pattern which is highly effective when zone heating is desired as well as radiant heating in general. Flat surface emitters will produce a “uniform” pattern for even heating at a close proximity between the emitter and the target being heated. Finally, the convex shaped emitter gives off a “wide area”

 

These heaters are durable, splash-proof and have a non-corrosive finish.

 

Our Ceramic Infrared Heaters are available in two standard models:

 

• Full length 245mm (FSR) 60mm 250 to 1000W

• Half length 122mm (FSR/2) 60mm 125 to 50

 

Features:

 

• The material used for the production do not oxidize therefore the surface always remains clean and do not wear out

• As the coil is embedded in ceramic material, it can be installed in any possible position

 

Application:

 

• In thermoforming & vacuum forming machines

• In PVC pipe belling/ socket machines

• In hot stamping machines

• As heat therapy equipment

• In shrink packaging

We are an exclusive provider of the Medium Wave Infrared Heaters which has an excellent capability to operate at filament temperatures of around 1000 °C. These performance centric machines provided by us are favored in industrial applications where rapid heater response is essential. They are widely used in shrink packaging machines, lamination machines and drying textiles. We provide this product at the cheapest industrial prices which is highly appreciated by our clients.

Salient features:

• Quartz infrared heaters are available in diameters of 8, 10, 12, 15 and 19 mm

• Available in lengths from 300 to 1500 mm

• Can be used only in horizontal position

• Fitted with specially designed heating coil to ensure longer life

• Least maintenance required

Our medium wave infrared lamps have found applications in:

• Shrink packaging machines

• Lamination industries

• Drying textiles

• Curing rubber

We are a reputed manufacturer of the exclusive range of Medium Wave Infrared Heating Modules. This product comes with a resistance wire, which is enclosed in a quartz tube of 8 mm outer diameter. These quartz tubes are placed parallel to each other and are mounted in a special structure. Our Medium Wave Infrared Heating Modules are used for Rubber curing, Drying textiles and also in lamination. They can also be designed as per client’s requirements which highly appreciable.

 

Specifications

Length	Width	Power Rating
Full Length	248mm	250 to 100W
Half Length	125mm	125 to 650w

 

We design excellent Twin Tube Medium Wave Infrared Heater which has an elaborated heating efficiency and a highly appreciated cooling down capability. This equipment is suitable for all medium-wave applications and also allows the user to match temperatures to the optimal absorption wavelength for each application. Manufactured with perfection, this performance centric heater has the capability to prevent the heat loss from the back panel which is done with the help of a reflector that in turn saves power. These features are beneficial for the users for whom we deliver this product at the leading industrial rates.

Short wave IR heaters 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 heaters are not only the fastest in transmitting heat but are most suitable for specific applications involving vacuum technology and dust free (clean room) conditions. These heaters eliminate loss of energy while heating media, and heat loss due to convection. We provide premium range of short wave IR heaters. A short wave I.R. heater consists of a coiled tungsten filament in a quartz tube. It is a combination of a halogen gas and argon, which is present in the tube. The diameter of the filament is less than the diameter of the quartz tube. The spacers/support rings are used to keep the filament of the short wave IR heaters in the centre of the tube. We tailor these heaters to meet the trends and demands in different sectors. This enables the company to offer better and practicable heating and temperature control solutions to its clients.

 

Short wave infrared heaters from us are suitable for all applications in which the attainment of high temperatures in the shortest possible time is what counts. Their emission maximum is between 0.9 and 1.6 micron. Our comprehensive range of Short Wave Infrared Heaters are at par with the best in the international market. We offer these heaters in different lengths from 5 to30 or as per customer specifications.

 

Care is taken so that the short wave IR heaters are not subjected to severe vibrations and mechanical shocks.

 

Advantages:

 

• 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

 

Applications:

 

• PET perform 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

Our Short Wave Infrared Module are complete and ready for the operation. This provides advantages for both the, user while installing in to the existing systems and for the planing / project engineers.

Because of its modular construction it is possible to make the heating panels of practically any size with heaters length up to 40We are offering Short Wave Infrared Module that is ideal solution for the application of infrared heat technology. These heaters save the user design costs and time and are substantially less expensive than the complete infrared systems. Being user friendly, it is possible to make the heating panels of practically any size with heaters length up to 40. These infrared modules can be individually regulated, controlled and ventilated.

Applications:

• Curing of paint

• Powder coating

• Lacquers Drying

• Printing ink

• Drying glaze on Ceramic Tiles

• Drying Gumming Sheets

• Drying Adhesives Tapes

• Latex paper

• Textile

• Car body works

Infrared ovens are used to bake, cure, bond, burn-off, preheat, thermal-form, cook, fuse, shrink, laminate and dry a wide variety of materials. Air is virtually transparent to infrared radiation, and infrared is neither absorbed nor scattered by air. However, water vapor, carbon dioxide and other greenhouse gases do absorb infrared radiation. If the distance between the emitter and the absorber of infrared energy is a few feet or less, the energy absorbed by the gas will be negligible. Infrared ovens consist of infrared lamps that put maximum energy in the area where materials are placed. These ovens are designed for high energy efficiency to save power and fuel cost. Infra red ovens allow to combine with ambient air with the hot air for increased drying speed.

Advantages:

• Process temperature can be achieved quickly on line start up.

• Rapid cool down prevents product damage.

• Small foot print consumes minimal space.

• Low maintenance cost.

• Increased production.

• Low Power Consumption.

Specification:

• It is similar to other batch type Ovens but it has infrared heating elements instead of other heating media.

• Temperature control: Automatic-Electronic.

• Increases Production.

• Better quality of product.

• Less Process Time.

• Less electric consumption as compared to other heating elements