COATING & DRYING

Infrared heating has wide application in powder coating and paint drying industry. The use of Intelligent Infrared heating will always give you an advantage

Gas Catalytic IR as well as Medium wave IR is easily absorbed by both aqueous and solvent based liquid finishes.

Generally, paints and coatings absorbs infrared radiation very well, heats up very quickly and is gelled in significantly shorter time than in a conventional convection oven. As there is no circulation of air, dust inclusion is eliminated and the powder is not swirled around. A fast melt improves the coating quality and increases the production line speed. Infrared heat is transferred faster and at higher power than hot air, so that in most cases the oven is shorter than a convection oven or the production line speed is faster.

FOUNDRY INDUSTRY

A branch of industry that produces castings by filling molds with molten alloys. Infrared heating is most efficient way of heating Sand Core and moulds

We provide the best heating solution for preheating, paint curing of variety of component like DI pipes, cylinder head core, etc.

We offer the best Gas based, Electric and Hybrid IR system for Foundry Industries.

AUTOMOTIVE

Heating process in Automotive Industry : heating, drying, curing, welding, glueing, laminating, deburring .Various process challenges to be met efficiently in Automotive Industry

Infrared heat can be used in a variety of ways, e.g. for heating, drying, welding and glueing. For this, IR emitters are precisely adjusted to the material and the process, so they provide heat selectively and in line with cycles.

Thermoforming of many automotive products can be accelerated by Infrabrid ( Hybrid Infrared ) Heating.

This helps automate industrial processes and saves time, costs and energy.

TEXTILE

Many different heating and drying processes are components of the manufacture and processing of textiles.

High value, technical textiles must be manufactured to high standards.

Coatings on fabrics and materials must be be dried as quickly as possible.

The demands on heating systems are continuously increasing, and heating processes must keep pace with manufacturing processes. Infrared is a proven source of heat in textile processing, because IR transfers high heating power quickly.

This helps reduce energy consumption, increase production speeds and lower production costs.

METAL INDUSTRY

Metal Industry is spread all across the globe. Metal strips, Sheet, Wire has has wide variety of application in Packaging, Manufacturing, Energy & many more.

Pre-heating, Chromating, Coating, Paint Curing at tremendous high speed to met the production capacity is always a challenge.

INFRARED HEATING CAN DO IT !!!

Electric as well as Gas Based IR heating panel delivers high intensity instantly. Infrared Heating can Cure the paints, Coatings from Metal entities travelling at very high speed at high finish.

Infrared Heating is Energy Efficient and Cost Effective solution for Metal Industry.

AGRICULTURAL AND FOOD INDUSTRY

Gas-catalytic infrared heat is particularly suitable for the efficient coating and curing of materials, especially metals, used in the agriculture and construction industry. The materials include, for example, the steel casings of welding equipments.

Environment Heating at it best can be achieved by Far IR heaters, which helps to maintain the favourable atmosphere for many agricultural products.

Want to Steralize bulk Materials like Grains, Cereals, Spices,Dry Fruits and many more.....?

INFRARED HEATING IS THE SOLUTION !!!

We provide IRD-Rotary Infrared Dryer for uniform agitating and heating of bulk materials.

For baking of variety of products we offer CONTACTLESS, HARMLESS, ENERGY EFFICIENT, LOWCOST SOLUTION.

CABLE AND COATING INDUSTRY

Cable manufacturer always face challenges in drying of pvc coating of the cables and curing of Ink codes at high speed.

MANY PROBLEMS ONE SOLUTION........

INFRARED AND UV CURING SYSTEM WILL TAKE CHARGE....!!!

AEROSPACE & COMPOSITE INDUSTRY

Space craft experiences huge amount of heat energy.

How to test the sustainability of material ?

How to create such huge Heat Flux ?

How to test reliability of product ?

NEAR INFRARED AN INSTANT HEATING SOLUTION....!!!

Near Infrared Heating produces very high heat flux in short instance. Material testing, Real time Sun Simulation of variety of components is possible because of Infrared Heating Technology.

MEDICAL INDUSTRY

We offer wide range of disinfection as well Lab products

All UV-C products are certified by

1)UV Kit

2) UV Disinfection Box

3) Portable UV-X series Ceiling mounted, Wall Mounted units for disinfection of Commercial Places, Hospitals, Hotels, Theatres, School and many more places.

4) Lab ovens can be provided for various testing applications.

GLASS INDUSTRY

Drying screen print on car windows, cutting laminated glass or coating mirrors - many glass processing activities require heat. Infrared heat provides excellent conditions to deliver efficient solutions for these processes.

For example, with the right infrared emitter, you can direct heat exclusively to the foil inside laminated glass without heating the entire pane. Infrared emitters are also ideal for tempering as they can be controlled accurately to enable precise temperature profiles.

Advantages with infrared heat

Medium-wave infrared radiation is optimal for the absorption of glass.

Gold reflector on the emitters directs the heat precisely to that part of the product which is to be heated.

Infrared emitters are precisely adjusted to the material and process.

This saves time, energy and costs.

PACKEGING INDUSTRY

We can provide high range of products in Packaging Industry.Curing of prints is one of the biggest problems faced in the packaging industry.

UV CURING IS THE SOLUTION....!!!!

Disinfection of food packaging is also possible by using Germicidal UV System.

3D PRINTING & COMPOSITE

Homogeneous and efficient Infrared heating technology for 3D printing systems.

In additive manufacturing, a thin layer of powdery material is distributed on a construction platform inside an industrial 3D printer. Usually, a laser beam fuses together the outline, layer by layer, on the basis of pre-configured construction data.This makes it possible to manufacture any form that can be built using a 3D CAD program. Expectations are increasing in terms of quality and efficiency.

Composite materials are fabricated in different ways based on their purpose - Infrared heat is used in the process because of its quick and homogeneous heating and curing characteristics.

ENERGY INDUSTRY

The most popular high-tech applications for IR process heat are solar cells/photovoltaics and semiconductor manufacture. For photovoltaics, IR can be applied in the doping, diffusion, sintering, tabbing and stringing phases. In the semiconductor industry, manufacture of silicon wafers, floatglass and more can be aided by the precise, targeted properties of IR.

The benefits of infrared heat can also be achieved under extreme process conditions.

IR Heat for Anti Reflective Coating for Solar Cells

Solar cells aim to make optimum use of solar energy. An anti-reflective coating provides a significantly better absorption performance for solar cells. This coating is deposited in vacuum and at high temperatures.