HEAT SOURCE

Tardeo, Mumbai, Maharashtra

Flanged immersion heaters are one of the most widely used methods for heat-ing gases and liquids (such as water, oil, heat transfer fluid and corrosive solutions). Designed for use in tanks and pressurized vessels, they are easy to install and maintain to provide heat for many processes. The direct immersion method is energy efficient and easily monitored and controlled.

• Hot Water Storage Tanks
• Warming Equipment
• Preheating All Grades of Oil
• Food Processing Equipment
• Cleaning and Rinsing Tanks
• Heat Transfer Systems
• Process Air Equipment
• Boiler Equipment
• Freeze Protection of Any Fluid

To heat up dies & moulds, where uniform & quicker heat is required, and where more surface are to be covered. To heat dies & moulds, where temp above 400C. is required (max. upto 450C.), more surface area to be covered & quicker heat is required.

Basically this heater is tubular type, with higher watt density & covers & being casted in aluminum & mild steel, it renders long life & covers.

Basically this is a tubular type heater with higher watt density. It is casted in aluminium alloy to suit required shape with fixing holes. It has terminals at opposite side of the heated surface

1. Ideal for drying adhesives, ink, paint & epoxy bonding/curing.
2. Laminating.
3. Shrink Packaging.
4. Thermoforming Plastics.
5. Other process requiring fast penetration of heat into metals, wood, synthetic fabrics & plastics.

Quartz emitters provide medium wavelength radiation and can be the most preferred source of heat when rapid heater response is needed. The modules are comprised of a series of quartz tubes running parallel to each other within a highly reflective steel housing. Each tube contains a coiled resistance wire available in a variety of wattages and voltages. The large variety of sizes, shapes, and watt densities allows quartz emitters to be highly useful in zoning arrangements such as plastic thermoforming sheet-fed applications where complex heating patterns are needed, high-speed roll-fed processes, and machines requiring precise zone control because they are small in size, and can easily be put in larger panels.

• PET preform heating in stretch blow moulding machines.
• Paint baking.
• Rubber coating drying.
• Soldering fusing in PCB industries.
• Sterilizing / mirror coating drying in glass industries.
• Printing link drying in offset machines.
• Powder coating curing.
• Impregnation plants.
• Paper coating drying.
• All type of laminations.
• Preheating prior to embossing.
• Screen printing curing to T-shirts & textiles.

To heat-up various acidic solutions where no metal withstands. Generally this heater is used in electroplating industries. The heater is operated vertically only.

These elements are used in quick air heating processes and where quick cooling is also required. These can also be used in oven and dryers with cover guard.

Helical coil of nichrome wire is inserted into porcelain blocks uniformly mounted on insulated metal sheet. Straight wire can also be wound around insulators as required in different applications.

This element cannot be used where corrosive vapour, or moisturised atmosphere is there. There should be proper guards in front of open wires

Thermocouples & thermo resistances Mgo insulation with grounded or ungrounded junctions. Sheathes & types available for all temperatures. Special shapes & fittings can be offered

Cast-iron clamps, for ring elements, retain their strength at elevated temperatures to assure maximum sheath-to-surface contact. Resulting uniform efficient heat transfer from internal resistance wire to the heated material minimize hot spots on the element, contributing to long service life.

To heat up storage tanks, jacketed kettles, wax melting, reactors, blending mills, oven coils, fuel oil pre-heating, drying air, etc. The Heater acts as a convector to heat up water, air, steam, gases & oil etc.

'U' shaped or rod type heating elements are mounted in a heavy flange, elements are sheathed in copper, steel or alloy to resist chemical action with appropriate heating surface watt, densities normally required. The flange, is welded to one end of a thick wall pipe or heating chamber. Threaded inlet, outlet and mounting legs are welded to the chamber, at end oppo-site the flange, a closure with centered drain tap, terminal wiring area is enclosed. Completely insulated chamber and built in thermostat is also available if suitable to requirement