Heating Elements Dealers in Bangalore

• Application: Solar Water Heater
• Material: Copper Tubing Wiith Brass Flange
• Heater Part: Solar Water Heater Element
• Power: 3kW
• Voltage: 230 V

• Voltage: 230 Volt
• Material: Stainless Steel
• Heater Type: Water Heater
• Temperature: 120 DegC
• Brand: Technobel
• Usage/Application: Chemical plating tank
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Silica dip tubes are also used as dipping tubes to protect thermocouples in molten metal temperature measurement, and as pin sampling tubes for molten metal analysis.

Electric Heating Elements Suppliers in India. Offering a wide collection of electric heating elements for domestic and industrial applications. All of our heating elements are capable of providing eminent performance in diverse temperature ranges and atmospheres. Since 1994, we manufacture heating elements as per client requirement for specific industrial applications.

Used in Soldering iron station, suitable  for all kinds of soldering solutionsOriginal imported, best quality, branded , long life.

Heaters India tubular heaters are the most versatile and widely used source of heat throughout the industry, for commercial, industrial and scientific heating applications. The Basic construction of a tubular heater - it is a helical coil of nickel chromium alloy wire, precisely centered in a metal tube. Surrounding the coil is the best combination of electrical insulator and heat conductor Magnesium Oxide. After the tube is filled with MgO, it is compacted by rolling or swaging. This elongates the tube, thickens the wire and compresses the MgO into rock hard mass. The coil is thus permanently stabilized in the centre of the tube where it will not shift during the bending process; the circular cross section with its even distribution of the forces of expansion offers the best combination of life, thermal conductivity and die-electric strength.

• temperatures: up to 1600oC.

Reaction Bonded Single Spiraled Heating Elements are made from thin walled tubes of Alpha Silicon Carbide, which are dense and resistant to oxidation. Spiroheat Elements operate in most industrial and laboratory Furnaces at temperatures up to 1600oC. Spiroheat Elements being a thin walled, fine grain form of reaction bonded Silicon Carbide, will withstand very rapid heating and cooling cycles, severe thermal shocks, and high Electrical loadings. The Spiroheat range of elements are available in different product forms to suit a variety of heating processes.

Ceramic band Heaters have Ceramic "Steatite" as insulator and are usually sheathed with Stainless Steel sheets. Plastic processing requires high temperatures and fast production cycles. Ceramic heaters are designed to meet these demands. These heaters are, in effect, high temperature electric furnaces capable of every efficient heat transfer by conduction, convention and radiation. Heaters with various terminal options are also available.

We are offering three piece straight alpha sic rods. three piece straight alpha sic rods have low resistance welded(lre) cold ends. These ends are cooler any other one piece cold ends. The maximum featured temperature of the rods is 1550°c and for better energy efficiency, heat is concentrated in the furnace, not on the ends of the rods. with the highest hot: cold ratio of 1:40, these rods make one of the most efficient silicon carbide heaters.

The brittleness of MoSi2 heating element is relative more under the usual temperature, it also has plasticity under the high temperature. So you had better hang and erect vertically the "U"-shape element. If you need to erect it horizontally, please choose a support of high-temperature insulating materials. The cone-part of the element must extend inside the furnace. At first the fixture of MoSi2 power connector can’t be screwed too tightly. When temperature of the element is going up, please twist it tightly again, so the element is not easily broken.(our suggestion: please choose the specialize power connector provided by our company) The furnace top must be a good function of heat-preservation. In general, the temperature of furnace top can’t be over 300C. The voltage should be low 0.1 between the power connector and the element. In order to avoid radiating heat to pass the connector, the distance is not less than 50mm between the low end of connector and the upside of the ceramic brick. The Dia.6 element can’t be used of 170A for a long time. The Dia.9 element can’t be used of 300A for a long time.

• Application: Heaters
• Material: Copper
• Feature: Highly Efficient
• Compatible Power: 12-480v

• Type: Silicon Carbide Heating Elements
• Brand Name: DMS
• Material: Silicon Carbide
• Certification: ISO
• Application: Melting Furnaces, Heat Treatment Furnaces, Ovens, Glass & Ceramic Industries.
• Color: Grey
• Power Source: Electrical
• Chemical Composition: SiC 99%
• Dimension: From Dia 14mm to 50mm with variable size.
• Warranty: 3 Months
• Place of Origin: Bangalore India
• Silicon Carbide Heating Element: 1000

FML Metallic heating elements are composed of two main types of electric resistance alloys with the former composed of ferrous-chromium-aluminum and the latter of Nickel-Chromium, each having their own advantages. The materials is designed to have a higher creep and elongation strengths at elevated temperatures coupled with better surface oxidation properties, which result in extended life of the heating elements. In general Fe-Cr-Al based heating element is superior to Ni-Cr based heating element with respect to performance and life. It is therefore nowadays a standard material choice when it comes to metallic heating elements for the industrial furnace. However, Ni-Cr alloys have a higher hot and creep strength. The specific properties of them are as mentioned below in thetabular column. FML Metallic Heating Elements have the operating lifetime and threshold temperature. When the elements are heated, the oxygen from the atmosphere diffuses and penetrates from the alloy surface to react with the metallic elements and the components of the heating elements. Eventually leading to the corrosion of the element. To prevent the oxidation of the inner part of the element at high temperatures an oxidation layer has to be formed on the surface. These layers must also be thin and adhere to the metal under temperature fluctuations. Considering these aspects the oxide layer formed on Fe-Cr-Al alloys and the Ni-Cr alloys contributes to the much longer operating life of heating elements.FML metallic heating Elements are supplied in the shape of either Wire/Strip as per the customer's requirements. We also offer any type of special composite heating elements like MoSi2, Sic etc.

Electrical heating elements are produced out of micanite, natural mica, quartz IR tube, nomex pape, polyester film and ferrous non ferrous tubes. The heating elements shown and described here are the standard ones. Specific customer tailored elements can be developed by us. Our products are in correspondence to EU directory norm-ROHS compliance.

  With the increasing pace of competition and demands of the customers, we are into offering Silicon Carbide Heating Elements. The offered Silicon Carbide Heating Elements are especially made for the purpose of heating. In addition, these Silicon Carbide Heating Elements are completely tested and are reliable as well. Features: Best grade material High performance Most reasonable price

• Power: 2000 W
• Country of Origin: Made in India
• Material: Nichrome Wire
• Usage: Heater Coil

• Features: Perfect result, Easy to use, Light weight

We are the leading supplier of this products.

The company shares glorious credentials with the leading Suppliers of Electric Heating Elements and offers the best deal. We have with us a well-maintained and capacious storage unit that is facilitated by advanced and automated warehousing system, which is operated and supervised by experts only.   Features Sturdy material Quality tested reasonably priced

We manufacture all types of tubular heating element out of different sheaths such as copper, ss 304, ss 316, incoloy 800 and titanium.