Tubular Heaters Dealers

Features: Maximum Sheath Temperature: 620°C. Watt density : Max up to 25 w/in² Heating element in Copper (nickel plated), SS304, SS316, SS316L, Incoloy, and Lead/Teflon Coated Sheath Materials. Moisture resistant/explosion resistant terminal enclosure option. Tubular heaters can be factory formed to practically any shape, sometimes to bends as small as one element tube diameter. Magnesium Oxide, MATRUSREE uses only 96% pure MgO, the highest grade available for electric heating elements. Tubular Heating elements may be Bracket Mounted, clamped, Thread Nipple fitted, Flanged, casted into metals, Fitted with terminal box or spaced away from the work as radiant heaters. Elements can also be positioned in ducts or vessels for heating air or other gases. Tubular Heaters can be Finned. see Finned tubular heaters. Available in 0.318" (8.1mm), 0.430" (11mm), 0.551" (14mm), 0.625" (15.8mm), 0.669" (17mm), 0.748" (19mm) element diameter. Several wattage and voltage combinations are available. Easy to install. Excellent internal electrical insulation and heat conduction. Electrically isolated sheath. Construction: The cutaway view of a typical MATRUSREE’s tubular Heating element shows its basic construction. A coil of the highest-grade resistance Wire (80% nickel, 20% chromium) is precisely centered in a heavy gauge metal tube while the tube is filled with granular magnesium oxide powder. Terminal pins are Screwed / welded or silver soldered to the resistance coil at each end to provide an unheated length near the terminals and to secure the coil in the magnesium oxide. Through Swaging, the diameter of this assembly is reduced and the magnesium oxide compacted, insuring rapid heat transfer from the coil to the sheath, as well as high dielectric strength. After compaction, the element is processed in one of three Ways: Straight length elements are sealed and appropriate terminals applied. Formed elements are annealed and bent before they are Sealed and terminated. Finned elements are wound with a helical fin before they are sealed and terminated.

We are known as one of the major Tubular Heater Manufacturers and Suppliers, based in Gujarat (India). The Tubular Heater, offered by us, is suitable for bathroom zone 2 if hard wired. The Tubular Heater comes in complete steel construction. The Tubular Heater is high in quality and efficiency. Details : Thermal overload cut outPre-wired with 1.8 meters of cable and 3 pin plugLink facility

We are a notable Manufacturer and Supplier of compact and precision made Tubular Heaters. A heater bank is formed by Tubular Heaters, with or without heat dissipation fins, and mounted on rectangular plate. The Tubular Heaters are in extensive demand owing to their diverse applications. Avail Wholesale Tubular Heaters from us at very reasonable prices. Application RailwaysRe-generative braking Load registers in battery Nuclear & thermal power plants Testing generators loading during peak off period, etc.

These heaters are made of Chrome- Nickel, Steel sheathed heating Element fitted with 35mmf MS Finns with adjustable brackets and heavy duty brass terminals. These are designed for rapid and uniform heat transfer for forced convection air heating. Features Designed as per customer requirement Diameter options of 6mm, 8mm, 10.5mm, 12.5mm, 15.5mm Sheath material options of S.S.304 / S.S.316 / S.S.321 / S.S.310 / Incoloy 800 / copper / titanium S.S. termination, finns available in S.S.304 / S.S.316 and GI Watt density 35 watts per sq inch Application In recirculation ovens, comfort heaters, air ducts, industrial processes, load resistors, humidity control units, sauna bath heaters, HVAC, Flexoprinting and roto printing machines

Electrons Micro Tubular Heaters are manufactured in round, square or rectangular section to guarantee the greatest thermal exchange keeping an excellent efficiency and a good reliability. These heaters can be manufactured with built in thermocouple J or K type. Construction : The resistive wire is uniformly distributed in a compacted MgO insulation, with a CrNi-steel outer protection sheath. The heaters are annealed after manufacturing, thus acquiring a high malleability that allows their being subsequently bent into any complex shape, with extremely narrow bending radius Applications » For heating the nozzles of Injection Molding Machines. » Thin Walled Container Moulds. » Hot Runner Nozzles & Bushings. » PET Preformed Moulds. » Packaging industry. » Welding bars. » Rolls' heating. » Disks' heating. » Plates' heating. Features A very wide contact surface results in exceptionally high levels of thermal conductivity towards the body that needs to be heated. Optimal insulation results in very long life duration. Heavy-duty construction results in very high resistance to mechanical shocks. Operation temperature up to 750°C (1300°F). Optional built-in thermocouple for high-resolution temperature measuring (J-type standard; K-type on request)

Finned type tubular heaters are extremely efficient and dependable for industrial and commercial applications requiring forced convection heat. Nexthermal’s finned heaters provide rapid heat transfer when mounted across air system, with in forced air ducts or forced air heating systems.

It is ideal for transferring heat to air or other gases. Finned tubular heaters are manufactured in a very wide range of dimension and power ratings. They can be shaped into any pattern, depending on the application. Complete air heating batteries that incorporate finned tubular heaters are designed and built to meet the requirements. Water & Oil Immersion Heater Efficient, compact heating units designed to provide bulk heat flow system processing fluids or for liquid accumulators. Normal and certified hazardous area constructions very widely used to heat water, oil, gases or for heat transfers. We can supply standard as well as custom built purposes. Available in both round and square flange with built in probe and thermostats on request. Alkaline / Titanium Heater Made by nickel chrome sheeted heating elements, mounting one side of the vessel, easy to remove and clean. It is used in Alkaline cleaning solution, detergent and other alkaline solution normally corrosive to mild up to 90 deg C.

Versatile in shape & loading. Sheath material suitable to the application and temperature for variety of heating application. SINGLE ENDED TUBULAR HEATER S Single Ended Tubular Heating Elements are of similar construction as our standard tubular elements. They terminate at one end which can simplify wiring and installation. These are most commonly used in moulds and other heat transferring metal parts as well as open air applications and immersion applications. Tubular Heaters are available in a variety of sheath materials with temperature capabilities up to 870°C SPECIALTY SHAPES TUBULAR HEATER Specialty Shaped Tubular Heating Elements are of similar construction to our standard tubular elements. These shapes can greatly increase rigidity to the element. Heaters that are clamped to a surface have greater surface contact allowing for greater heat conductivity. Tubular Heaters are available in a variety of sheath materials with temperature capabilities up to 870°C

Anupam Electroheat’s Micro Tubular Coil Heater is a small, linear heating element that can be formed into different shapes and configurations. Also known as a Hot Runner Heater for its extensive use in Hot Runner Systems, the Micro Tubular Coil Heater is a high performance heater which allows high wattage in a limited space. The ability to shape a Hot Runner Heater when cold enables to heat up parts with different shapes. During coiling, the gap between turns of coil can be modified to compensate for the heat losses at each end of the coil or to insert the heating element into slots. Micro Tubular Coil Heater has a larger cross-sectional area and is thus capable of greater power than Micro Coil Heaters. For this reason the Hot Runner Heater is used in hot runners with adequate space and where high heat densities are required. Micro Tubular Coil Heater can accommodate type “J” or “K” thermocouple sensors. Since the measurement point of a built-in thermocouple is situated in the Hot Runner Heater and never where the heat is actually required, our Micro Tubular Coil Heater with a thermocouple makes particular sense where the application allows the use of larger processing temperature or where the installation location or the design requires protection against overheating. The standard connection for our Micro Tubular Coil Heater is a 1000 mm PTFE-insulated lead wire with Fiberglass sleeve with protective earth conductor lead.