Kalyani Enterprises Products emerged itself, as one of the growing Oil Immersion Heater Manufacturers In Pune, that utilize strong bushing of flanges for manufacturing such devices. Their diverse sizes and ranges are accessible in standard and custom configurations to meet different customer requirements. Finned Oil Immersion Heater have a mixed range of diverse terminal closures. These Immersion Heating Element may provide uniform heating and ensure reliable performance. These Immersion Heater require no thermal protection, have a long lasting life and known for their custom configurations and other features. Their utilization in different applications including oil heating, oil jacket kettles, and similar equipment makes it the very first choice for its users. These are made under the strict vigilance of the experts, who have years of experience in the domain and never fail to meet customer requirements. Being the most successful Industrial Oil Immersion Heater Suppliers and Exporters based in India, we offer the Immersion Water Heater in different sizes, which are comprised of cast iron spines with indoor regulator pocket and are covered with the appropriate top sheet. Dial our number to place your order now.

Refractory-Supported Heater consists of high-quality, helically-wound, iron-chrome-aluminum metallic alloy resistance heating elements fully embedded in a strong, highly stable, high-temperature refractory body. Produced on a custom basis for OEM thermal process equipment and end-users with unique requirements, Heaters routinely operate to temperatures of 1100°C with power loadings of 2 kw/ft². Some designs successfully carry 4 kw/ft² power density at an operating temperature of 1100°C These rugged heaters feature self-supporting construction and are precision-fabricated for long heater life. The metallic heating element is carefully prepared prior to being cast into the refractory to ensure uniform heat over the entire surface of the unit. The base refractory has outstanding abrasion resistance and is ideal for applications where the heating element might be subject to mechanical damage or being splashed with molten metals. The high thermal mass of the heater minimizes fast thermal changes that can be experienced with low-mass heaters. Heaters are immune to damage from electrical shorting due to contact with materials being heated.

we Kalyani enterprises manufacturing Electrical Gas Carburizing furnace. Pit type sealed retort furnaces are of a cylindrical design vertically erected with a positive sealing mechanism on top in order to contain and preserve heat and atmosphere during a process cycle. The job or charge is loaded into a retort which functions as the chamber of the furnace and the retort is heated externally electrically. Pit furnaces like these are used in general engineering and metallurgical applications for carburizing, nitriding, carbonitriding, nitrocarburizing, hardening, tempering, annealing and also in process industries like coal tar processing, separation of titanium and magnesium from ore etc. Special processes such as aluminium and titanium heat treatment can also be done. In process industries, these furnaces can also be used in high-pressure applications with temperatures from 800°C to 1200°C and pressure ranging from 400mm water column to 9 bar. These are often laid in a pit to make most of the space available and charges can be loaded and unloaded easily. These are manufactured considering working controlled atmospheres with inlets for diffusion and distribution of cracked ammonia, hydrogen, LPG, methanol, argon, nitrogen and other process fluids. Kalyani manufactures and sets up complete automated process plants also. Temperature control, fluid dissociation, gas penetration and dosing can all be taken up for automated operation.

We Kalyani Enterprises manufacturing cremation furnace/ Smashan furnace/Human Body cremation furnaces & Incinerators, We are selling Electric Crematorium, gasifier crematorium, LPG gas Crematorium, and pet crematorium and our crematorium types of equipment costs is reasonable. The electric crematorium consists of a cremator- double chamber electrical cremation furnace, fresh air blowers, and crematorium emissions control Equipment, control panel board and other necessary crematorium Equipment. Cremation process in electric crematorium inside a crematorium, after the religious rituals are done to the human body, the body will be handed over to the crematory operator for the cremation. Once electric cremation furnace temperature reaches 800 degrees C then the human body placed upon the body charging trolley and the trolley moves forward when the furnace door opens. The body charging trolley laid the body on the cremation bed and come backward and the cremation furnace door will completely close and thus the cremation begins. The electric double chamber cremator furnace is built with high-quality alumina refractory bricks, fire bricks, insulation bricks, arch bricks, various size and types of slabs are bonded with high-quality Castable, fire clay and mortars with a specific type of curing to enable the cremator to withstand the cremation temperature more than 900-degree centigrade. During the cremation, trench designed in the crematorium furnace primary chamber let out the flue gas into the secondary chamber where the hazardous gases and toxins and other volatile substances are completely burned and again trenched out as the hot flue gas into the cyclone separator and then to venture scrubber with the water and finally the scrubbed and cleaned the crematory air emissions are passed out into the 30 meters chimney. The washed water in the venture scrubber water tank flushed out into the effluent treatment plant where the water will be treated. Electrical Crematorium con

The furnace is designed in order to melt bulky returns from die casting, ingots of Al‐alloy and general aluminum scrap. This is achieved by loading die casting returns from the tower door with the skip automatic loader or hydraulic loader and melting the aluminum in the dry chamber, on a little inclined surface made of castable refractory. The liquid aluminum can therefore flow into the main basin, placed at the back of the furnace. 1. Maximum height of smelted bath : ≈ 750mm. 2. Spillage of melted aluminum: By tilting the furnace on the axis of the spout with oil dynamic system and cylinders. 3. Heating of the furnace: By combustion plants driven by Diesel Oil / LPG / Methane, depending on customer needs, made up of automatic burners and all the safety protections. Dry Melting chamber and Holding Chamber are thermally independent and burning systems work under different control purposes 4. Thermal power installed : 10,00,000 ‐ 30,00,000 Kcal/h depending on furnace dimensions & Capacity 5. Consumption : < 600 Kcal/Kg of loaded aluminum at 720° C. 6. High Melting Rate : 0.5 – 3.0 MT / hr. depending on furnace dimensions and on type of load . 7. Low Maintenance 8. Fast Melting Available from 500 Kgs to 3000 Kgs Capacity Fuel : Gas/Oil

TUBOTHAL Elements will operate at a far higher power output than standard designs of radiant tube elements. A singleTUBOTHAL assembly may be capable of replacing up to three heaters of a more conventional design, leading to major saving in replacement and maintenance cost. Very high power Levels Long Life "Maintenance Free", Longer service intervals Low ageing Low element weight Low thermal mass Design flexibility