Heat Exchanger Parts Dealers in Pune

Copper Low Fin Tubes are available with exact lengths required by customer, Copper Low Finned Tubes are available with plain portion at both ends, as per customer specification, Copper Fin Tubes are available with Intermediate landings (plain portion for baffle sheet support), as per customer requirement.

The apparatus consists of three concentric pipes, at the axis of which a cartridge heater is placed. Two types of lagging materials are filled in between pipes, one between innermost and middle pipe and other between middle and outer pipe. Digital Ammeter and Voltmeter is provided to measure the input to heater and a dimmer state is provided to vary the input. Thermocouples are provided to measure the temperatures at respective surfaces. The experiments can be conducted at various values of input and calculations can be made accordingly. Specifications: Pipes - Inner Pipe 50 mm dia. GI Middle Pipe 100 mm dia. GI Outer Pipe 150 mm dia. GI Length of pipes - 0.5 m Lagging - Plaster of Paris & saw dust. Instrumentation & Controls : Digital Voltmeter - 0 - 199.9 Volts. Digital Ammeter - 0 - 1.999 Amp. Multy channel Digital Temperature Indicator. Heater Control. Service Required : 230 V.A.C. stabilized supply with earthing. Floor space - 1 m X 1.5m at working height.  

Steam Tube Bundle Dryers are based on the conduction mode for drying. The product to be heated and dried only contacts steamheated tubes, In Rotary Tube Bundle Dryer the Tube Bundle is rotated inside the stationary insulated housing. Steam is passed though one end of Tube Bundle for drying and condensate is removed from the other end.Wet feed Material to be dried is fed into the stationary dryer housing from Feed Nozzle at one end.

We are offering integral fin tubes. Integral fin tubes were developed to increase the heat transfer performance of fluids while reducing the physical size and cost of the heat exchanger. In these tubes the fins are rolled out from the wall of the tubes and hence are integral with the tube. As the fins are formed from the base tube by rolling out material from its wall, the wall thickness under the finned section is reduced compared to the wall thickness at plain ends. These fin tubes can be manufactured from most tubular materials and the hardness of the material usually determines the finning code or fin profile. The harder materials such as nickel alloys, stainless steel, titanium are supplied with higher density (i.e 26,28,30 or 36 fpi). This shallow profile reduces the work hardening of the material and helps eliminate the possibility of root fin cracking. Whereas, with softer materials like carbon steel, copper, and copper alloys are supplied with deeper profile giving a lower fin density (i.e 16 or 19 fpi). These tubes can also be supplied with intermediate plain landing as well as u bent, where the u bend portion can be finned or un-finned.

Seco finned cooling tubes are designed with fins in contact with the holder’s front end, offering a large surface area for fast heat dispersal.

Carbon Steel Fin Tube, Stainless Steel Fin Tube, U Bend Finned Tub

Tube Sheet, CHILLERS, Special Purpose Machinery, Slat Conveyor

Heat Exchanger Pressure Vessel Parts, Metal Fabricator

Fin Tubes, Sheet Metal Part

Fin Tube, Auto Radiators, Oil Coolers, Heat Exchangers, Air Cooler Radiato

Helical Tension Wound Finned Tubes, Water Cooled Heat Exchanger

Boiler Heat Exchanger Tube, Industrial Piping Servic

Integral Fin Tubes, Chilling Plants, Air Coolers for Centrifugal Compresso

Integral Finned Tubes, Heat Exchangers, Pressure Vessels, Spiral Tube

U Tube Bundle, Flow Metering Skid, MS Heavy Fabrication Servic

Heat Exchanger Tubes, Heat Exchangers, Flexible Heat Exchanger

Integral finned tubes are manufactured by rolling process on plain tubes. During finning operation, the inside diameter of the plain tube is reduced and helical fins are rolled on the tube wall.

Heat Pip