Gujtex Engineering Company

Hojiwala Industrial Estate, Surat, Gujarat

We are chiefly engaged in manufacturing and exporting of Thermic Fluid Heater . The Thermic Fluid Heater that we offer is extensively used in various industries for effectively heating Thermo oils and other heat transfer media. Our Thermic Fluid Heater provides constantly maintainable temperature upto 3500 o C at atmospheric pressure. It is non-corrosive heater, as there is no use of water in the heating process. This Thermic Fluid Heater is specially designed and coupled with integral furnace, for optimum performance. Moreover, the clients can avail the Thermic Fluid Heater at market leading prices. Compatible With : Coal Wood Waste Bagasse

Heating the thermic fluid and transferring the heat so generated to the process is economical & efficient over steam and elctrical heating systems. temperature upto 300 C at atmospherical pressure can be achievd and the whole system beind pressureless is out of the purview of IBR. Gujtex thermic fluid heater consume 15% less fuel approximately compared to the best of the steam boiler. Gujtex has complete in house facilities for manufacturing these thermic fluid heaters. Only boiler quality tubes are used for maximum running reliability and multi start tube nest ensures anti cracking security

We are a prominent manufacturer and exporter of Pulse Jet Bag Filter based in india. the pulsejet bag fitter that we offer consists of filter cylinders (bags) enfolded in a metal housing. in operation, dust-laden air enters through the center of bag filter. either pressure or suction delivers the dirty air to the hopper. the fine particles travel upward and collect on the filter bags. the clean air passes through the bag and vents in to the atmosphere. a high-pressure jet of compressed air, which is directed through the bag, removes the dust, which is deposited in the hopper and is easily collected for disposal or recovered for use at timed intervals. anatomy of the pulsejet bag filter : the dust-tight pulsejet bag filter has three sections : a plenum at the top, a collector housing in the center, and a hopper at the bottom. a plenum (q) houses the blowtubes and supports for the solenoid valves. clean air or gas is released through the exhaust outlet ® in the plenum. the housing (m) contains the filter bag assemblies. below the housing is the hopper (o) which contains the inlet (n). a diffuser (t) in the hopper, adjacent to the inlet absorbs the impact of the high velocity dust particles and distributes the incoming air. pressure drop, that measures collector performance, is indicated by a d.p.gauge (s) connected at one end to the filter bag section and to the clean air plenum at the other end. a gujtex rotary airlock (p) is recommended as a discharge valve to handle the collected dust. filter cylinder assembly : the filter cylinders (bags) (a) slip over wire retainers (b). a bag clamp secures the bag-retainer assembly to the collar (c) of the venture nozzles (e), which are attached to a tube sheet (d). blowpipes (f) with orifice nozzles (g) are located above each row of filter bags so that the orifice nozzles are directly above the throat of each venture. the cleaning cycle : a signal from a remote sequence timer (h) actuates the opening of the normally closed solenoid or pilot valve (j). the opening of the solenoid valve decreases the pressure in the tube connecting the solenoid to the right angle diaphragm valve (k) causing the diaphragm valve to open. this permits a momentary jet of 100-psig air to flow from the air supply pipe (l) to blow tube, down each venture, and to each filter bag. all bags in a row are cleaned simultaneously.