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Chamber furnace I.G.M
oxidationcleaninggraphite

Chamber furnace - I.G.M - FARM NEW BRASS s.r.l. - oxidation / cleaning / graphite
Chamber furnace - I.G.M - FARM NEW BRASS s.r.l. - oxidation / cleaning / graphite
Chamber furnace - I.G.M - FARM NEW BRASS s.r.l. - oxidation / cleaning / graphite - image - 2
Chamber furnace - I.G.M - FARM NEW BRASS s.r.l. - oxidation / cleaning / graphite - image - 3
Chamber furnace - I.G.M - FARM NEW BRASS s.r.l. - oxidation / cleaning / graphite - image - 4
Chamber furnace - I.G.M - FARM NEW BRASS s.r.l. - oxidation / cleaning / graphite - image - 5
Chamber furnace - I.G.M - FARM NEW BRASS s.r.l. - oxidation / cleaning / graphite - image - 6
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Characteristics

Configuration
chamber
Function
oxidation, cleaning
Other characteristics
graphite

Description

I.G.M. series furnaces complete the series range and distinguish for the very high thermic potential, ensuring very high hours production with the best heating quality. Produced in 3 or 4 tracks version, I.G.M. furnaces are designed to allow high productivity also in presence of extremely limited room available. The evolution trend in hot forging has stimulated perfectioning of quality features of furnaces in terms of temperature uniformity and production velocity. The answer to these requirements is realized by this series of furnaces thanks to the use of sophisticated temperature detection and regulation systems. I.G.M. furnaces have been designed to feed new generation press machines for automatic stamping of one, two or four figures. Availability of wide number of optionals, according to specific product requirements. These distinguish for their extreme use versatility and conduction simplicity. Designed to allow maximum productivity with minimum overall dimension, these solve more and present needs of limitation in available room with increased quantity produced. Temperature regulation by proportional modulating action, allow ing temperature uniformity to be +/- 0.5% of preset value. Check up by thermocouple for entrance and central zones; by optical pyrometer for the exit zone. Direct heating by burners on the heating chamber vault and flame on tracks. Tracks stand on steel rods, non directly on refractory; these determines a more uniform heat transfer on tracks: less oxidation of the parts, preservation of graphite features (if used), less bending and longer lasting f tracks, easiness in cleaning the heating chamber hearth.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.