AGITATED VACUUM DRYER

MAIN FEATURES OF OUR AGITATED VACUUM DRYER 1.Short drying times, shorter than most dryers: shape and size of the paddles, moving with very low tolerance versus the heated walls, combine in promoting the change-over of the product in contact with the walls and the lifting of the product, thus improving the outflow of the vaporized solvents. 2.The entire drying chamber is well machined to bring about a close encounter with the agitator blade thus ensuring proper shuffling of the material and thus avoiding localised over heating. 3.The leak proof front opening door ensures easy cleaning of the entire chamber. 4.The top loading and bottom unloading facility provides for easy charging and discharging of the material. 5.The cyclonic trap prevents the fine dust of the dry material from flying into the vapour condenser. 6.The condenser and the condensate collection tank prevent the vapours from entering the vacuum pump. 7.Appropriate vacuum pump and accessories are provided with the unit with valves to adjust the right vacuum in the unit. 8.Fast dry product discharge :- Dried material is discharged quickly by pushing action of the paddle towards the discharge valve 9.Large size front door allowing full accessibility for easy and thorough inner cleaning. 10.Broad choice of agitator shaft sealing systems: stuffing boxes, single-acting mechanical seals, floating, non-contact seals (air cushion). All of them are easily dismantling from outside. 11.Standard manufacturing high geometric accuracy of the body surface ensuring efficient remotion of the product from the heated walls. 12.High thermal exchange coefficient. The speed of the thermal fluid is much higher in this kind of jacket in regular configuration ones. 13.Pneumatically actuated discharge valve, clapet-type obturator, shaped with the same radius of the dryer body consequently without dead space. 14.Agitator driving group designed for wet product batches of up to 75% of the drying chamber geometric volume, featuring high exploitation of the unit size and of the heated surface. 15.Choice of product contact materials: AISI 304L, AISI 316L, Hastelloy, Uranus (DIN 1.4539) and other alloys. 16.Perfect product homogeneity and batch uniformity. 17.Non-standard models and sizes for specific process needs. 18.High flexibility in batch size allowing to dry even small percentages of product. 19.Full process automation possible, by means of PLC conduction. Extension to higher control levels (DCS) possible. (*) 20.No Thermal Inertia. The jacket volume is far lower than that of regular configuration ones. 21.CAPACITY :- 5 Ltrs. To 4500 Ltr