Alborz Drum Filter

Alborz Drum Filter

The filtration of the suspended particles in semi-compact and compact aquiculture systems is a key element in production level. It can be achieved using a drum filter, provided the drum filter be in good functional order and capable of sustaining its functioning in the long run. It needs to be positioned in a hydraulically appropriate spot, so that the suspended particles can reach it without hindrance. Appropriate use of the drum filter can lead to the removal of up to 91% of the suspended particles in the circulating wastewater. It is extremely effective in promoting the health of the fish and enhancing the quality of production, as well as in obviating the need for cleaning operation in fish ponds. The Alborz drum filter is a self-cleaning filter with unique capabilities. It acts by 100% purification efficiency, using closed-drum technology. The Alborz drum filter comes with a container tank, obviating the need for a separate water reservoir or tank, which is effective in cost reduction. The sieve sets have been designed and manufactured in a panel arrangement, with the meshes having protective frames, so that they are easy to change or repair. The mesh frames are made of steel, the chassis of metal reinforced with zinc ridge, and the tank and cover of the device is made of fiberglass. It is perfectly suitable for aquaculture purposes both technically and economically. It comes with a two-year warranty and 10 years of consumer services.

The Techno-Abzy drum filter is available in capacities of 5 to 600 liters per second with meshes of 20 to 100 micrometers for aquaculture purposes. In line with purposeful sale and observing consumer rights, the technical section of the Techno-Abzy group undertakes the placement and positioning of the device, collection of data, professional visitation, the technical calculations, drawing plans, and installation services completely free of charge. It is aimed at ensuring the correct and effective positioning of the disc filter for maximum efficiency.