PRODUCT

Sand Filters

Sand filters Pluvitec are manufactured under the most stringent criteria in order to provide the market a product above international standards.

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Without geographics limits to sale
Over 40 Years In The Market
Great Cost Benefit

Product Description

Sand filters Pluvitec are manufactured under the most stringent criteria in order to provide the market a product above international standards.

To optimize this performance, we have developed and patented our own crepina high performance which, combined with a good spatial distribution, allows us to have one of the lowest loss in the market charging filters.

A high-tech treatment with pickling, phosphatizing and application of epoxy resin and polyester resin powder, applied electrostatically to 90,000 volts, and cured in an oven at 230 °C ensures a high quality protection, both in relation to water and contaminants, as the ultra violet, can be installed in the field, in the open, ensuring life for many years.

To know our Sand Filtration Systems, click below:

https://hidrosolo.com.br/en/produto/tratamento-de-agua/sistemas-de-filtracao-em-areia-carvao-ativado

Construction characteristics

Model	Nominal flow (L/h)*	Ø Input/Output	Maximum Pressure Service (kgf/cm² or bar) **	Volume of Sand (L)***	Total height (m)****	Ø Body (m)	Number of crepines	Backwash flow (m³/h)*****	Weight without sand (kg)
FA1800	1800	Victaulic - 2"	7	88	1,50	0,40	6	9	63
FA3000	3000	Victaulic - 2"	5	140	1,55	0,50	10	16	70
FA4000	4000	Victaulic - 2"	5	198	1,55	0,60	12	20	105
FA6000	6000	Victaulic - 3"	5	310	1,65	0,75	20	32	140
FA9000	9000	Victaulic - 3"	5	445	1,70	0,90	34	45	260
FA12000	12000	Victaulic - 3"	5	545	1,75	1,05	36	56	315
FA17000	17000	Victaulic - 4"	5	790	1,80	1,20	48	72	510

* Nominal flow rate based on a filtration of 360 m³/m².day

** Maximum working pressure calculated in view of the ASME regulation Section VIII, Division 1.

*** Sand volume calculated based on a 0.7 m high bed.

**** The cylindrical height is equal to 1 meter in all models.

***** Backwash flow rate determined by a rise velocity of 0.02 m/s, using the recommended sand particle size which is 0.6 to 1.0 mm, yielding an approximate 30% expansion.