Description

Fluytec 35 FTPV-5 Housing Multi Cartridge Filter

PFI Watermaker adalah agen distributor importir produk Fluytec 35 FTPV-5 Housing Multi Cartridge Filter terlengkap dengan kualitas dan harga terbaik.

Fluytec PVC filter housings combine design simplicity with high filtering quality. These are specially suitable in those applications that handle small amounts of salty water, both brackish and sea water: from 3m3 /h to 150 m3 /h.

Description Fluytec FTPV Housing Multi Cartridge Filter

These filter housings are designed according to the ASME design code for pressure vessels and manufactured according to the 2014/68/EU S.4.3 European Directive of Pressure Vessels. Standard Design Pressure is 6 Bar and Test Pressure is 9 Bar. The housings are made of PVC and the internal parts are of plastic materials except for the springs which are made of plastic coated SS. In smaller items of this family, the inlet and outlet connections are threaded. * In larger ones, they are of standard DIN 2576 PN10 flanges (unless specifically indicated otherwise).

Fluytec´s classic PVC Housing : High Quality in a simple design

Fluytec’s FTPV Series PVC filter housings are a smart and budget-conscious choice for filtration needs that align with lower pressure requirements and small to medium flow rates.

Ideal for Low Pressure RO Feed and medium pressure rating

Designed with a standard design pressure of 6 Bar, the FTPV Series is engineered to excel within the lower pressure range. This specialized focus ensures that these filter housings deliver optimal performance within their intended operating conditions.

Perfect for Small to Medium Flows

With flow capacities ranging from 3 m3/h to 150 m3/h, the FTPV Series is tailor-made for applications demanding moderate flow rates. This versatile family of filter housings reliably caters to your filtration needs without compromise.

Fluytec’s FTPV Series PVC filter housings offer the ideal solution for applications that require cost-effective, dependable filtration within the lower pressure spectrum and small to medium flow scenarios.