Description
First thing to remember is that the Membrane housing First Line 4040 x 2 elements FRP – oppisite side port is designed for continuous, long-term use in reverse osmosis and ultra filtration applications. In industrial and commercial water treatment systems at a pressure of 300 PSI.
The permissible working range is 10 ℃ to 49℃.
The pressure of the membrane housing penetration test is 1.5 times the standard pressure.
PRODUCT BENEFIT
- 100,000 cycles.
- Blast test at 6 times working pressure.
- Perform 100% quality inspection and cleaning prior to final packaging and delivery to the customer
- Competitive Price
- Heavy Duty Industrial Grade Fiberglass (FRP) 4″ x 40″ Membrane Pressure Vessel Housing Will not rust.
- Fits all standard 4040 membranes.
- RO UF & NF (Reverse Osmosis, Ultrafiltration, & Nano filtration)
- 300 psi
- 3/4″ Feed and Drain Ports (FNPT)
- 1/2″ Permeate Ports (FNPT) O-ring End Port Caps Included.
- Stainless Clamps, and Stainless Hardware Included.
- Brackets Included.
- Fits all 4″ x 40″ membranes
- Overall Size of product is 46″ tall x 5″ diameter
- Specifically The Shipping Dimensions are 47″ x 6″ x 6″
Membrane housing First Line 4040 x 2 elements FRP – opposite side port
4″ FRP membrane housing
Material: FRP
End cap material: ABS
Max. working pressure: 300psi, 450psi, 600psi, 800psi,1000psi
Inlet port: 3/4″
Outlet port: 1/2″
So, the membrane housing 4040 FRP is a pressure vessel. In effect which is used for loading membrane elements in a RO water treatment system. The material of the membrane housing is divided into three types, such as FRP, stainless steel, and PVC.
Membrane housing First Line 4040 x 2 elements FRP – oppisite side port is relatively standard across the industry, it is made with high-quality components and o-rings, which is the perfect option for building your RO/DI system or replacing worn-out membrane housing.
The membrane pressure vessels or membrane housings of Ro Agua can achieve a variety of sizes, cover styles, pressure levels, and side or end inlet designs.
