Reviews Thermoplastic Valve

Sta-Rite MSF 1 1/2 H.P. 1/115-220V, Vertical Multi-Stage Deep Well Jet Pump.

Powered by industry standard 2- or 3-wire motors.
Thermoplastic discharge and motor bracket.
Stainless steel pump shell, control box included with all 3-wire pumps (1/2 HP to 1 HP).

Schieffer 1/4" x 200' 4800 PSI Thermoplastic Sewer Jetter Hose.
7250 PSI High Pressure Ball Valve 3/8" Female Connectors.
Erie Tools Button Nose and Rotating 1/4" Sewer Jetter Drain Cleaning Nozzle 4.5 Orifice.
Erie Tools 5000 PSI 3/8" x 200' Portable Hose Reel.
Raptor Blast Brass Hex Bushing 3/8" x 1/4" Reducer.

Schieffer 1/4" x 100' 4800 PSI Thermoplastic Sewer Jetter Hose.
7250 PSI High Pressure Ball Valve 3/8" Female Connectors.
Erie Tools Button Nose and Rotating 1/4" Sewer Jetter Drain Cleaning Nozzle 4.5 Orifice.
Erie Tools 5000 PSI 3/8" x 200' Portable Hose Reel.
Raptor Blast Brass Hex Bushing 3/8" x 1/4" Reducer.

...k valve, rust-proof and corrosion-proof. You can get our durable and sturdy pump for a long time use..
Super Large Head & Flow: Powerful flow of the deep well pump can achieve 42 GPM, and the head can reach 440 ft. More convenient and efficient to use water. Heavy-duty thermoplastic impellers are designed to provide large flow and high lift..
Premium Filtration Mesh: The filtration mesh of a submersible pump is made of stainless steel to filter impurities. You can add a layer of gauze in front of the filtration inlet for a new drilled well with excessive granular sediment..
Excellent Performance: The submersible water well pump is designed with a built-in check valve, which can be mounted vertically and is suitable for home use. The hermetically sealed motor is thermally protected to prevent overheating..
Various Application: This submersible pump for a deep well is suitable for extraction from the deep wells for groundwater and uses in rivers, reservoirs, canals, and other water lifting works. They are primarily used in farmland, factories, railways, and mines..

...k valve, rust-proof and corrosion-proof. You can get our durable and sturdy pump for a long time use..
Super Large Head & Flow: Powerful flow of the deep well pump can achieve 42 GPM, and the head can reach 440 ft. More convenient and efficient to use water. Heavy-duty thermoplastic impellers are designed to provide large flow and high lift..
Premium Filtration Mesh: The filtration mesh of a submersible pump is made of stainless steel to filter impurities. You can add a layer of gauze in front of the filtration inlet for a new drilled well with excessive granular sediment..
Excellent Performance: The submersible water well pump is designed with a built-in check valve, which can be mounted vertically and is suitable for home use. The hermetically sealed motor is thermally protected to prevent overheating..
Various Application: This submersible pump for a deep well is suitable for extraction from the deep wells for groundwater and uses in rivers, reservoirs, canals, and other water lifting works. They are primarily used in farmland, factories, railways, and mines..

High-quality Material: The submersible well pump comprises 304 stainless steel and a built-in check valve, rust-proof and corrosion-proof. You can get our durable and sturdy pump for long time use..
Super Large Head & Flow: Powerful flow of the deep well pump can achieve 42 GPM, and the head can reach 630 ft. More convenient and efficient to use water. Heavy-duty thermoplastic impellers are designed to provide large flow and high lift..
Premium Filtration Mesh: The filtration mesh of a submersible pump is made of stainless steel to filter impurities. You can add a layer of gauze in front of the filtration inlet for a new drilled well with excessive granular sediment..
Excellent Performance: The submersible water well pump is designed with a built-in check valve, which can be mounted vertically and is suitable for home use. The hermetically sealed motor is thermally protected to avoid overheating..
Various Application: This submersible pump for a deep well is suitable for extraction from the deep wells for groundwater and uses in rivers, reservoirs, canals, and other water lifting works. They are primarily used in farmland, factories, railways, and mines..

★【Technical Specifications】4"，1/2 HP, 115V, 6.5Amps ,60 Hz.
1-1/4” NPT discharge. 6 Impellers；Fits in a 4" casing..
★【Economy & Effective】25GPM max & 150ft head；33ft lengthy electric cord -allows for easy connection (the Plug and the Power Cord are Cut,you can extend or shorten the power cord depending on your needs.).
★【Outstanding Performance】Stainless steel body& permanent magnet motors&thermoplastic impellers -industrial grade heavy duty - guarantees high durability and long-lasting use.
★【Wide Application】 Perfectly convenient for use at home and for factory usage.
can be implemented in different types of wells-ash pipe wells, steel pipe wells, or soil wells；Can be used for extracting water from reservoirs, canals, rivers, open water tanks and other water lifting works.
★【 Built-in Controlbox & Check Valve】This item is with a built-in control box, it is for thermal protection, short-cut protection and overload protection；★【NOTICE】This pump has a built in check valve. However installing additional check valve is recommended.

Powered by industry standard 2- or 3-wire motors.
Thermoplastic discharge and motor bracket.
Stainless steel pump shell, control box included with all 3-wire pumps (1/2 HP to 1 HP).

Reduces incoming water pressure to protect plumbing systems and reduce water consumption in commercial industrial and residential applications.
Suitable for up to 400 psi (27.6 bar), the pressure range can be adjusted from 25 to 75 psi (172 to 517 kPa) with the standard setting at 50 psi (345 kPa).
double union solder inlet and outlet connection.
integral stainless-steel strainer (removeable for cleaning).
bypass feature that controls thermal expansion pressure.
and a sealed spring cage for waterworks pit installations.
Offers easy installation, easy handling and in-line serviceability.
The standard bypass feature permits the flow of water back through the valve into the main when pressures, due to thermal expansion on the outlet side of the valve, exceed the pressure in the main supply.