The working of high flow Pressure Reducing Valves. The valve design is such that it can also be used as a Float Valve. The valve is also offered with an extended stem design(on request) for easy underground or overhead operations.
Item Code: 4M_FLOAT
Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),D/P,D/A
Port of Dispatch: Ahmedabad
Production Capacity: Customize
Delivery Time: Instant
Packaging Details: All valves and fittings (pipe elbows, flanges, etc) shall be suitably protected and their method of shipment shall be in wooden cases having adequately designed interior support with interior waterproof protection.
Long life and safe operation in tough services, from cryogens to highly corrosive fluids — these are the hallmarks of our comprehensive and respected ball valve portfolio. Maximum safety and environmental protection are the driving factors in every design, achieved through corrosion-resistant materials, fire-safe testing, blowout-proof stems and tight shut-off features. Global customers can fulfill requirements from dozens of configurations built to a full range of international design and performance standards.
Lined Ball Valves
Rising Stem Ball Valves
Segmented Ball Valves
Top Entry Ball Valves
Trunnion Mounted Ball Valves
High-performance, metal-seated, full-bore ball valve, equally suitable for isolation, on-off and modulating control applications
End-entry ball valve for the oil and gas industry to prevent losses from production or material leakage. It is designed to meet API-6D, ANSI 16.34 and BS 5351 requirements.
Split-body, full-bore, floating ball valve represents the highest standards in valve technology. Its superfine-finished, seat-supported ball is just one of its many important design features. Others include an anti-blow out stem, long-life, double-stem seal system and stem supported in bearings to ensure seals are free from operation loads.
Split body ball valve for the chemical and petrochemical industries with a highly standardized design.
The highest standard in valve technology and is designed to meet API-6D, ANSI 16.34 and BS 5351 requirements.
Cryogenic Ball Valve is the optimum solution for cryogen flow isolation at temperatures as low as -196°C (-320°F), including LNG liquefaction, transportation and regasification. It is certified fire-safe and meets ISO 15848 standards.
Full Port ball valves designed for ASME B.16.34, General Purpose and specific application requirements combined with seat and seal combinations provide customers with reliability and long service life over a broad pressure range
A range of 3-piece ball valves designed for ASME B.16.34, General Purpose and specific application requirements combined with seat and seal combinations provide customers with reliability and long service life over a broad pressure range
Reduced / Regular Port ball valves designed for ASME B.16.34, General Purpose and specific application requirements combined with seat and seal combinations provide customers with reliability and long service life over a broad pressure range
3-piece and flange cryogenic ball valve specifically designed for use on liquid gases such as nitrogen and oxygen. It offers high-performance, shutoff valves for intermittent and continuous flow applications with temperatures to -425°F.
Two-piece, full-port design minimizes pressure losses and increases flow capacity.
Lined Full Port Ball Valve is a two-piece lined ball valve which offers high safety factors, high stability, rigidity and eliminates a potential leak path.
A lined full port ball Valve, short pattern that offers the same benefits as the AKH2 at reduced space and weight. It was designed per ASME B16.5 Class 150 flange dimensions and ASME B16.10 face-to-face dimensions.
An ANSI B16.10 short-pattern, reduced-port, lined ball valve. The floating ball design ensures bubble-tight shutoff.
Lined Ball Valve is engineered exclusively for glass pipe systems. It is available with socket/ball or plane ends according to DIN/ISO 3587 and 4704. For flange/glass end connections
Lined Ball Valve is a full-port monoblock ball valve that improves sticky, adhesive and highly viscous fluid applications, particularly in high cycling requirements that can cause deterioration in floating ball design valves.
When using float valve. in order to save pool space and for easy maintenance, the valve should be placed outside the pool, with the float ball switch placing at the lowest point in pipeline , consequently impurities deposit and cause to malfunction. It's recommended that a filter should be installed to prevent pipe blocking.
The float valve’s purpose is to control the highest level of a given basin or cistern. Its role is to supply or not supply the basin and to avoid overflowing. There are offset float valves for large diameter valves in order to reduce the dimensions of the floats.