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BALL VALVES Driven by innovation, with an outstanding portfolio of proven brands, Pentair manufactures and markets an extensive range of full and reduced bore ball valves serving a wide spectrum of applications in the oil and gas, petrochemical, chemical, pharmaceutical and allied process industries. The Pentair ball valve portfolio includes a diverse range of standard and customized ball valves that can be configured to suit most process applications or project packages. We offer ball valves in end entry, top entry and fully welded body construction, with flanged end, welding end, hub or threaded connections, floating or trunnion mounted designs with meta-to-metal or soft seating. We also provide exhaustive applications for high integrity installations such as HIPPS, emergency shut-down, subsea, powder discharge, gas pipelines, high temperature, cryogenic and corrosive services, where proven experience and safety are paramount. FCT As a premium manufacturer of engineered ball valve solutions, FCT continues to service the upstream oil and gas industry. Design leadership and integrity, coupled with advanced manufacturing and testing processes, help provide you with a complete solution to the most critical service or complex application. Proven global leadership in design of trunnion ball valves, such as HIPPS, emergency shut-down, subsea, high temperature and cryogenic services and corrosive pipeline applications ensure FCT a secure, trusted choice for many major oil and gas companies globally. KTM For over 75 years, KTM process floating and trunnion mounted ball valves have provided outstanding performance, with pioneering soft and metal seated designs that are specifically engineered for demanding process applications in the petrochemical, chemical and coal gasification industries . In an age of increasing technologically complex processes, our globally trusted expertise and reliability in manufacturing ensure quality products and tailor-made solutions matched by excellence in after-sales service. KTM has gained worldwide recognition as a premium brand for industrial ball valves because we continue to be driven by innovation and forward thinking in engineering, such as actuators for partial stroke testing (PST) and SIL3 certification for documented reliability of automated packages. This has helped to ensure KTM products are consistently earning the trust of companies around the world. Request Callback
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Floating Keystone K-Ball A comprehensive range of ball valves to suit a wide variety of industrial and process applications.
Features & Benefits: The range includes one, two and three piece ball valve designs with screwed, weld or flanged end connections. 3/4-way multi-port designs available. ISO 5211 top mounting plate available, for easy actuation, on selected models. Body construction either investment or sand cast according to model. Carbon steel or stainless steel body materials. Wide range of pressure ratings available. Reduced and full bore models. Locking devices standard on all valves. Seat material options available. R110: One-piece body ball valve F120: Two-piece body ball valve F130M, R130M: Three-way split-body ball valve F130M, R130M: Three-way split-body ball valve F130M, R130M: Three-way split-body ball valve F133M/F133MT, R133M: Three and four-way split-body ball valve R138: Three-way multi-port ball valve R138: Three-way multi-port ball valve F151: Three-piece economical ball valve F171: Three-piece ball valve to ISO 5211 F171T: Three-piece high purity clean ball valve F180/F180F, R180/R180F: Three-piece heavy duty ball valve F190/F190F: Split-body flanged ball valve F129: Two-piece direct mounting ball valve R139: Three-way multi-port direct mounting ball valve
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Floating Ball Valve 3-Way Full Bore and Reduced Bore KTM 3-way ball valves are used for dividing or mixing fluids. EO3100 Full and Reduced Bore 3-Way, 2-Seats, “L” Port Available with soft or hard seats. Each offers a range of performance suitable to many applications. E3200 Full and Reduced Bore 3-Way Top Entry, 4-Seats, “L” Port and “T” Port Used for diverting or mixing fluids. The 4-seat design offers additional port arrangements. A greater Cv value is achieved in most sizes. Media trapped in the valve cavity is reduced substantially with additional seats. E3900 Full Bore 3-Way, 4-Seats, “L” Port and “T” Port used for diverting or mixing fluids. The 4-seat design offers additional port arrangements. A greater Cv value is achieved in most sizes. Media trapped in the valve cavity is reduced substantially with additional seats.
Features & Benefits: A single KTM 3-way valve replaces several 2-way valves, saving valuable space and simplifying piping. Designed for zero leakage with standard E-seat. Pure white E-seat seal helps relieve concern over product contamination. Suitable for high temperature applications when equipped with exclusive Gratite® seat. Positive alignment of body. Blow-out proof stem. More than 50% of stem length is supported by bushing and valve body. Packing acts as seal instead of stem support, minimizing stem leaks. Stainless steel static grounding device. Sphericity tolerance of the balls, ± 0.0008", and a 4 RMS surface finish are unsurpassed. Reinforced PTFE bearing and packing rings help reduce friction. Two-seat design has lower operating torque, easing operation and reducing actuator cost. Automatic cavity pressure relief. Positive position indication. Meets NACE MR01.75 for sulfide cracking resistance. Locking device capable.
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Floating Ball Valve Energy and Process EB100/EO100 Energy and Process You can count on KTM ball valves for lasting, dependable service. Each valve is precision manufactured from foundry casting to final assembly. By controlling every component of manufacturing, we maintain total quality control. Gratite® Seat, Hi-Temp Hi-Temp ball valves are designed to operate within a temperature range from -50°F to 932°F. They incorporate valve seats of Gratite® material (a bonded composite of graphite) formed with flexible graphite which is used to cushion seal. The result is a seat with physical properties that are far superior to conventional ball valve seats of carbon graphite construction.
Features & Benefits: Patented seat design has proven performance in both energy and process applications. Valve seats are Gratite® (a bonded composite of hard graphite) which forms the seat along with soft carbon used for the cushion seal. The result is a seat with physical properties that are far superior to conventional ball valve seats of carbon graphite construction. Designed for zero leakage (liquid service). Full bore. Full ANSI rating and suitable for ON-OFF service up to 932°F. Reduces energy costs. Seats and seals virtually chemically inert. Blow-out proof stem. Higher CV than gate or globe valves. Inherently fire-safe. Designed to resist thermal and pressure shock. Can be welded in line without disassembly. Easy parts replacement. Two-piece body. Sphericity tolerance of the balls, ± 0.0008", and a 4 RMS surface finish are unsurpassed. More economical than metal seat. More economical than metal seat. High resistance to thermal shock. High electro conductivity helps eliminate need for grounding device. Seats and seals are virtually chemically inert. Blow-out proof stem. Two-piece body construction. Fire-safe. Easy actuator mounting. Bi-directional flow.
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Floating Ball Valve Low Temperature and Cryogenic Applications Floating Type (long bonnet) and Trunnion Type (short bonnet) Ball Valve Structures KTM ball valves have been widely used in low temperature and cryogenic applications, including LNG (Liquefied Natural Gas) which is fast becoming a better alternative source of energy. With a proven design and after many successful references, the KTM brand name continues to be preferred by end-users as the process quality ball valve of choice.
Features & Benefits: Extension bonnet protects the gland packing. Two types of extension bonnet (short and long) are available to better locate the “Gland Packing” at ambient temperature zone. This will help protect it from freeze-damage caused by low temperature fluid. Cavity pressure relief. Excellent seat and seal design minimizes leakage. Low operating torque for smoother operations. Fire-safe design. Fugitive emission compliance. Rigid body construction minimizes thermal shrinkage.
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Floating Ball Valve Omni II The KTM Omni II is available in three basic style of seats – soft, hard and metal-to-metal. Each offers a range of performance suitable to many applications. EB100 Omni II Style NoFill Cavity Free, Full Bore Proprietary Micro-space Design Helps Reduce Reactive Buildup. A frequent problem in processing products ranging from reactive monomers such as styrene and butadiene to starches and slurries is that they can, and do, build up – and polymerize or ferment – within the “cavities” or open spaces inside the valves controlling the process. Until now the response to this problem has been to fill the cavities with PFA, FEP or another “foreign” material. A more complete solution is KTM’s NoFill valve. As its name implies, the NoFill uses no filling material of any kind. Instead, the cavity has been completely eliminated – except for the micro-space required for ball movement (shown here in red). Depending upon the valve size, that micro-space ranges from 0.5 to 1.0 millimeter. All wetted surfaces are stainless steel, polished to a mirror finish.
Features & Benefits: The micro-space is designed to severely restrict the area where product can collect and build up over time. The mirror-finished interior helps drastically reduce the potential for bonding. There is no excess material to flake off with wear, helping reduce product contamination. Solidification of media is much more manageable, should a severe process change occur. The stainless steel interior lasts much longer, resulting in less down-time. This, plus easy maintenance, translates to a lower total cost of ownership. Superior valve design at a competitive price. Fugitive emissions control for flammable and non-flammable applications. Machined ISO actuator mounting pad. Designed for zero leakage with standard E-seat. Pure white E-seat seal helps relieve concern over product contamination. Positive alignment of split body. Fire-safe design tested to API 607 4th Edition. Secondary fire-safe metal-to-metal seat is standard. Blow-out proof stem. Static electricity grounding device. Sphericity tolerance of the balls, ± 0.0008", and a 4 RMS surface finish are unsurpassed. Reinforced PTFE bearing and packing rings reduce friction. Lower operating torque for ease of operation and reduced actuator cost. Positive position indication. Meets NACE MR01.75 for sulfide cracking resistance. Locking device capable. Bi-directional shut-off.
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Floating Ball Valve A range of one piece reduced bore, flanged, free floating (seat supported) ball valves, incorporating mounting flanges to BS EN ISO 5211, featuring soft, metal and carbon seated designs
Features & Benefits: One piece reduced bore body, flanged construction in carbon steel, stainless steel and special alloys. Compact body design with minimum weight and elimination of potential leak path. Designed in accordance with ASME B16.34, BS EN ISO 17292 & ISO 14313/API 6D. Floating ball design for bi-directional shut-off. Flexing soft seat design for superior shut-off across a range of pressures with minimum operating torque. Low temperature and cryogenic designs for service down to -196°C available on request. Spring energized metal and carbon seat designs permitting tight shut-off and positive cavity pressure relief. Fused hard nickel alloy, chromium carbide or tungsten carbide coated seat and ball designs for abrasive and high temperature service. Hard carbon seat design for medium temperature applications. High integrity shaft seal minimising the potential for atmospheric leakage. Fugitive emission performance to BS EN ISO 15848-2 class A. Corrosion resistant trim. Standard valves incorporate balls and shafts of stainless steel for long service life. Fire test certified. All sizes and pressure ratings are covered by approved certification. Anti-static and blow-out proof shaft design. Most designs offer cavity pressure relief to upstream in event of thermal expansion. Could be integrated into a SIL 3 environment safety instrumented system.
Additional Information: Item Code: 110-200-UltraSeal
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Floating Ball Valve A range of two piece full bore, flanged, free floating (seat supported) ball valves, incorporating mounting dimensions to BS EN 15081, featuring soft, metal and carbon seated designs
Features & Benefits: Two piece full bore design, flanged construction in carbon steel, stainless steel and special alloys. Designed in accordance with ASME B16.34, BS EN ISO 17292 & ISO 14313/API 6D. Floating ball design for bi-directional shut-off. Flexing soft seat design for superior shut-off across a range of pressures with minimum operating torque. Low temperature and cryogenic designs for service down to -196°C available on request. Spring energized metal and carbon seat designs permitting tight shut-off and positive cavity pressure relief. Fused hard nickel alloy, chromium carbide or tungsten carbide coated seat and ball designs for abrasive and high temperature service. Hard carbon seat design for medium temperature applications. High integrity shaft seal minimising the potential for atmospheric leakage. Fugitive emission performance to BS EN ISO 15848-2 class A. Corrosion resistant trim. Standard valves incorporate balls and shafts of stainless steel for long service life. Fire test certified. All sizes and pressure ratings are covered by approved certification. Anti-static and blow-out proof shaft design. Most designs offer cavity pressure relief to upstream in event of thermal expansion. Could be integrated into a SIL 3 environment safety instrumented system.
Additional Information: Item Code: 300-UltraSeal
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Floating Ball Valve Model Unibody Floating KTM Firesafe and Anti-Static ASME 150/300 one piece, end entry, flanged ball valve for oil, gas, petrochemical and chemical industries
Features & Benefits: Designed to ASME B16.34, API 6D and ISO 17292. Single piece end entry body design complies with ASME B16.34 & ASME VIII. ISO 5211 top mounting flange. Face to Face to API 6D/ASME B16.10/BS 2080/BS EN 558.2. Fire tested to API 607 6th edition. Flange connection to ASME B16.5 as standard. One piece body offers total pipe integrity minimizing the number of potential leak paths. Carbon steel or stainless steel body as standard. Precision 316 stainless steel ball as standard. Blowout proof shouldered shaft. Anti-static device. Cantilevered E-seat (PTFE/PFA copolymer) as standard. A secondary metal ‘firesafe’ seat. Optional cavity pressure bleed / vent fitting. External replaceable weather seal. Emergency seat and shaft sealant facility (optional). Spring energised shaft assembly to compensate for wear and temperature changes. Integral padlocking facility as standard. Vented ball equalises body cavity pressure in open position and prevents possible seat damage. Manufactured under quality system ISO 9001 and API 6D Q1. All valves factory hydro/air tested to API 598. Certificate of compliance to EN 10204:2004. Type 3.1 are supplied as standard.
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Hygienic Ball Figure F262 Threaded Stainless Steel Ball Valve BSM threaded stainless steel ball valve for corrosive and food production services.
Features & Benefits: High quality Keystone product precision engineered for long life and low maintenance. Full Bore. Very high cycling capability. Exterior and interior surfaces are machined to hygienic standards. Bubble tight shut-off for reliability. A range of end connections including BSM/RJT & IDF. Two piece construction. Precision 316 S/S ball and stem as standard. Quarter turn operation. Field replaceable seats and seals. Adjustable gland when actuator is fitted. Full range of accessories. PTFE seats and seals as standard.
Additional Information: Item Code: Figure-F262
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Lined PFA lined stainless steel ball valve with short face to face and well proven trunnion mounted design for use in pharmaceutical and bio-engineering industries
Features & Benefits: PFA lining offers highest corrosion resistance The smooth external surface of the investment cast Stainless Steel body makes the valve an ideal selection for high integrity installations Short face to face dimensions allow easy installation Bubble tight shut-off: precision machined ball and seats guarantee an absolute leakfree valve Full bore offers high KV-value equal to the pipe One piece ball/stem: protects the integrity of the PFA ball lining, no hysteresis, ideal for flow control applications Anti blow-out shaft design, which can not be affected by the media, according API 609 Static electricity: any build-up of static electricity is eliminated since the ball/stem and the housing are of the same potential Constant torque: the unique two-piece body construction together with the spring loaded seats guarantee a constant torque even after months of operation The self adjusting packing is maintenance free and provides a leak free stem seal which is TA-Luft VDI 2440 approved The C ball version is dead space free and allows easy cleaning in line Direct mounting according to ISO 5211
Additional Information: Item Code: SNB-SNC
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Lined These PFA lined ball valves are used in a wide variety of applications in many industries
Features & Benefits: PFA lining offers highest corrosion resistance Bubble tight shut-off: precision machined ball and seats guarantees an absolute leakfree valve. Full bore offers high Cv-value equal to the pipe One-piece ball/stem: no possibility of damaging PFA-lining on ball by the stem, no hysteresis, ideal for flow control applications. Specific anti blow-out shaft design, which can not be affected by the media, according API 609. Static electricity: any build-up of static electricity is eliminated since the ball/stem and the housing are of the same potential. Constant torque: the unique two-piece body construction together with the spring loaded seats guarantee a constant torque even after months of operation. TA-Luft VDI 2440 approved. The self adjusting packing is maintenance free and provides a leak free stem seal. The handlever features a positive locked position in the open and closed position for type NTB, and 6 intermediate positions for type NTC. The body has a thermally applied polyester powder coating (RAL 9002) which offers excellent protection against external corrosion and rust. Direct mounting according to ISO 5211.
Additional Information: Item Code: NTB-NTC
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Trunnion Mounted Trunnion Mounted Split Body; Models HPA, HRA, DB Tyco is a leading provider of topquality valves to the oil and gas industry, including the premier brand FCT, offering a complete line of highly engineered ball valves preferred by the oil and gas industry. Tyco's FCT brand is a world leader in the design and manufacture of trunnion mounted ball valves for the oil and gas industry. For more than 50 years the FCT brand has been delivering high quality, innovative and competitive valve systems to the industry. FCT has continuously invested in new products and technology development and has actively worked with end-users to develop custom valves designed in accordance to customer specific requirements. Working with some of the largest energy companies, FCT has earned an excellent reputation as an international supplier of highly engineered trunnion mounted ball valves.
Features & Benefits: Guided stem design minimizes operating torques which may result in lower actuation costs and longer service life benefits. Additional level of safety and reliability is provided by the double piston effect. In the event a seat is damaged, sealing is assured irrespective of the flow through the valve. Further safety assurance is delivered by a blow-out proof stem design which is shouldered and retained within the valve body. Operational benefits of checking seat integrity without disturbing the status of the pipeline are possible due to the double block and bleed feature, which allows venting and draining of the body cavity in both open and closed positions. Seat materials: - Soft seat material options (PFA, PEEK, PCTFE and Devlon®) - Metal seats (TCC) Seat designs: - Single piston effect (standard) provides self-relieving feature of body cavity over pressurization - Double piston effect provides an additional level of sealing capability and reliability Design, manufacturing and materials comply with the Essential Safety Requirements of the 97/23/EC Directive (PED). All valves designed to API 6D (ISO 14313) or API 6A (ISO 10423). Body wall thickness complies with ASME B16.34 (forged and/or cast). Full and reduced bore valves available. Antistatic device to BS 5351 (10 under 12 Volt). Emergency sealant injection provision (seats and stem). Fire-tested to API 6FA and BS 6755 Part II. Testing to API 6D, API 6A, API 598, ISO 5208, BS 6755 Pt.1, API 17D. Marking to API 6D, API 6A, MSS-SP-25, PED. Available with manual operation, electric, pneumatic or hydraulic actuation.
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Trunnion Mounted 5600 Fully Welded Forged API 6D trunnion mounted, fully welded ball valve for oil and gas distribution and transmission pipelines that helps offer safety and integrity, minimizing the risk of fugitive emissions.
Features & Benefits: Ball valves, trunnion mounted, fully welded to significantly help reduce or eliminate fugitive emissions. Design, manufacturing and materials comply with the Essential Safety Requirements of the 97/23 EC Directive (PED). Trunnion mounted fully welded ball valve Figure 5600 exclusively manufactured in forged materials, large size valves included. Bi-directional valves, double block and bleed, allowing the venting and the draining of the body cavity, in both open and closed position. Two seat designs available: single piston effect (standard), providing self relieving of the body cavity overpressure double piston effect, providing double barrier (safety valve requested for cavity pressure relieving on liquid applications) Significant reduction of torque values necessary to operate the valve. Product certified in compliance with PED and ATEX requirements. The valves are Fire-safe certified according to the API 6FA, ISO 10497 Ed.1992, API 607 Ed.3 and BS 6755 part II. Pressure parts components designed according to ASME VIII-2. Rating and class according to ASME B16.34.
Additional Information: Item Code: 5600
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Trunnion Mounted EO1100 Full Bore and EO8100 Reduced Bore Production EO1100 Full Bore and EO8100 Reduced Bore Production Ball Valves, Trunnion Mounted
Features & Benefits: Designed for rugged oil field and pipeline applications. Rugged two-piece body construction. API 6D standards. Spring-loaded reinforced Teflon® seat rings for positive sealing. Suitable for block and bleed applications. O-ring stem seals. Positive alignment of two-piece body. Fire-safe design tested to API 6FA. Secondary fire-safe metal-to-metal seat is standard. Sphericity tolerance of the balls, ± 0.0008", and a 4 RMS surface finish are unsurpassed. Trunnion-style ball stems are installed in reinforced PTFE bearings, reducing friction and absorbing radial tost. Lower operating torque for ease of operation and reduced actuator cost. Automatic cavity pressure relief. Positive position indication. Meets NACE MR01.75 for sulfide cracking resistance. Locking device standard. Sealant lubrication fittings.
Additional Information: Item Code: EO1100
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Trunnion Mounted EO1200 Full Bore and EO8200 Reduced Bore Process EO1200 Full Bore and EO8200 Reduced Bore Process Ball Valves, Trunnion Mounted
Features & Benefits: Designed to meet industrial standards for ball valves. Rugged two-piece body construction. API 6D standards. Spring-loaded reinforced Teflon® seat rings for positive sealing. Suitable for block and bleed applications. Adjustable stem packing. Positive alignment of two-piece body. Fire-safe tested to API 607 and 6FA. Secondary fire-safe metal-to-metal seat is standard. Sphericity tolerance of the balls, ± 0.0008", and a 4 RMS surface finish are unsurpassed. Trunnion-style ball stems are installed in reinforced PTFE bearings, reducing friction and absorbing radial tost. Lower operating torque for ease of operation and reduced actuator cost. Automatic cavity pressure relief. Positive position indication. Meets NACE MR01.75 for sulfide cracking resistance. Locking device standard. Sealant lubrication fittings.
Additional Information: Item Code: EO1200
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Trunnion Mounted EO1200 Full Bore and EO8200 Reduced Bore Process EO1200 Full Bore and EO8200 Reduced Bore Process Ball Valves, Trunnion Mounted
Features & Benefits: Designed to meet industrial standards for ball valves. Rugged two-piece body construction. API 6D standards. Spring-loaded reinforced Teflon® seat rings for positive sealing. Suitable for block and bleed applications. Adjustable stem packing. Positive alignment of two-piece body. Fire-safe tested to API 607 and 6FA. Secondary fire-safe metal-to-metal seat is standard. Sphericity tolerance of the balls, ± 0.0008", and a 4 RMS surface finish are unsurpassed. Trunnion-style ball stems are installed in reinforced PTFE bearings, reducing friction and absorbing radial tost. Lower operating torque for ease of operation and reduced actuator cost. Automatic cavity pressure relief. Positive position indication. Meets NACE MR01.75 for sulfide cracking resistance. Locking device standard. Sealant lubrication fittings.
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V-Port Control Dual V High Performance KTM’s Dual V is a rugged dual-function valve that can be used in On/Off applications as well as modulating applications. This valve is designed to provide solutions to specific operating needs. Flanged and Flangeless styles are available.
Features & Benefits: Unique Dual V-ball features a secondary (Small) V-notch allowing extremely small, accurate flow rates. The primary (Large) V-ball provides straight through, non-clogging flow, allowing a large amount of heterogeneous fluid. Dual V-ball allows rate changes and controls fluids with a rangeability in excess of 250:1. Nearly equal percent flow characteristic. Rotary-valve design provides shearing action between the V-notch ball and the seat, promoting a smooth, non-clogging operation. Spring supported, stellited metal seat. Class V shut-off. Unibody design reduces stress. Minimum body cavity reduces build-up. Fugitive emission package available for both flammable and non-flammable service. Available in flangeless or flanged construction. Multiple, adjustable ring packing allows easy adjustment without requiring valve disassembly or actuator removal. Integral mounting pad. Static electricity grounding device. Positive position indication. Meets NACE MR01.75 for sulfide cracking resistance.
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V-Port Control Single V, Full and Reduced Bore Single V Control Ball Valve, Full and Reduced Bore
Features & Benefits: Rotary-valve design provides shearing action between the V-notch ball and the seat, promoting a smooth, non-clogging operation. Straight-through flow design provides high capacity for fibrous slurries, steam, liquids and gasses. With a single-seat design, torque is lower than typical trunnion design valves, for ease of operation and reduced actuator cost. Two seat designs: Laminated seat provides Class IV shut-off and withstands tough operating conditions Thick (solid) seat for high-velocity and abrasive or erosive service Segmented, v-notched ball features high rangeability and smooth throttling action. Choice of full and reduced port areas, providing the right flow capacity for every application at low cost. Heavy-duty, stainless steel stem for high strength and rigidity. Sphericity tolerance of the balls, ± 0.0008", and a 4 RMS surface finish are unsurpassed. Multiple, adjustable ring packing allows easy adjustment without requiring valve disassembly or actuator removal. Corrosion-resistant bearings assure lasting, smooth and easy valve operation. ANSI 150 and 300 lb. bodies, both available in stainless or carbon steel. Fugitive emissions control for flammable and non-flammable applications. Positive alignment of split body. Static electricity grounding device. Automatic cavity pressure relief. Meets NACE MR01.75 for sulfide cracking resistance.
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V-Port Control VS Rotary, Full and Reduced Bore An ISO 5211 mounting pad combined with a variety of power and/or manual actuators offers a reliable, accurate throttling or on/off control for many different applications in the process industries.
Features & Benefits: Meticulous design of the V-notch affords equal percentage characteristics for precise control. One-piece body provides structural integrity and precise valve alignment. KTM quality and precision machined internals ensure smooth and precise movement. Rotary operation significantly reduces emissions in comparison to linear stem valves. Meets ISA S75.4 face-to-face dimensions. Two metal seat designs: Laminated - Class IV shut-off Thick (solid) - Class II shut-off Low friction stem bearings and precise machining assure smooth operation. Engineered for long service life and minimal maintenance.
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Tyco Tech. Suport R-701, T. T. C Industrial Area, M. I. D. C. Rabale, Navi Mumbai-400701, Maharashtra, India
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