Maverick Valves BV products

The ball is mounted on a trunnion which supports the pressure load. The seats are spring energized, to allow tightness at low pressure, while at high pressure, the seats are energized by the pressure itself. Body construction is three pieces, bolted joint, made by forging, forged or rolled bar.STANDARD DESIGN. API 6A

Size : NPS 1/2″- 10″. Pressure : Class 150 – 2500. Material : WCB, LCB, CF8/CF8M, CF3/CF3M, A105, LF2, F304/F304L, F316/F316L, F347, F51, F53, F55, F60, INC 625, INC 825, INC718. Design & Manufacture Std. : API 608, BS 5351, ASME B16.34. Face to Face Std. : ASME B16.10, API 6D, API 6A, DIN 3202. End Connection Std. : ASME B16.5, DIN 2543-2546, Pups. Test standard : ISO5208, API 598, BS 6755.Structure Type : Anti blow out stem, fire safe, Soft seat, Metal seat Operated Way : Lever, Gear, Pneumatic, Electric, Hydraulic.

The Maverick butterfly valve for cryogenic service is designed for tight shut off and throttling service. The disc movement is Triple offset .This eliminates concentrated wear points on the sealing ring and extends it’s lifetime. Standard body patterns are flanged and butt welded types. Butt welded type has extended body to prevent heat conduction to the sealing area during welding installation. An inspection door on top of the body enables easy inspection, maintenance and replacement of inner parts without the need to remove the valve or to cut the pipe. To prevent internal stress in the bonnet during the cool-down period, all bonnet joints are bolted. This bonnet is extended to ensure that the gland area remains free from freezing even for temperatures down to -196°C. The valve can be installed with the shaft in any direction. The topflange drilling is according to ISO 5211 standards to fit a large range of gears and actuators.

Size : NPS 1/2″- 7″  and from 1 13/16″ to 7″. Pressure : Class 150 – 2500 and from 2000Psi to 10000Psi. Material : A105N, LF2, F304L, F316L, F347, F51, F55, INC625, CF3/CF3M, CF8/CF8M, WCC, LCC, 5A, 6A, CW6MC. Design & Manufacture Std. : API 6A. Face to Face Std. : API 6A. End Connection Std. : ASME B16.5, Norsok, Hubs, Pups. Test standard : API 598, ISO5208 , API6A. Structure Type : Rotating disk in solid tungsten with cobalt or nickel binder and CV from 0.01  to 650  and beam diameter up to 4″. Operated Way : Lever, Gear, Pneumatic, Hydraulic, Electric.

Maverick Valves manufactures high-quality control valves, with a focus on Globe Valves, Eccentric Plug Valves, and High-Performance Butterfly Valves.

Size : NPS 2″- 48″. Pressure : Class 150 – 2500. Material : A105, LF2, LF3, WCB, LCB, CF3/CF3M, CF8/CF8M, F51, F53, F55, INC265. Design & Manufacture Std. : API 6D, API 599 ,ASME B16.34. Face to Face Std. : ASME B16.10, API 6D. End Connection Std. : ASME B16.5,ASME B 1.20.1 ,ASME B16.25. Test standard : ISO 5208, API 6D, API598. Structure Type : Short Pattern, Regular Pattern, Venturi Pattern, Full Bore Pattern, Double block and bleed. Operated Way : Lever, Gear, Pneumatic, Hydraulic, Electric. Accessories : Automatic body bleed, Manual bleed valve, Thermal relief upstream, Manual bleed and thermal relief.

Size NPS 1/2″-36″ . Pressure Class 150-1500 . Material 1/2″-2″: A105, LF2, F11, F22, F5, F304, F316, F304L, F316L 2″-36″: WCB, LCB, WC6, WC9, C12, C5, CF8, CF3, CF3M, CF8M . Design & Manufacture Std. API 600,BS 1414,ASME B16.34 . Face to Face Std. API 6D,ASME B16.10,DIN 3202,BS2080 . End Connection Std. ASME B16.11,ASME B1.20.1,ASME B16.5, ASME B16.47,DIN2543-2551 . Test standard ISO5208,API 600,BS 6755 . Structure Type Rising Stem and Wedge Single Disc . Operated Way Handwheel, Bevel Gear, Pneumatic, Electric.

Size NPS 2″-30″ . Pressure Class 150-1500 . Material WCB, LCB, CF8, CF8M, CF3, CF3M . Design & Manufacture Std. API 6D,ASME B16.34 . Face to Face Std. ASME B16.10,API 6D,DIN 3202 . End Connection Std. ASME B16.5,ASME B 16.47 ,DIN2543-2550 . Test standard ISO5208,API 6D,BS 6755 . Structure Type Single Gate Disc with Conduit,Single Gate Disc without Conduit . Operated Way Handwheel,Bevel Gear,Pneumatic,Electric.

As oil and gas resources become harder to find, producers are forced to operate in environments of ever increasing severity and risk. Often operating in High Temperature High Pressure (HTHP) applications, the consequences of a catastrophic failure to personnel, the environment and infrastructure are immense. To help manage the increasing and unprecedented risk, the concepts of Safety Instrumented Systems (SIS) and Safety Integrity Levels (SIL) were created and applied. One such SIS type, is the High Integrity Pressure Protection System (HIPPS). A HIPPS is an independently instrumented protective device, and acts as the last line of defence for protecting downstream operations from over pressurization. Typically certified to SIL3, a HIPPS gives operators the most dependable pressure protection device available in the market today.