Oliver Valves Limited products
Instrumentation Valves - Needle Valve
Oliver - Model F Type - Female Needle Valve
The `F` Type Single Isolating Need Valve is designed for sale and reliable isolation giving bubble tight shut off, non-rotating & anti-galling tip and dynamic self-adjusting spindle seal to give long service life in a variety of applications.
Instrumentation Valves - Gauge Valves
Oliver - Model GB1 - Gauge Bleed Valve
The ‘GB’ Type Gauge Bleed Needle Valve is designed for safe and reliable isolation, giving bubble tight shut off, with non-rotating & anti-galling tip and dynamic self-adjusting spindle seal to give long service life in a variety of applications. The additional ability to bleed the gauge cavity to atmosphere, for simple calibration, is included.
Instrumentation Valves - Manifolds
Oliver - Model Y24 - Needle Valve Manifold
The ‘Y24’ Type 2-valve manifold is designed for direct mounting to static pressure transmitters. The separate vent valve gives full control of venting of the instrument, plus the ability to calibrate in-situ. Each needle valve head is designed for safe and reliable isolation, giving bubble tight shut off, with non-rotating & anti-galling tip and dynamic self-adjusting spindle seal to give long service life in a variety of service conditions.
Instrumentation Valves - Low Pressure Ball Valves
Oliver - Model LPB1 - Ball Valve
These high performance quality ball valves are stocked in 316 stainless steel. Even the pressed handle on the valve is 316 stainless steel to avoid rusting on site. 1000 PSI Pressure rating, sizes from 1/4" up to 1", these valves are recommended for use in oil and gas applications where reliable long-term performance is essential. Threaded connections are NPT, Handle Locking Standard, NACE Standard
Instrumentation Valves - High Pressure Ball Valves
Oliver - Model B6F - Single Isolating Ball Valve
Our compact style Double Block & Bleed Valve is designed with an overall length in accordance with ASME B16:10. The single piece body design reduces potential leak paths and allows weight and space to be kept to a minimum. Available with either trunnion mounted ball or floating ball design and with both full and reduced bore sizes.
Subsea Valve - Subsea Gate Valves
Oliver - Hydraulically Actuated Subsea Gate Valves
Oliver Valvetek Limited manufactures a range of hydraulically actuated subsea gate valves, from 1/2" bore to 1" bore. These valves typically have an operating pressure rating up to 15,000psi [1,034bar] and an operating temperature range of -20F [29c] to +300F [+150c]. Water depth rating down to 10,000ft [3,050m]. Oliver Valvetek engineer and innovative Shallow, Medium and Deep Water Hydraulic Gate Valves for use in the Oil, Gas and Petrochemical sectors.
Subsea Valve
Oliver - Subsea Needle Valves
Oliver Valvetek Limited manufactures a range of `small bore` subsea needle valves, from 0.25" [6mm] bore to 1.00" [25mm] bore. These needle valves typically have an operating pressure rating up to 15,000psi [1035 bar] and a operating temperature range of -20F[-29C] to +350F[+177C]. Typical water depth rating 10,000ft [3050m].
Oliver - Subsea Ball Valves
Oliver Valvetek manufactures a range of `small bore` subsea ball valves, from 0.38" [10mm] bore to 0.75" [20mm] bore. These ball valves typically have an operating pressure rating up to 10,000psi [1034bar] for floating ball valves, and 15,000 PSI for trunnion mounted ball valves. These valves have an operating temperature range of 0F[-18C] to +250F[+121C] and typical water depth rating of 10,000ft [3050m].
Oliver - Subsea Check Valves
The Oliver Valvetek 3/8" Check Valve is ideally suited for hydraulic control operations. The Oliver Valvetek 3/4" and 1" Check Valve is ideally suited for chemical injection applications and is fully PR2 qualified to API 6A Appendix F and API 17D Section 307.
Pipeline Valves
Oliver - Trunnion Double Block & Bleed Ball Valve (DBB)
Our compact style Double Block & Bleed Valve is designed with an overall length in accordance with ASME B16:10, or shortest possible face to face dimension. The single piece body design reduces potential leak paths and ensures weight and space can be kept to an absolute minimum. Available in both full and reduced bore sizes.
