Fike has a number of pressure relief devices that have made significant improvements to drilling, completion and production operations -- and are now standard in the oilfield industry. But most oilfield applications are unique, and Fike engineers work closely with customers to design the precise rupture disc device for specific needs. Fike rupture discs used for pressure relief and activation, help provide efficient, reliable operation of downhole devices, offshore oil drilling equipment and other oil and gas applications.
HYDRAULIC TUBING DRAIN
Fike Hydraulic Tubing Drains provide a positive method to equalize the fluid level in tubing strings, without mechanical manipulation. Fike HTD rupture discs, used as standard equipment, drastically reduce the frequency of stuck tubing strings, having to pull wet strings and other oilfield equipment tubing concerns.
Fike offers a variety of energetic devices that work with downhole tools from Fike OEM partners. Fike energetics are rigorously tested and proven to perform within a wide range of temperatures and pressures.
PRESSURE ACTIVATION DEVICES
Fike's line of Pressure Activation Devices (PAD)
are designed to be used in any application where pressure activation is required, including down-hole completion, perforating , cementing,
drill stem testing, gravel pack, stemming and drilling.
HAMMER UNION and UNION RUPTURE DISC HOLDER
Fike's Hammer Union and Union Type rupture disc holders offer safety performance and easy installation / breakdown for pressure relief needs in oil field applications.
CPD RUPTURE DISCS
The rugged Fike CPD rupture disc is ideal for pressure relief protection in separators, storage tanks, filtration systems, water knockouts, in wellhead protection and many others. The CPD rupture disc has no moving parts, making it reliable under even severe operating conditions, and offers a sub-millisecond response time for critical pressure relief.
POWER GENERATION PRODUCTS
Fike can provide power
to your downhole devices, deep hole drilling tools and
applications, as a result of gas generating technology.