Blowout Preventer Manufacturers

Manufacturer and service provider of pressure control equipment for the oilfield industry. Includes blow out preventers accumulator systems, power swivels and hydraulic elevators. Also offers rental services.

Designed to meet the stringent specifications for BOPs and well control in subsea and topside applications. Features high pressure, 5000 psi rated hoses with stainless steel armour.

High Pressure

Blowout preventer (BOP) equipment on drilling rigs is vital to the safety of workers. These systems must be capable of performing under the most adverse environmental conditions. BOP hoses must be high pressure and fire resistant in order to meet these demanding specifications.

Provides a wide range of hose assemblies with welded or mechanical couplings in a full spectrum of sizes and working pressures up to 7,500 psi. Also offers a selection of custom and standard flexible and braided metal hose for vacuum, suction, air, water, fuel and chemical transfer applications. Serves food, beverage, power generation, industrial, hydraulic and marine industries.

Engineered for oilfield use, hoses feature a special steel spiral helix and stainless steel armor that protects the hose from corrosion, abrasion, cutting, gouging, bending and extreme weather damage. Offers a variety of specialized couplings, including the Verso-LOK swivel locking hose connection. This patented design limits the loosening of swivel nuts due to vibrations and impulses that can otherwise cause them to become leaky.

High Temperature

High temperature bop hoses can withstand the high impulses and vibrations encountered in BOP operations. This means that they can maintain their rated operating pressure in even the most critical of conditions. In addition, these hoses are resistant to abrasion, so they can stand up to the rigorous treatment that is often given to a BOP system.

These hoses are also fire safe, which makes them the ideal solution for BOP control systems on subsea applications. They are able to meet the stringent specifications set out by API 16D and will ensure that the Blowout Preventer (BOP) can operate normally in an emergency situation.

Manufactured with the highest quality materials, these hoses are available in sizes from 1/4" to 2". They feature multiple layers of textile fabric and steel cable with one layer of middle rubber placed between cable layers. They also have a fire resistant rubber cover and stainless steel armor that can handle abrasion, corrosion, cutting, gouging, oil and weather.

Fire Resistant

Blowout preventer (BOP) systems require high pressure, high temperature and flame resistant control lines certified to API 16D. Armored hose assemblies with flame resistant cover withstand minimum 1300degF (+700degC) flame temperature at working pressure for five minutes without failure. The fire resistant rubber cover resists oil, abrasion and kinking while the stainless steel armor is designed to handle abrasion, corrosion, cutting, gouging, weather and chemicals. The crimped couplings are designed with over-ferrule fire protection.

Gates black Megashield 5000 BOP hose withstands 5,000 psi constant working pressure in sizes 1/4"-2". The hose meets API 16D and Lloyd's 1000/499 fire test requirements for five minutes at 1300 degF (+700degC).

This hose is built to withstand the extreme, erratic pressures of BOP system control. It also maintains its flexibility in hot and cold temperatures for easier handling. The abrasion-resistant cover stands up to rough treatment on the oilfield. This hose is available with a wide variety of end configurations and accessories including API 16D quick connector, self-sealing union and exterior armor to protect the hose against extreme environmental damage.

Heat Insulation

Blowout preventer control hoses must be able to withstand a wide range of environmental conditions, including high pressure and extreme temperatures. To meet these demands, the hoses are manufactured with stainless steel and fire resistant insulation materials that can withstand abrasion, corrosion, cutting, gouging, oil, and weathering.

While some insulation types require wall removal, others like blown-in fiberglass or cellulose are applied using a hose without making structural changes. They also do not need a professional to install them. The insulating material helps keep the chemical hotter, which cuts down on warm-up time and reduces energy use. Internally heated hoses are also an excellent choice for cold climates because they help the chemical heat up much faster than the insulated wall of the hose would on its own. This saves on energy costs and extends the life of the hose.