Double ram bop price
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2fz 18-21 Dual RAM Blowout Preventer Double and Single RAM Bop for Well Drilling
API 16A Double RAM Blowout Preventer Bop for Wellhead Control
API 16A Bop Blowout Preventer Annular Bop/Single or Double RAM Bop/ Shaffer, Cameron
China Factory API 11"-5000psi Hydraulic Double RAM Bop Bop Bop Bo
Double RAM Bop Double RAM Blowout Preventer High Pressure Well Control Double RAM Bop
Precision API Spec 16A 21-1/4" Single/Double RAM Bop Blowout Preventer for Rig Safety
API Pipe RAM /Double RAM Cameron U Bop for Oil Field Blowout Preventer Price
Sinotai API Pipe RAM /Double RAM Cameron U Bop for Oil Field Blowout Preventer Price
API 16A 7-1/16" Double RAM Bop 5000 Psi Working Pressure Blowout Preventer
Single RAM and Double RAM Bop for Well Drilling
Blowout Preventer 2fz 28-35 Cameron Type Double RAM Bop Well Control
Double RAM Blowout Preventer Bop 11 Inch 5000 Psi Cast Alloy
11" 5K U-Type Double RAM Bop Blowout Preventer Manufacturer in China
Wellhead Drilling Equipment Double RAM Bop with Good Price
Certified 15K Psi Double RAM Bop with Good Price
16A 15000 Psi Double RAM Bop for Drilling Applications
Double RAM Bop API Standard for Drilling Machine
Drilling Workover Blowout Preventer Annular Bop, Hydraulic Double RAM Bop, Manual Double RAM Bop
API 16A Double RAM Bop Used in Oil Field Blowout Preventer Price
API 16A Well Control System Double RAM Preventer Bop for Oilfield Blowout Preventer Price
Double RAM Bop for Oil Field Drilling, Blowout Preventer Blowout Preventer Price
Double RAM Bop for Drilling Rig API Standard Blowout Preventer Price
API 16A Well Control Shaffer or Cameron Single RAM or Double RAM Bop for Oilfield Blowout Preventer Price
American Petroleum Institute 16A Double / Single RAM Bop for Control Well Service Blowout Preventer Price
High Pressure Single/Double RAM Bop Blowout Preventer with API 16A
Sourcing guidance for Double Ram Bop Price
What are the key technical specifications to evaluate when comparing Double Ram BOP prices?
When assessing the price of a Double Ram BOP, you must prioritize Bore Size (e.g., 7-1/16", 11", 13-5/8") and Working Pressure (ranging from 2,000 to 15,000 PSI). The price is heavily influenced by the API 16A certification, which ensures the equipment can withstand extreme wellhead pressures. Additionally, verify the body material (typically forged alloy steel) and the type of rams included (pipe rams, blind rams, or shear rams), as specialized shear rams significantly increase the unit cost.
How does compliance with international standards affect the sourcing of Double Ram BOPs?
Compliance is non-negotiable for pressure control equipment. Ensure the supplier adheres to API Spec 16A for drill-through equipment and NACE MR0175/ISO 15156 if the unit will be used in H2S (sour gas) environments to prevent hydrogen-induced cracking. Sourcing a BOP without these certifications may offer a lower upfront price but carries catastrophic operational and legal risks.
What functional features should be prioritized for long-term cost-efficiency?
Look for a compact design that reduces the overall height of the wellhead stack, which can lower installation costs. Prioritize units with easy-access boltless doors or hydraulic hinges, as these features significantly reduce maintenance downtime and labor costs during ram changes. A higher initial price for a well-known brand or high-quality seal kit often results in a lower Total Cost of Ownership (TCO) due to extended service intervals.
What are the typical usage scenarios for a Double Ram BOP?
Double Ram BOPs are essential for land and offshore drilling operations where redundant sealing is required. They are typically used to seal the annular space around the drill pipe or to completely shut in the well using blind rams. In high-risk zones, one ram is often configured as a shear ram to cut the drill string in an emergency, providing a critical safety layer.
Cross-Border Procurement & Risk Management for BOPs
What are the primary risks when purchasing heavy oilfield equipment internationally?
The biggest risks include non-compliance with local safety regulations and logistical damage. Because BOPs are extremely heavy, improper crating can lead to flange damage during transit. Always insist on third-party inspections (like SGS or BV) before the final payment to verify that the serial numbers and API monograms are authentic and that the hydrostatic pressure test reports are valid.
How should I negotiate with suppliers on Made-in-China.com for the best value?
Focus on the scope of supply. A lower price might exclude the hydraulic control unit (Koomey unit), spare seal kits, or specialized tools. Negotiate for a comprehensive spares package (including extra ram rubbers and gaskets) to be included in the bulk price. For large orders, request progressive payment terms (e.g., 30% deposit, 60% after successful pressure testing, 10% after arrival) to ensure leverage.
What are the shipping and documentation requirements for exporting BOPs?
Due to their weight and size, BOPs are usually shipped via Sea Freight (FCL). Ensure the supplier provides a Mill Test Certificate (MTC), a Certificate of Origin, and a Pressure Test Certificate. For shipping to regions like North America or the Middle East, ensure the wooden packaging meets ISPM 15 heat treatment standards to avoid customs delays.
How can I ensure transaction security for high-value industrial equipment?
Utilize secured payment methods and trade assurance services provided by Made-in-China.com to protect your capital. Avoid direct wire transfers to unknown accounts. Ensure the contract clearly defines the warranty period (typically 12–18 months) and specifies that the supplier is responsible for providing technical drawings and operation manuals in your required language.





























