Wellhead Type SB Manual Tong for Oilfield – Reliable, Precision Engineering for API 7K Compliance
The Wellhead Type SB Manual Tong for oilfield applications represents a premium solution in manual pipe handling tools designed specifically for the demands of modern drilling operations. Engineered to meet API 7K standards, this SB Type Manual Tongs for API
Wellhead Tools ensures superior torque transmission, ergonomic handling, and long-term durability in high-stress environments. Whether you're working on offshore platforms or onshore rigs, these API 7K Type SB Manual Tongs deliver unmatched performance and safety compliance across global oil and gas fields.
Key features include hardened alloy steel construction for maximum wear resistance, precision-machined gripping surfaces that conform to API wellhead specifications, and a robust hinge mechanism that allows for smooth operation under varying load conditions. The tool’s ergonomic design reduces operator fatigue during extended use, while its modular configuration supports quick maintenance and part replacement—critical for minimizing downtime in remote locations.
This manual tong system is built with attention to detail: from anti-slip handles that enhance grip in wet or oily conditions to adjustable jaw mechanisms that accommodate multiple pipe sizes without compromising clamping force. It complies with international safety regulations including ISO 13688 and OSHA guidelines, making it suitable for deployment in diverse geographies such as North America, Europe, the Middle East, and South America. Its compatibility with API 7K-rated wellheads ensures seamless integration into existing rig setups without requiring extensive modifications.
Commonly used in
Drilling Pipe handling, casing running, and workover operations, the Wellhead Type SB Manual Tong provides reliable mechanical advantage for connecting or disconnecting threaded connections. Operators benefit from consistent torque control, reduced risk of thread damage, and improved operational efficiency compared to generic alternatives. This makes it ideal for both routine maintenance tasks and emergency interventions where speed and precision are paramount.
