casing slip

Design Features:

• Structural Stability Design: The overall frame is constructed with high-strength materials, ensuring it can withstand significant external impacts and pressure changes in complex downhole or industrial environments. This guarantees the stability and reliability of the device, reducing malfunctions and safety hazards caused by structural deformation.
• Precise Sliding Function Design: An internal specialized sliding mechanism, achieved through precision machining and assembly, ensures high accuracy of the casing during sliding. It moves along a predetermined trajectory and stroke, meeting the precise requirements for casing position adjustment under various operating conditions.
• Optimized Sealing Performance Design: Considering the device may come into contact with various fluid media, advanced sealing technologies and materials are used at key connection and sliding parts. This effectively prevents media leakage, avoids resource waste and environmental pollution, and ensures a stable operating environment within the device.
• Convenient Installation and Maintenance Design: The upper and lower flanges facilitate quick and easy installation and disassembly, allowing for rapid docking with other equipment components. Furthermore, the external silver-gray square area design facilitates daily inspection, maintenance, and repair work by operators, improving maintainability and reducing maintenance costs and downtime. Corrosion-resistant design: The device surface has undergone special anti-corrosion treatment to address the corrosive substances that may be present in environments such as oil and gas extraction. The materials selected are also of high corrosion resistance, which effectively extends the service life of the device and reduces the frequency of equipment replacement due to corrosion.

Structural Features:

• Wedge-shaped Conical Structure: The overall conical design allows for a conical fit with the turntable seat, creating a self-locking clamping effect under load and achieving stable and reliable load-bearing capacity.
• Multi-segment Combination Structure: Composed of multiple slider segments, the number of segments can be increased or decreased to accommodate different sizes of sleeves, providing good versatility and adjustability.
• Hinged Connection Design: The segments are connected by pins to form a whole, allowing for flexible opening and closing, facilitating quick installation and disassembly, and improving on-site work efficiency.
• High-strength Toothed Structure: Replaceable teeth are provided on the inner side to enhance the gripping force on the sleeve while reducing maintenance costs due to wear.
• Uniform Force Distribution Structure: The multi-segment synchronous force distribution design ensures more uniform clamping, helping to prevent sleeve deformation and improve overall stability.

Product parameters：