High Strength Double Wall Casing Oscillator / Coupling For Drilling Rigs Piling Rigs

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September 26, 2025
Category Connection: Hydraulic Casing Oscillators
Brief: Discover the High Strength Double Wall Casing Oscillator/Coupling, designed for drilling and piling rigs. This specialized equipment ensures efficient installation of large-diameter casings in challenging ground conditions like hard rock or unstable soil. Learn about its powerful performance, cost-effective transport, and operational efficiency.
Related Product Features:
  • Cost-effective transport by utilizing a shared rig pump, reducing purchase and transport expenses.
  • Operational efficiency with shared output power of a rotary drilling rig, minimizing costs and promoting energy efficiency.
  • Powerful performance delivering up to 210 tons of pull/push force, accelerating construction processes.
  • Flexible counterweights adjustable between 4 to 10 tons based on project requirements.
  • Stable operation ensured by the counterweight frame and ground anchor, minimizing reaction torque.
  • Enhanced efficiency with automatic casing oscillation for high working efficiency after 3 to 5 meters depth.
  • Adjustable configuration with bolt connections for flexible setup between the oscillator and the rig.
  • Reliable torque transfer guaranteed by an anti-torsion pin in the clamping collar.
Faqs:
  • Why choose this High Strength Double Wall Casing Oscillator/Coupling?
    We are a professional factory with full export experience, ensuring high-quality goods that meet international standards. We also provide expert advice on transportation methods to reduce costs.
  • How can I monitor the production condition?
    After receiving the down payment, you will receive a financial confirmation payment letter. If necessary, we will provide videos and photos from the production, quality, and packaging departments.
  • Can I print my own logo on the package?
    Yes, customized packaging and OEM printing are available upon request. Contact us for more details.