Brief: Discover the Wave Shaker Screen, a high-efficiency screening solution for drilling operations. Its unique corrugated design enhances separation efficiency, durability, and service life, making it ideal for harsh environments like offshore oilfields and mining sites. Optimize your solids control processes with this cutting-edge panel.
Related Product Features:
Unique corrugated design increases effective screening area by 30-50% for faster fluid processing.
Multi-layer stainless steel mesh resists corrosion and wear, ensuring durability in harsh conditions.
Wave shape distributes stress to extend lifespan and reduce replacement frequency.
Precision mesh sizes from API 20 to API 325 cater to diverse project needs.
Strong heat-pressed or adhesive bonding keeps the mesh secure under high vibration.
Reduces screen blinding, simplifying maintenance and improving operational efficiency.
Customizable options include composite frames, steel frames, or hook-strip styles for seamless integration.
Meets API RP 13C standards for consistent quality and reliable performance.
FAQ:
What makes the Wave Shaker Screen more efficient than traditional flat screens?
The Wave Shaker Screen's unique corrugated design increases the effective screening area by 30-50%, enabling faster fluid processing and better separation efficiency. It also captures finer particles, improving drilling fluid recovery and reducing the need for fresh fluid.
How does the Wave Shaker Screen perform in harsh drilling environments?
Made with high-quality stainless steel wire mesh and a sturdy support frame, the Wave Shaker Screen resists corrosion and wear. Its wave shape distributes stress evenly, extending its lifespan even in demanding conditions like offshore oilfields and mining sites.
Can the Wave Shaker Screen be customized for specific project needs?
Yes, the Wave Shaker Screen offers customizable options, including composite frames, steel frames, or hook-strip styles. It also comes in various mesh sizes from API 20 to API 325, ensuring it meets the specific requirements of different drilling operations.