Product Overview

Designed to deliver robust performance in various drilling conditions

Features & Benefits

Solid Control Efficiency:Ensures precise separation of drilling fluids

High Durability:Built with a steel frame for extended life in demanding environments

Versatility in Complex Drilling Conditions

Designed with robust construction to adapt to diverse drilling challenges, delivering durable solutions for various complex applications

Durability Meets Cost-Effectiveness

Extending product lifespan while reducing overall maintenance costs, offering a high-value solution to support efficient drilling operations

High-Temperature Adaptability

Engineered for high-temperature drilling, ensuring stable performance under demanding conditions

Steel Frame Shaker Screens

Replacement Flat Screens for KEMTRON KTL28 Series Shale Shakers

Steel Frame Shaker Screens

Steel Frame Screens for SWACO MONGOOSE/MEERKAT

Steel Frame Shaker Screens

High-Quality Replacement Screens for KEMTRON KTL48 Series Shale Shakers

Steel Frame Shaker Screens

Replacement Screens for Brandt BLT-50/LCM-2D Shakers

Steel Frame Shaker Screens

Steel Frame Replacement Screens for Scomi Prima Shale Shakers

Technical Specifications

Technical Specifications
Technical Specifications
Parameter Description
Material Steel Frame / Composite Frame
API Grade API 20 - API 325
Size Standard or Custom
Mesh Type High-precision wire mesh
Temperature Resistance Withstands temperatures up to 250°F
Application Compatibility Oil and gas drilling, solid control systems
Durability Designed for extended service life in challenging environments
Certification Complies with API RP 13C standards
Efficiency High-performance separation with minimal fluid loss

Applications

Applications

Ideal for oil and gas drilling, offering reliable solid control solutions.

  • Oil and Gas Drilling Projects:
    Designed to handle the rigorous demands of oil and gas drilling operations, providing unmatched reliability and efficiency.

  • Solid Control Systems:
    Ensures effective separation of solids from drilling fluids, optimizing fluid recycling and reducing operational costs.

  • Challenging Environments:
    Engineered to perform consistently in high-temperature, high-pressure, and abrasive drilling conditions.

  • Enhanced Drilling Efficiency:
    Improves overall drilling performance by minimizing downtime and maximizing the lifespan of equipment.