HighPerformance Steel Frame Shale Shaker Screen China Suppliers and Factory
The Steel Frame Shale Shaker Screen is a high-performance filtration solution engineered for the rigorous demands of the oil and gas drilling industry. Constructed with a robust high-strength steel frame and multiple layers of premium stainless steel wire mesh, this screen is specifically designed to optimize the separation of drilling fluids, mud, and oil from solid contaminants. By integrating a bonded supporting layer and working layer, it ensures maximum durability and operational stability under extreme pressure.
Unlike traditional flat or hook strip screens, our steel frame design features an advanced independent small-mesh division system. This innovative architecture prevents extensive screen failure caused by localized damage and allows for rapid, cost-effective repairs using specialized rubber plugs. Whether integrated into a solid control system or used in oil extraction operations, these screens significantly enhance loading capacity and filtration efficiency, reducing overall operational downtime and disposal costs.
Detailed Parameters
| Core Material | Premium Stainless Steel Wire Mesh | Screen Layers | Two or Three Layers Available |
|---|---|---|---|
| Frame Type | High-Strength Reinforced Steel | Mesh Range | 20–325 Mesh Size |
| Color Options | Black, Blue, Red, Green, etc. | Standard Compliance | ISO 13501 / API RP 13C / GBT 11648 |
| Repair System | Specialized Rubber Plug System | Structure | Independent Small-Mesh Divisions |
| Compatibility | Customizable for various Shale Shakers | Primary Function | Drilling Fluid & Mud Filtration |
Key Advantages
Extreme Durability
High-strength steel frames prevent deformation and damage under heavy industrial loads.
Rapid Maintenance
Specialized rubber plugs allow for timely repairs, reducing screen replacement frequency.
Superior Filtration
Multi-layer wire cloth ensures a more precise filtering effect for drilling fluids.
Enhanced Stability
Stable structure increases loading capacity and maximizes operational efficiency.
Corrosion Resistance
Stainless steel construction provides excellent resistance to abrasive and corrosive muds.
Cost-Effective
Lower overall operational costs compared to flat and hook strip shaker screens.
Product Gallery
Management Platforms
Custom Sizing
Precision engineering to fit Mongoose, King Cobra, and VSM300 models.
Pressure Distribution
Effective panel pressure distribution system to prevent screen sagging.
Quality Assurance
Strict adherence to API RP 13C and ISO standards for oilfield safety.
Rapid Installation
User-friendly design for fast swapping during drilling operations.
Modular Design
Independent mesh sections isolate damage and extend total lifespan.
Material Optimization
High-grade stainless steel chosen for maximum wear resistance.
Investment Return Comparison
| Performance Metric | Steel Frame Screen | Flat/Hook Strip Screen |
|---|---|---|
| Service Life | Extended (Reinforced) | Standard/Short |
| Repairability | High (Rubber Plugs) | Low (Full Replace) |
| Loading Capacity | High Efficiency | Moderate |
| Wear Resistance | Superior | Average |
| OpEx Costs | Significantly Lower | Higher Maintenance |
Frequently Asked Questions
Steel frame screens offer significantly higher strength, better abrasive resistance, and a stable structure that increases the shaker's loading capacity compared to flat or hook strip options.
The rubber plugs allow operators to repair localized holes or damages quickly without replacing the entire screen, drastically reducing material waste and disposal costs.
Our screens are compatible with major brands including Mongoose, King Cobra, VSM300, KTL48 Series, D380, and FSI (50, 500, 5000), with custom designs available.
Our screens are manufactured to meet strict industry standards, including ISO 13501, API RP 13C, and GBT 11648, ensuring reliability in oil extraction.
Yes, we offer a range of mesh sizes from 20 to 325 and can customize specifications to fit your specific mud filtration requirements.
The multi-layer design provides a superior filtering effect and enhances the overall durability of the working surface against high-velocity fluid flow.
