Tag Archives: Shaker Screen Price
API Standard Shale Shaker Screen
In oil and gas drilling, horizontal directional drilling (HDD) and other engineering projects, the purification efficiency of drilling fluid (mud) directly determines the safety and cost of drilling operations. API standard shale shaker screen is the core “first line of defense” in the mud solids control system.
API (American Petroleum Institute) standards are the universal authoritative specifications for global oil drilling equipment. API-compliant shale shaker screens have passed strict industry verification in terms of material, craftsmanship and performance, serving as the access-level requirement for overseas drilling projects, and also the core quality benchmark for RS Solids Control screen products.
These screens are specially designed for shale shakers, with the core function of efficiently separating cuttings, sand and other solid impurities from drilling fluid, allowing the purified mud to circulate back into the well and continuously play the key roles of cooling the drill bit, balancing well pressure and carrying cuttings. Our API standard screens adopt high-strength stainless steel woven mesh and composite screen frame structure, featuring three core advantages:
1.Extreme Screening Efficiency: With precise mesh aperture and optimized screen surface design, it can quickly separate solid particles of different sizes during high-flow mud treatment, greatly improving mud purification effect and reducing the load on subsequent desander and desilter equipment.
2.Ultra-Long Service Life: The material properties of wear resistance, corrosion resistance and fatigue resistance can adapt to complex drilling conditions of high temperature, high pressure and high sand content, greatly reducing screen replacement frequency and downtime for maintenance, directly lowering drilling operation costs.
3.Global Universal Compatibility: Strictly following API standard dimensions, it can perfectly fit mainstream brands of shale shakers at home and abroad, and can be directly installed and used without equipment modification, with full compatibility.
For drilling engineering, screens are not simple consumables, but core components to ensure drilling efficiency and avoid safety risks such as wellbore collapse. RS Solids Control’s API standard shale shaker screens follow API specifications throughout the entire process from raw material procurement to production testing. Each screen undergoes strict tension, precision and durability tests, providing global drilling customers with stable, reliable and efficient mud solids control solutions, making it the trusted choice for drilling operations.
FL2000 PMD Shaker Screen: A High-Performance Solution for Oilfield Solids Control
For oil and gas drilling operations, the shale shaker is the backbone of solids control systems—and the shaker screen is its most critical component. The FL2000 PMD shaker screen, designed specifically for Derriok FL2000 shale shakers, is engineered to deliver reliable, efficient separation of drilled solids from drilling mud, ensuring smooth, uninterrupted drilling performance. This wave-type screen with notch is a trusted choice for operators in major oil-producing regions like Iran and Saudi Arabia, where harsh drilling conditions demand durable, high-performance equipment.
1.Key Design or Performance Advantages
What sets the FL2000 PMD shaker screen apart is its optimized wave cloth structure, bonded to a sturdy metal backing plate. Unlike flat screens, the wave design increases the effective contact area by 125% to 150%, enabling higher drilling fluid flow rates while maintaining excellent solids retention. The screen is constructed with 2–3 layers of SS304 or SS316 stainless steel, arranged with precise density gradients to boost separation efficiency. This multi-layer design not only enhances filtration performance but also extends service life, even when processing abrasive oil-based, water-based, or composite-based drilling muds.
2.Technical Specifications or Practical Benefits
Built for real-world drilling applications, the FL2000 PMD shaker screen comes with a range of user-friendly features and reliable specs:
• Material: SS304 or SS316 stainless steel for corrosion and wear resistance
• Layer: 2 or 3 layers for customizable separation precision
• Mesh Range: 20-325 mesh, adaptable to various drilling mud properties
• Size: 1053*697mm, a perfect fit for FL2000 shale shakers
• Weight: 6kgs for easy handling and installation
Beyond specs, the screen offers long service life, easy disassembly, and excellent temperature resistance. It delivers superior conductivity for powder liquids and effective dreg trapping, ensuring consistent solids control performance. It also conforms to API RP 13C standards, meeting global industry requirements for quality and reliability.
3.Why Choose FL2000 PMD Shaker Screen for Your Operations
As a leading exporter and manufacturer of PMD shaker screens, we supply FL2000 PMD shaker screens that are factory-approved and API-certified, making them a reliable replacement for original equipment. The screens are packaged 2 pieces per carton and 20 pieces per wooden case, ensuring safe, damage-free delivery to global drilling sites. Whether you’re operating on land or offshore, this screen is designed to reduce downtime, lower maintenance costs, and improve overall drilling efficiency. For operators seeking a durable, high-performance shaker screen that stands up to the toughest drilling conditions, the FL2000 PMD shaker screen is an ideal solution.
Why Screen Clogs and Wears Out Fast? Professional Manufacturer’s Guide to Root Cause Cost Reduction
Screens are essential core equipment in industrial production, mainly responsible for material classification, filtration, and impurity removal. They are widely used in various industrial scenarios. In practical applications, many enterprises face the problem of frequent screen clogging and rapid wear, which not only increases equipment replacement costs but also leads to production downtime and affects overall efficiency. In fact, these problems can be effectively solved by identifying the root causes and mastering scientific methods to reduce loss and control costs.
I. Core Causes of Frequent Screen Clogging and Wear
When encountering screen clogging and rapid wear, many enterprises tend to mistake it for poor screen quality. In reality, most issues stem from operational and selection oversights, mainly focusing on three aspects: first, improper selection. Failing to choose the appropriate screen type, aperture, and material based on material properties and working conditions; second, non-standard operations. Uneven feeding or failure to promptly handle clogged materials intensifies material friction and accelerates screen wear; third, inadequate maintenance. Failure to conduct regular inspections and cleanings allows minor wear to escalate, impacting normal screen use and creating a vicious cycle of replacement-damage-replacement.
II. Precisely Solving Clogging and Wear Issues to Reduce Usage Costs
II. Precisely Solving Clogging and Wear Issues to Reduce Usage Costs
Solving screen clogging and wear problems relies on precise control of each 环节. There is no need to blindly replace screens. Specific measures can be taken as follows:
- Precise selection is the foundation. It is necessary to combine material characteristics and production conditions to choose suitable screen materials and apertures, avoiding clogging and excessive wear caused by selection mismatches. For different material properties, select corresponding wear-resistant and anti-clogging screen types to ensure screen compatibility with working conditions and reduce clogging and wear at the source.
- Standard operations are key. Feeding should be maintained evenly to prevent excessive feeding caused by clogging. When screen clogging occurs, shut down and clean it promptly; forced operation must be avoided to prevent additional wear from sustained material friction. Meanwhile, operations must strictly comply with working condition requirements to prevent unnecessary loss caused by improper operations.
- Daily maintenance is crucial. Regularly inspect screens to identify and handle minor wear in a timely manner, preventing small issues from expanding. Reasonably reserve spare screens to reduce downtime. Additionally, there is no need to pursue low-cost screens. Although high-quality screens have a slightly higher initial investment, they have a longer service life, resulting in lower overall costs and higher cost-effectiveness.
- Professional screen manufacturers can provide customized selection suggestions based on specific production conditions to help enterprises precisely match screen types, further reduce usage costs, improve production efficiency, and avoid unnecessary losses.
How to Choose Shaker Screen?
In screening operations across mining, building materials, chemical engineering, grain processing, environmental protection and many other industries, shaker screens are indispensable key equipment. Shaker screen is the core component that determines the performance of the whole set of equipment. Although simple in structure, it directly affects screening accuracy, processing efficiency, product quality and equipment operation cost, serving as an irreplaceable key link in the screening system.
The primary function of Shaker Screen is to achieve accurate classification of materials. Driven by the shaker of the motor, mixed materials of different particle sizes move on the screen surface. Qualified fine particles fall through the screen openings, while larger ones are discharged along the surface, completing classification, impurity removal, dewatering and other processes. The size, shape and arrangement of screen openings directly define the grading standard of materials. Substandard or improperly selected screen mesh may lead to material mixing and leakage, or even unqualified products for the entire production line, disrupting subsequent production.
Among various shaker screen , the FL2000 Flat Shaker Screen is preferred for high-end screening due to its unique structure and excellent wear resistance. Named for its flat and stable frame, it is widely used in harsh conditions such as oil mud solid control and mining. Its wear-resistant screens (high-carbon stainless steel or alloy steel with quenching treatment) has customizable pores (18-200 mesh) and better impact resistance than ordinary screens. The high-rigidity frame enhances durability, avoiding loosening and clogging, suitable for wear-prone materials and improving efficiency.
The condition of shaker screen also relates to production efficiency and operation cost. Blockage, wear and damage of screen mesh directly reduce screening efficiency and increase downtime for replacement. Proper material selection, standardized installation and tensioning, and routine cleaning and maintenance can extend the service life of shaker screen while reducing spare parts consumption and labor costs. In short, focusing on the selection and management of shaker screen is the key to efficient operation of the screening system.
Shaker screen is small in size but essential to screening equipment. Only by attaching importance to its material selection, structural design and daily maintenance can the performance of Shaker screens be fully utilized, achieving efficient, stable and economical screening operations and providing reliable support for industrial production.
