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目前显示的是标签为“shale shaker screen”的博文

Top China Shale Shaker Manufacturers 2026 | API Certified Oil Drilling Equipment

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 In the oil drilling industry, the shale shaker is the core equipment of the mud solids control system. At present, China has produced several top manufacturers with international competitiveness, API certification, and global export capabilities. The following is a list of China’s Top Shale Shaker Manufacturers in 2026 and their characteristics: 1. KOSUN Machinery Co., Ltd. (KOSUN) A well-known brand in China’s solids control industry and a provider of drilling waste management solutions. Features: Specializes in linear motion shale shakers and dryer shakers. Strong R&D capabilities; products meet API standards and are widely used in oil, natural gas, HDD, and CBM drilling. 2. GN Solids Control Co., Ltd. (GN Solids Control) A leading Chinese solids control equipment manufacturer with a significant share in international markets, especially North America, Russia, and the Middle East. Features: Famous for high-quality shale shakers and decanter centrifuges. Its shaker screens c...

Matching the screen for Derrick 503 shale shaker

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As we all know, the Derrick FLC503 is a classic oil drilling shale shaker. The shaker screens used for it are not a single product, but come in a variety of types and specifications to meet different drilling requirements and working conditions. The Derrick FLC503 oil mud shaker screen is a high-performance screen specially designed for solid-liquid separation of oil drilling fluids. 📜 About the Derrick FLC503 Shale Shaker The Derrick FLC503 is high-performance linear motion shale shaker , mainly used for separating cuttings from liquid in oil drilling fluids. It is a key piece of equipment in the mud solids control system. Its main features include: Strong Power : Driven by two Super G® vibrating motors, it can deliver a g-force up to 7.0 G, ensuring efficient solids conveyance and screening. Flexible Adjustment : Equipped with an adjustable deck system that allows the shaker basket angle to be adjusted from -1° to +5° during operation to optimize solids discharge and mud hand...

Recommended screen types for oil solids control equipment

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The shaker screens produced by Xi'an Tianrui Petroleum Machinery Equipment Co., Ltd. are widely used in fields such as petroleum drilling, trenchless engineering, and mining. They feature high wear resistance, strong corrosion resistance, and long service life. Additionally, they have passed API and ISO9001 certifications, and are compatible with both self-owned equipment and international brand shaker screens such as Derrick, Swaco, and Brandt. Below are several mainstream screen models recommended based on their product line and working condition adaptability: Derrick FLC2000 shaker screens supply 1. TRZS703 High-Frequency Stainless Steel Sieve Material: 304/316L stainless steel woven mesh Features: High-frequency vibration design, suitable for fine screening. With a sieve area of 2.7m², it offers high processing capacity and smooth debris discharge. Application Scenarios: Water-based mud treatment, shallow well drilling, and land or offshore operations with high environmental r...

Can a technical parameter sheet for the API standard sieve be provided?

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The API standard screens produced by TR Solids Control meet the strict requirements of the oil drilling industry's solid control systems regarding screening accuracy and equipment compatibility. Their technical parameters are fully compliant with the API 13C certification standards, featuring high processing capacity, strong vibratory performance, and long service life. mud shaker screens | TR Solids control supply I. Core Technical Parameters 1. Screen Mesh Range Standard Mesh: API 20 to API 400 (corresponding to commonly used 18–200 mesh, with maximum support for 325–400 mesh) Fine Screening Option: API 200 mesh and above, suitable for barite recovery in weighted mud Mesh Selection Basis: Low mesh numbers (e.g., 40–80 mesh) are commonly used for shallow wells/water-based mud; high mesh numbers (e.g., 150–200 mesh) are selected for deep wells/oil-based mud to improve recovery rate 2. Screen Material Main Configuration: 304 stainless steel wire mesh, offering good strength and cor...

How to select the technical parameters for custom shaker screens?

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Xi'an Tianrui Petroleum Machinery Equipment Co., Ltd. offers customized screen mesh services. The technical parameters are flexibly adaptable to various drilling conditions and equipment models, meeting API standards and specific customer requirements. mud shale shaker screens produce by TR Solids Control I. Core Customization Parameters 1. Screen Mesh Type Frame screens (wave-shaped, flat) Hard-groove edge screens, soft-groove edge screens Slit screens Compatible with mainstream brands such as Derrick, SWACO, and Brandt. 2. Screen Mesh Range Available mesh counts: API 20 to API 400 (commonly 18–200 mesh, with support for fine screening up to 325–400 mesh). Mesh definition: Number of mesh openings per inch. Higher mesh count increases screening accuracy but reduces processing capacity and increases susceptibility to wear. 3. Screen Material Standard material: 304 stainless steel High corrosion-resistant option: 316L stainless steel, suitable for highly corrosive drilling fluid env...

Wave Shaker Screens Installation & Screening for Shale Shakers

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  Wave screens (pyramid screens) are key components of shale shakers. Their wave-shaped structure is widely used in mining, oil drilling, and other industries. Proper installation directly determines screening efficiency, screen service life, and production stability. This article details the correct installation process, precautions, screening performance, influencing factors, and optimization methods of wave shaker screens. pyramid screens 1. Standard Installation Process of Wave Shaker Screens Installation follows the principles of safety first, flat and tight tension, proper sealing, and qualified commissioning , suitable for shale shakers such as Derrick FLC series and mining shale shakers. 1.1 Pre-Installation Preparation Safety Protection Turn off the main power supply, hang warning signs, and operate only after the equipment stops. Operators must wear anti-slip gloves and safety goggles to avoid scratches or material splash injuries. Parts Checking & Inspection V...