Mining Equipment Plant Mineral Separation Equipment Shaking Table

The Shaking Table is a highly effective mineral separation device used in the mining industry. It operates by gravity to separate fine minerals, and is commonly used to process a variety of precious and base metals, as well as rare metals and non-metallic minerals. It is particularly effective for separating Gold, Silver, Tin, Columbium, Tantalum, Titanium, Barium, Tungsten, Iron, Chrome, Manganese, Zircon, Lead, Zinc, Mercury, Copper, and Aluminum, among others.

Key Features:

• Versatile Mineral Separation: Ideal for separating a wide range of materials, including precious and base metals, rare metals, and non-metallic minerals.
• Effective for Fine Particles: The table is capable of handling fine particles ranging from 2mm to 0.074mm, making it suitable for fine mineral separation.
• High Precision: The shaking table offers precise separation with minimal loss of valuable minerals, especially for materials with varying sulfide compositions.
• Easy to Operate: Simple design makes the shaking table user-friendly and easy to adjust for different operational requirements.
• Multiple Specifications: Available in various sizes and configurations to accommodate different processing needs.

Working Principle:

The Shaking Table operates by utilizing the specific gravity differences of sorted minerals, coupled with alternating movements of the bed surface, transverse water flow, and riffles (or notch grooves). These elements work together to create loose layering and fan-shaped zoning on the table surface, allowing for effective separation of different products.

The Shaking Table System Consists of Three Main Parts:

Head of Shaking Table:

• Uses an eccentric connecting-rod mechanism driven by a motor that causes alternating movements of the table surface.
• The eccentric shafts rotate to move the connecting rod, which in turn drives the table surface to move in a back-and-forth manner.
• This horizontal differential motion allows for the sorting of minerals based on gravity differences.

Shaking Table Surface:

• Made from a composite structure of steel skeleton and fiberglass reinforced plastics (FRP) for durability and strength.
• Features wear-proof materials on the surface and riffles (notch grooves) to withstand heavy use and ensure efficient separation.

Bearing and Adjusting Gradient Mechanism:

• Consists of a shaking support plate, adjusting seat board, saddle seat, and adjusting screw rod.
• This system helps to regulate the angle of the table surface to ensure proper layering and separation during the shaking process.
• The adjustable gradient mechanism allows fine-tuning to achieve optimal mineral separation results.

Applications:

• Gold and Silver Mining: Efficient separation of precious metals from ores.
• Base Metal Processing: Separation of metals like Zinc, Copper, Lead, and Iron from other materials.
• Rare and Non-Metallic Mineral Processing: Ideal for materials like Tungsten, Manganese, and Zircon.
• Industrial Mineral Recovery: Used in the recovery of minerals in industries such as construction and chemicals.

Specifications:

Advantages:

• High Efficiency: Delivers high recovery rates with minimal mineral loss.
• Low Maintenance: Simple design ensures low maintenance and long-term reliability.
• Wide Applications: Suitable for various types of ores and minerals with different specific gravity properties.
• Customizable Design: Available in different sizes and configurations to meet specific operational needs.

The Shaking Table is an indispensable tool for fine mineral separation in the mining industry. Its gravity-based separation principle makes it a reliable and efficient choice for processing a wide variety of minerals, including precious metals like gold and silver. With its easy-to-operate design, high separation efficiency, and customizable features, this equipment ensures optimal recovery and minimal loss of valuable minerals during processing.