A gravity separation shaking table for fine mineral recovery in mining and mineral processing. Designed for precious metals, base metals, rare metals and non-metallic minerals with particle sizes from 2mm to 0.074mm.
The Mineral Separation Shaking Table is a gravity-based mineral processing machine used for the separation of fine minerals in mining applications. It is suitable for processing a wide range of materials, including gold, silver, tin, copper, iron and other precious, base and rare metals, as well as selected non-metallic minerals.
The machine works by combining specific gravity differences with alternating bed motion, transverse water flow and riffles on the table surface. This creates loose layering and fan-shaped zoning across the deck, enabling effective separation of different mineral products with minimal loss of valuable material.
Its system includes a head mechanism driven by an eccentric connecting rod, a durable table surface built from a steel skeleton and fiberglass reinforced plastics, and a manual gradient adjustment mechanism for tuning separation performance. It is well suited to mining plants requiring reliable fine-particle recovery and flexible application across multiple ore types.
Uses specific gravity differences to separate fine minerals effectively. This makes it suitable for recovering valuable material from mixed ore streams.
Designed to process particle sizes from 2mm to 0.074mm. It is particularly suited to fine mineral separation applications.
A manual screw-rod adjustment mechanism allows operators to regulate the table angle. This helps optimise layering and separation performance for different materials.
The table surface combines a steel skeleton with fiberglass reinforced plastics for strength and durability. Wear-proof surface materials and riffles support long-term use.
Its straightforward design makes the machine easy to operate and adjust. This supports practical day-to-day use in mineral processing plants.
Suitable for precious metals, base metals, rare metals and non-metallic minerals. It can be applied across multiple mining and industrial mineral recovery duties.