Densimetric tables are used in several industries for the efficient separation/concentration of dry materials by density.

This process ensures that the demanding requirements for separating dry materials efficiently and in a sustainable manner, while maintaining purity of the separated materials are met.

Operating Principle

Dry densimetric separation/concentration is achieved on an inclined, perforated vibrating plate.

Rising airflow blowed through the base of the treatment plate affects the materials differently; materials with lighter densities float without coming into contact with the vibrating plate. These particles flow downstream out.

Heavier materials in contact with the base of the treatment plate, are pushed upstream due to the vibrations of the plate.

It’s important to note that the greater the difference in density of the products, the larger the size ranges possible to treat.

To see an example of how densimetric tables work click here.

Control parameters

During trial testing, control parameters such as characteristics of the vibratory movement, distribution of airflow through the plate, or level of the gates, can all be established for particular materials previously, reducing the need for further adjustments on-site.

Application areas

With its origins in the mineral industry, dry densimetric tables have successfully been transferred to other industries and activities such as:

Stones & Soil	Wood / Particle boards
Plastic	Waste & Recycling
Foodstuffs	Metallurgy

Model Types

With a number of models available for various applications such as:

Machines for high-density products and particle sizes up to 80 mm (GSORT).

Machines for low density and medium-size products (FM Type).

Allgaier Mogensen’s most recent development the GSort densimetric Table. This exciting new development uses dry separation (by density) of bulk materials at a low cost. Separating materials of between 0.5 mm to 50 mm (up to 80 mm in light materials).

GSort - Advantages Overview

Increased Performance

With a performance increase of up to 80%, the GSort trumps current established sorting dry flotation methods, both in capacity and quality of final products.

Robust Design

The GSort’s overall height has been reduced for a more optimised footprint. It is also possible to individually adjust the sorting parameters.

Enhanced Safety

Redesigned safety concepts including a new cover have significantly improved the safety of the GSort, conforming to the latest technical standards.

Easy Handling & Operation

With a simple and intuitive design, the GSort is easy to disassemble, transport, and reassemble.

Environmentally Responsible

Reduced energy consumption (per metric ton) and a switch to dry separation method, thereby reducing water usage, makes the GSort an environmentally friendly technology.

Reduced Process Costs

With easy handling and an environmentally friendly design, the GSort can replace or complement wet gravity separators, reducing overall processing costs.

Increased Flexibility

The new simple and compact design ensures less downtime and guarantees stable performance.

Versatility

Encompassing a broad range of materials and processes, the GSort’s versatility is particularly effective at handling the following materials:

Industries:

• Recycling
• Building materials
• Glass recycling
• E-waste
• Plastic recycling
• Fine metals
• Cable waste
• Slag

Mining:

• Barite
• Coal
• Iron
• Lignite
• Tungsten
• Zirconium
• Ilmenite

For more information on the GSort click here.

To view more innovative products and information on ALLGAIER MOGENSEN’s full range of industrial process technology applications Products.