Spiral Chutes from Interroll Portec provide a safe and economical way to lower products from mezzanines, work platforms, overhead conveyor lines, pick modules, or multi-level installations of any kind.
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Virtually anything you can convey on a gravity, power, or belt line can be moved on a chute system.
Specially designed fiberglass module profiles help control the descending speed of your products. In high humidity situations, the self starting characteristics of the gel-coated fiberglass assists products to flow freely, gently and safely.
A ChuteMaster spiral chute is built with standardized 90 degrees fiberglass modules and an exit scoop. Entry and exit slides, and/or sort tables can be customized to your application. These components are made of durable hand-laid fiberglass and have a special gel-coating to provide long wearing low-friction service.
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Spiral chute is a mineral processing equipment that generates a centrifugal flow film on the inclined surface of the spiral based on the differences in specific gravity, particle size, and shape between useful minerals and gangue minerals. In the comprehensive force field of gravity and centrifugal force, the separation of useful minerals and gangue is achieved by utilizing the gravity, hydrodynamic pressure, and frictional force experienced by different particles.
Spiral chutes are suitable for processing fine iron ore, ilmenite, chromite, pyrite, zircon, rutile, monazite, phosphorite, tungsten ore, tin ore, tantalum ore, niobium ore with particle sizes ranging from 0.3 to 0.02 millimeters, as well as other non-ferrous metals, rare metals, and non-gold minerals with varying densities.
The spiral chute is mainly composed of six parts: a feeding homogenizer, a feeding groove, a spiral groove, a product intercepting groove, a receiving hopper, and a groove support.
When a certain concentration of slurry is fed into the upper part of the spiral ore separator, the slurry rotates downward along the spiral groove. Larger ore particles first sink at the bottom of the tank, while smaller ore particles flow in the upper layer of the slurry. Due to the different trajectories of ore particles with different densities in the chute, it is possible to intercept ore particles with different densities at different positions on the spiral to achieve the purpose of separation. In addition, the water flow movement in the spiral chute also facilitates the mixing and uniform distribution of materials, thereby improving the efficiency of mineral processing.
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