Product details
Various structures and materials can be chosen in line with ores with kinds of properties and separation densities. High-precision integrated Injection molding, multi-section composite parabola design, spiral drainage groove, "S type" anti-turbulent flow feeding well and concentrate back flushing and the other various kinds of new techniques are in option, which can be applied for iron ore, titanic iron ore, tungst gold, garnet, zircon, barite and coal slime separation.
Relying on a large database, adopting advanced research and development measures, and software simulation of the flow field, realize the digital ization and informatization of the resech and development and design of spiral chute products to continuously improve the products for the industry leading.
The ore particles in the slurry are loosely layered under the action of grty, friction, inertial centrifugal fo and water flow pressure. The dense ore particles enter into the bottom layer and move to the inner edge, and the ore particles with less dense enter into the upper layer and move to touter edge. On the surface of the spiral groove, a concentrate zone, a middle zone and a tailing zone are fformed, and finally the concentrate and tailings are separated by a cutter. The rationality of structural parameters such as the cross-sectional shape and pitch of the spiral chute determines the result of the separatio parameter.




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Step 1
Payment and order readiness
Minimum order: 1 Units
Payment terms, specifications, and order details are confirmed before preparation begins.
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Step 2
Preparation
50 days
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Step 3
Packaging and dispatch
Packaging details are available on request.
Final packing, freight, and delivery dates are confirmed before dispatch.
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