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Welcome to Falcon Concentrators
For over 18 years, Falcon has applied itself exclusively to the development of simple, proven and effective equipment for concentration of fine minerals. Some of the unique features Falcon has to offer are:
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A complete range of machines from portable, laboratory-scale units right up to the world's largest unit capacities, weighing in at over 10 tonnes.
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Bulk concentration with our fully continuous C series machines.
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High-grade, low-mass yield precious metal concentration using our semi-continuous SB series.
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The recently introduced new ultra-fine UF series, designed to recover ultra-fine minerals from fine streams of < 100 microns.
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Superb quality and realistic pricing.
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Excellent after-sale service and support.
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A Global team of energetic and professional representatives.
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Cost-effective solutions that make measurable contributions to their bottom lines.
Please enjoy your visit to our site, and remember that those who take the time to compare, always purchase Falcon!
FALCON C
Operating at up to 300 G's this product range produces a continuous stream of concentrate at mass pulls up to 40%. No fluidization water is required.
Principal applications include scavenging and pre-concentrating fine metals and minerals. Maximum recommended particle feed size is 1 mm.
FALCON SB
Operating at up to 200 G's, this product range produces an intermittent stream of concentrate at a maximum mass pull of <1%. Fluidization water is required.
Principal application is recovering fine and coarse free precious metals including gold, silver and PGM's to a high-grade concentrate. Maximum particle feed size is 6 mm, however, screening at 2 mm is recommended.

FALCON UF
Operating at up to 350 G's, this product range produces an intermittent stream of concentrate with a range of mass yields between 1% and 25%. No fluidization water is required.
Principal application is recovering fine free metals including tin/tantalum, lead, zinc, silver, gold and PGM's to a high-grade concentrate. Maximum particle feed size is 1 mm, however, use on feeds finer than a P80 of 100 microns is recommended. Excellent results have been achieved on material as fine as 5 microns.
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