You are here: Home » Equipment » Gravity Separator » Wear-Resistant FRP Spiral Chute for Gold Tungsten

Wear-Resistant Newly Plastic Spiral Chute for Gold/Tungsten Fine Ore Anti-Static HDPE Spiral Chute with Ultra-Smooth Surface

Wear-Resistant FRP Spiral Chute for Gold Tungsten


Availability:

Quantity:



Inquire Add to Basket

【Capacity】0.1-10T/H
【Feeding Size】0.02-2mm
【Type】 Newly plastic spiral chute, Inner-cover polyurethane spiral chute, Traditional fiberglass spiral chute.
【Application】 Suitable for separating coal, gold ore, platinum, iron ore, ilmenite, chromite, pyrite, zircon, rutile, monazite, barite, tungsten ore, tin ore, tantalum-niobium ore, mineral sands and other ferrous and non-ferrous metal ores, rare metals, as well as non-metallic minerals with different specific gravities.
【Service】Spiral chute design, mineral separation test, mineral processing design, on-site or remote installation.

The spiral chute is a gravity separation equipment widely used in the beneficiation of fine-grained minerals, such as gold ore, iron ore, chromite, tin ore, platinum, and also non-metallic minerals like coal and sand gold from 0.02-2 mm.

As materials flow down the spiral chute, they separate based on their density due to the combined effects of gravity, centrifugal force, and water flow, allowing for efficient mineral concentration.

Inner-Cover PU Chute（Heavy mineral separator Impact-resistant spiral） Polyurethane Spiral Chute（PU lined concentrator Abrasion-proof spiral） Inner-Cover PU Chute（Heavy mineral separator Impact-resistant spiral） Fiberglass Spiral Chute(FRP gravity chute Budget-friendly concentrator)

Work Principle

Advantages

Parameters

Successful Cases

FAQ

Working Principle

The working principle of the spiral chute is based on gravity and centrifugal force. The slurry is delivered to the feed inlet at the top of the chute by a slurry pump and then naturally flows downward in a spiral motion. As the slurry moves along the inclined, rotating surface, it generates an inertial centrifugal force. Due to differences in mineral density, particle size, and shape, the combined effects of centrifugal force and gravity separate the minerals of different specific gravity.

Heavier minerals (such as iron ore and ilmenite), having greater gravity and smaller centrifugal force, gradually move toward the inner edge of the spiral and flow into the concentrates chute. Meanwhile, lighter minerals (such as silica sand), with lower gravity and greater centrifugal force, settle more slowly and are pushed toward the outer edge by the transverse circulation, eventually flowing into the tailings chute. This completes the mineral separation process.

Advantages

Simple Structure: The design is straightforward, easy to install and operate, with low maintenance costs.
High Efficiency: It is highly effective for the beneficiation of fine particles, producing significant mineral concentration results.
Low Energy Consumption: The device relies on gravity for mineral separation, requiring no additional power.
Small Footprint: Suitable for mineral processing plants with limited space, and can be installed in multiple layers to increase capacity.
Environmentally Friendly: The operation is clean and does not generate pollution, minimizing environmental impact.

Technical Parameters

Mining Spiral Chute
Model		5LL-2000	5LL-1500	5LL-1200	5LL-900	5LL-600	5LL-400
Outside/Spiral Dia (mm)		2000	1500	1200	900	600	400
Pitch (mm)		1200	720/540	900/720 /540	675/540 /405	450/360 /270	240/180
Pitch Dia Ratio (D/P)		0.6	0.48/0.36	0.75/0.6/0.45	0.75/0.6/0.45	0.75/0.6/0.45	0.6/0.45
Lateral Slope		9°	9°	9°	9°	9°	9°
Starts		3	4	4	4	2	2
Feeding Size (mm)		2.00-0.04	0.8-0.037	0.3-0.03	0.3-0.03	0.2-0.02	0.2-0.02
Feeding Density (%)		30-55	30-60	25-35	25-55	25-55	25-55
Capacity (T/H)		7-10	6-8	4-6	2-3	0.4-0.8	0.15-0.2
Dimension	Length (mm)	2120	1600	1360	1060	700	460
	Width (mm)	2120	1600	1360	1060	700	460
	Height (mm)	5600	5300	5230	4000	2600	1500
Weight		900	800	600	400	150	50
The technical parameters provided are for reference only. Final product performance shall be subject to the official technical specifications.

Successful Cases

Rock Gold Mine - South Sudan

Alluvial Gold Mines - Zimbabwe

Chromite - South Africa

Alluvial Chrome Ore - Zimbabwe

Alluvial Tin Mines - Bolivia

Rock Tin Mines - Indonesia

Copper Oxide - Russia

Tantalum Niobium Ore - Nigeria

Lithium Mines - Brazil

Kaolin Mine - Uganda

Lead Zinc Mine - Morocco

Manganese Ore - Kenya

Hematite - South Africa

FAQ

Q: How to choose spiral chute materials?
A: PU-lined for abrasive ores, HDPE for fine precious metals, fiberglass for budget projects. PU lasts 3x longer than FRP.

Q: What size range can spiral chutes process?
A: Ideal for 0.02-2mm particles. HDPE models handle 0.01mm ultra-fines. Feed density: 20-40%.

Q: How to improve spiral chute recovery?
A: ①Adjust wash water (0.05-0.2MPa) ②Control feed density ③Check PU liner wear regularly.

Wear-Resistant FRP Spiral Chute for Gold Tungsten

QUICK LINKS

PRODUCT CATEGORY

SIGN UP FOR OUR NEWSLETTER