Washplants
Hard Rock
Our alluvial mining equipment is engineered for efficient recovery of gold and other heavy minerals from riverbeds, floodplains, and placer deposits. Designed for reliability, mobility, and maximum recovery, Go-Mine's alluvial solutions are built to perform in demanding mining environments across Africa and beyond.
Alluvial - Reverse Helix Trommel (RHT) Range
The Go-Mine Reverse Helix Trommel (RHT) range is specifically designed for the efficient washing, screening and recovery of gold and other heavy minerals from alluvial and placer deposits. Engineered to maximise gold recovery while minimising material losses, these plants are ideal for prospecting, geological sample testing, artisanal mining, small-scale operations and large commercial alluvial mining projects.
With capacities ranging from dedicated prospecting units and 1 TPH production plants up to 100 TPH wash plants, the RHT range offers a solution for every stage of an alluvial mining operation.
Each plant is manufactured using robust, high-quality components to ensure reliable performance, low maintenance requirements and long service life in demanding mining environments.
To suit individual project requirements, all Go-Mine Reverse Helix Trommel Wash Plants can be customised as either fully mobile trailer-mounted units for rapid deployment and relocation, or as static installations for permanent mining operations, providing a flexible and cost-effective solution for miners worldwide
RHT-P
Description:
The RHT-P Reverse Helix Trommel Wash Plant is a compact, portable unit designed for prospecting, geological sample testing and cleaning sluice concentrates. It provides efficient washing, screening and gold recovery in a lightweight, low-maintenance package.Capacity:
100–250 kg per hour (depending on clay content).
Process:
Feed hopper with removable sizing grizzly, scrubber with lifters and 2 mm screens, two-start reverse helix spiral drum, top and lower recovery sluices, adjustable water distribution manifold, and oversize discharge launder.
Power Requirements:
0.15 kW, 220 VAC (50 Hz) with 12 VDC operational connection.
Water Requirements:
800 litres per hour (based on a slurry SG of 1.8).
Water Inlet:
1" (25 mm).
Transport Dimensions:
1.6 m (L) × 0.65 m (W) × 0.7 m (H).
Working Dimensions:
10.62 m (L) × 2.31 m (W) × 2.65 m (H).
Optional Extras:
Water pump and generator.
RHT- 1
Description:
The RHT-1 Reverse Helix Trommel Wash Plant is a compact, trailer-mounted unit designed for prospecting, geological sample testing and artisanal alluvial gold mining. Built on a rugged off-road trailer with adjustable jack stands, it delivers efficient washing, screening and gold recovery in a mobile, easy-to-deploy solution.
Capacity:
500–750 kg per hour (depending on clay content).
Process:
Feed hopper with sizing grizzly and spray bar, scrubber with lifters and 4 mm screens, two-start reverse helix spiral drum, top recovery sluice with rubber mat, riffles and nugget trap, lower recovery sluice, adjustable water distribution manifold, and oversize discharge launder.
Power Requirements:
2.2 kW running, 2.7 kW start-up, 220 VAC or 380 VAC (50 Hz).Water Requirements:
3,800 litres per hour (based on a slurry SG of 1.8).
Water Inlet:
2" (50 mm).
Transport Dimensions:
3.0 m (L) × 1.2 m (W) × 1.3 m (H).
Working Dimensions:
3.4 m (L) × 1.2 m (W) × 1.3 m (H).
Optional Extras:
Water pump and generator.
RHT- 2.5
Description:
The RHT-2.5 Reverse Helix Trommel Wash Plant is a robust, trailer-mounted unit designed for small-scale alluvial gold mining operations. Built on a double axle trailer with adjustable jack stands, it provides efficient washing, screening and gold recovery while remaining easy to transport and deploy in remote mining locations.
Capacity:
2–3.5 tonnes per hour (depending on clay content).
Process:
Feed hopper with sizing grizzly and integrated dual spray bars, scrubber with lifters and 6 mm screens, two-start reverse helix spiral drum, top recovery sluice with rubber mat, riffles and nugget trap, secondary rotary screen for larger nuggets, lower recovery sluice with specialised riffles, adjustable water distribution manifold, and oversize discharge launder.
Power Requirements:
5.5 kW running, 7 kW start-up, 380 VAC (50 Hz).Water Requirements:
30,000 litres per hour (based on a slurry SG of 1.8).
Water Inlet:
3" (75 mm).
Transport Dimensions:
5.3 m (L) × 2.6 m (W) × 2.6 m (H).
Working Dimensions:
6.0 m (L) × 2.2 m (W) × 2.4 m (H).
Optional Extras:
Water pump and generator.
RHT- 2
Description:
The RHT-2 Reverse Helix Trommel Wash Plant is a robust, trailer-mounted unit designed for small-scale alluvial gold mining operations. Built on a double axle trailer with adjustable jack stands, it delivers efficient washing, screening and gold recovery while providing excellent mobility for remote mining sites.
Capacity:
4–6 tonnes per hour (depending on clay content).
Process:
Feed hopper with sizing grizzly and integrated dual spray bars, scrubber with lifters and 6 mm screens, two-start reverse helix spiral drum, top recovery sluice with rubber mat, riffles and nugget trap, secondary rotary screen for larger nuggets, lower recovery sluice with specialised riffles, adjustable water distribution manifold, andoversize discharge launder.
Power Requirements:
5.5 kW running, 7 kW start-up, 380 VAC (50 Hz).Water Requirements:
3,800 litres per hour (based on a slurry SG of 1.8).
Water Inlet:
2" (50 mm).
Transport Dimensions:
3.0 m (L) × 1.2 m (W) × 1.3 m (H).
Working Dimensions:
3.4 m (L) × 1.2 m (W) × 1.3 m (H).
Optional Extras:
Water pump and generator.
RHT- 3
Description:
The RHT-3 Reverse Helix Trommel Wash Plant is a high-capacity, trailer-mounted unit designed for small to medium-scale alluvial gold mining operations. Built on a double axle trailer with adjustable jack stands, it provides efficient washing, screening and gold recovery while offering the flexibility to operate in remote mining environments.
Capacity:
8–12 tonnes per hour (depending on clay content).
Process:
Feed hopper with sizing grizzly and integrated dual spray bars, scrubber with lifters and 6 mm screens, three-start reverse helix spiral drum, top recovery sluice with rubber mat, riffles and nugget trap, secondary rotary screen for larger nuggets, lower recovery sluice with specialised riffles, adjustable water distribution manifold, and oversize discharge launder.
Power Requirements:
5.5 kW running, 7 kW start-up, 380 VAC (50 Hz).Water Requirements:
60,000 litres per hour (based on a slurry SG of 1.8).
Water Inlet:
3" (75 mm).
Transport Dimensions:
5.1 m (L) × 2.3 m (W) × 2.6 m (H).
Working Dimensions:
7.0 m (L) × 2.8 m (W) × 2.4 m (H).
Optional Extras:
Water pump and generator.RHT- 4
Description:
The RHT-4 Reverse Helix Trommel Wash Plant is a high-capacity, trailer-mounted unit designed for medium to large-scale alluvial gold mining operations. Built on a double axle trailer with adjustable jack stands, it delivers exceptional washing, screening and gold recovery while providing the flexibility and mobility required for demanding mining environments.
Capacity:
14–22 tonnes per hour (depending on clay content).
Process:
Feed hopper with sizing grizzly and integrated dual spray bars, scrubber with lifters and 6 mm screens, four-start reverse helix spiral drum, top recovery sluice with rubber mat, riffles and nugget trap, secondary rotary screen for larger nuggets, lower recovery sluice with specialised riffles, adjustable water distribution manifold, and oversize discharge launder.
Power Requirements:
5.5 kW running, 7 kW start-up, 380 VAC (50 Hz).Water Requirements:
101,000 litres per hour (based on a slurry SG of 1.8).
Water Inlet:
4" (100 mm).
Transport Dimensions:
5.1 m (L) × 2.3 m (W) × 2.6 m (H).
Working Dimensions:
6.5 m (L) × 2.8 m (W) × 2.4 m (H).
Optional Extras:
Water pump and generator.
RHT- 5
Description:
The RHT-5 Reverse Helix Trommel Wash Plant is a high-capacity, trailer-mounted unit designed for medium to large-scale alluvial gold mining operations. Built on a heavy-duty trailer with adjustable jack stands, it delivers efficient washing, screening and gold recovery while providing the mobility required for demanding mining environments.
Capacity:
25–35 tonnes per hour (depending on clay content).
Process:
Feed hopper with sizing grizzly and integrated dual spray bars, scrubber with lifters and 10 mm screens, four-start reverse helix spiral drum, top recovery sluice with rubber mat, riffles and nugget trap, lower recovery sluice with specialised riffles, adjustable water distribution manifold, and oversize discharge launder.
Power Requirements:
7 kW running, 9 kW start-up, 380 VAC (50 Hz).Water Requirements:
175,000 litres per hour (based on a slurry SG of 1.8).
Water Inlet:
3" (75 mm).
Transport Dimensions:
8.1 m (L) × 2.3 m (W) × 2.6 m (H).
Working Dimensions:
7.0 m (L) × 2.8 m (W) × 2.4 m (H).
Optional Extras:
Water pump and generator.
RHT- 6
Description:
The RHT-6 Reverse Helix Trommel Wash Plant is a high-capacity, trailer-mounted unit designed for medium to large-scale alluvial gold mining operations. Built on a heavy-duty trailer with adjustable jack stands, it provides efficient washing, screening and gold recovery while offering the mobility and durability required for continuous production in demanding mining environments.
Capacity:
45–55 tonnes per hour (depending on clay content).
Process:
Feed hopper with sizing grizzly and integrated dual spray bars, scrubber with lifters and 10 mm screens, four-start reverse helix spiral drum, top recovery sluice with rubber mat, riffles and nugget trap, lower recovery sluice with specialised riffles, adjustable water distribution manifold, and oversize discharge launder.
Power Requirements:
7 kW running, 9 kW start-up, 380 VAC (50 Hz).Water Requirements:
275,000 litres per hour (based on a slurry SG of 1.8).
Water Inlet:
4" (100 mm).
Transport Dimensions:
8.1 m (L) × 2.3 m (W) × 2.6 m (H).
Working Dimensions:
7.0 m (L) × 2.8 m (W) × 2.4 m (H).
Optional Extras:
Water pump and generator.
RHT- 7
Description:
The RHT-7 Reverse Helix Trommel Wash Plant is Go-Mine's largest trailer-mounted wash plant, designed for high-volume alluvial gold mining operations. Built on a heavy-duty modular trailer system with adjustable jack stands, it delivers exceptional washing, screening and gold recovery while maintaining the flexibility to be transported and rapidly deployed on site.
Capacity:
80–120 tonnes per hour (depending on clay content).
Process:
Feed hopper with sizing grizzly and drag belt, scrubber with lifters and 10 mm screens, six-start reverse helix spiral drum, top recovery sluice with rubber mat, riffles and nugget trap, lower recovery sluice, adjustable water distribution manifold, and oversize discharge launder with discharge conveyor for washed rock.
Power Requirements:
39 kW running, 49 kW start-up, 380 VAC (50 Hz).Water Requirements:
600,000 litres per hour (based on a slurry SG of 1.8).
Water Inlet:
6" (150 mm).
Transport Dimensions:
Feeder section: 6.0 m (L) × 3.2 m (W) × 3.4 m (H).
Wash section: 11.0 m (L) × 3.2 m (W) × 3.4 m (H).
Working Dimensions:
33.0 m (L) × 3.2 m (W) × 4.9 m (H).
Optional Extras:
Water pump and generator.
Alluvial - Static Wash Plant Range
Go-Mine’s Static Alluvial Wash Plant Range provides reliable gravity recovery solutions from small-scale prospecting to high-capacity commercial mining.
The range starts with the PS-001 500 KPH Power Sluice, available as a complete kit with a pump, hoses, and gold pans. The ASW-001, ASW-002, and ZSP-002 process approximately 2, 10, and 20 TPH respectively, using integrated scrubbers, feeders, conveyors, and sluice boxes.
For difficult clay conditions, the ZSP-001 processes 50 TPH with additional recovery equipment including a hydro-cone nugget trap, jig, and shaking table.
The IWP-001 handles 100 TPH in extreme clay and rocky conditions, while the flagship AWP-001 processes up to 200 TPH using a scalping screen, clay-breaking scrubber, interchangeable screens, continuous centrifugal recovery, discharge sluice, and an integrated cleanout room.
PS-001
Description:
The PS-001 Power Sluice is a versatile 500 KPH gravity recovery unit designed for use as both a highbanker and river sluice. It features an integrated spray system, specialised screening deck, adjustable legs and extended sluice configuration for efficient recovery of fine and coarse gold.
Capacity:
300–700 kilograms per hour, depending on clay content.
Process:
Feed hopper with integrated spray bar and specialised screen deck, underpan feeding the sluice, boiler box, river mouth attachment, top sluice with nugget trap, riffles and rubber-backed miner’s moss, sluice extension with riffles and rubber-backed miner’s moss, 2" water inlet with 1" distribution point, 1" water inlet into the boiler box, and individually adjustable 16 mm steel legs for secure and level operation.
Power Requirements:
No electricity required.
Water Requirements:
Approximately 3,500 litres per hour, based on a material SG of 1.8.
Water Inlet:
2" (50 mm).
Transport Dimensions:
1.4 m (L) × 0.8 m (W) × 0.8 m (H).
Working Dimensions:
2.4 m (L) × 0.8 m (W) × 1.4 m (H).
Optional Extras:
2" water pump, 2" lay-flat hose and 2" Heli-Flex suction hose.
PS-001 CK
Description:
The PS-001 Power Sluice is a versatile 500 KPH gravity recovery unit designed for use as both a highbanker and river sluice. The unit is supplied with two Go-Mine gold pans and provides a practical, portable solution for small-scale alluvial gold recovery.
Capacity:
300–700 kilograms per hour, depending on clay content.
Process:
Feed hopper with integrated spray bar and specialised screen deck, underpan feeding the sluice, boiler box, river mouth attachment, top sluice with nugget trap, riffles and rubber-backed miner’s moss, sluice extension (doubler) with riffles and rubber-backed miner’s moss, 2" water inlet with 1" distribution point, 1" water inlet into the boiler box, and individually adjustable 16 mm steel legs for secure and level operation.
Power Requirements:
No electricity required.
Water Requirements:
Approximately 3,500 litres per hour, based on a material SG of 1.8.
Water Inlet:
2" (50 mm).
Transport Dimensions:
1.4 m (L) × 0.8 m (W) × 0.8 m (H).
Working Dimensions:
2.4 m (L) × 0.8 m (W) × 1.4 m (H).
Included Equipment:
Two Go-Mine gold pans.
Optional Extras Not Included:
2" water pump, 2" lay-flat hose and 2" Heli-Flex suction hose.
ASW-001
Description:
The ASW-001 Static Wash Plant is a compact 2 TPH alluvial gold recovery system designed for small-scale mining operations. Featuring an integrated scrubber, grizzly feeder, and sluice box, the plant provides efficient washing, screening, and gravity recovery while maintaining a simple, robust, and easy-to-operate design.
Capacity:
1.8–2.4 tonnes per hour, depending on clay content.
Process:
Feed hopper with integrated spray bar and grizzly bars, underpan feeding the scrubber, scrubber fitted with lifters, retention plates and 10 × 300 × 300 mm screens, underpan feeding the sluice, top sluice with nugget trap, riffles and rubber-backed miner's moss, galvanised pre-drilled individually controlled spray bars, 2" water inlet with 3 × 1" and 1 × 2" distribution points, 1" water inlet into the boiler box, and individually adjustable 16 mm steel legs for secure and level sluice operation.
Power Requirements:
3 kW running, 3.75 kW start-up.
Water Requirements:
Approximately 12,000 litres per hour, based on a material SG of 1.8.
Water Inlet:
2" (50 mm).
Transport Dimensions:
2.6 m (L) × 0.95 m (W) × 2.0 m (H).
Working Dimensions:
3.4 m (L) × 0.95 m (W) × 2.0 m (H).
Optional Extras:
2" water pump and 5.5 kW generator.
ASW-002
Description:
The ASW-001 Static Wash Plant is a compact 2 TPH alluvial processing system designed for efficient washing, screening and gravity recovery. It combines an integrated scrubber, grizzly feeder and sluice box in a robust, practical design suited to small-scale mining operations.
Capacity:
1.8–2.4 tonnes per hour, depending on clay content.
Process:
Feed hopper with integrated spray bar and grizzly bars, underpan feeding the scrubber, scrubber fitted with lifters, retention plates and 10 × 300 × 300 mm screens, underpan feeding the sluice, top sluice with nugget trap, riffles and rubber-backed miner’s moss, galvanised pre-drilled and individually controlled spray bars, 2" water inlet with 3 × 1" and 1 × 2" distribution points, 1" water inlet into the boiler box, and individually adjustable 16 mm steel legs for secure and level sluice operation.
Power Requirements:
3 kW running and 3.75 kW at start-up.
Water Requirements:
Approximately 12,000 litres per hour, based on a material SG of 1.8.
Water Inlet:
2" (50 mm).
Transport Dimensions:
2.6 m (L) × 0.95 m (W) × 2.0 m (H).
Working Dimensions:
3.4 m (L) × 0.95 m (W) × 2.0 m (H).
Optional Extras Not Included:
2" water pump and 5.5 kW generator.
ZSP-002
Description:
The ZSP-001 Static Scrubber Wash Plant is a heavy-duty 50 TPH alluvial processing system designed for extreme clay conditions. It combines controlled feeding, intensive scrubbing, screening, sluice recovery, concentrate sizing and final upgrading on an Ami-Flo shaking table to produce a furnace-ready gold concentrate.
Capacity:
45–60 tonnes per hour, depending on clay content.
Process:
Feed hopper with integrated spray bar and grizzly bars, fitted with a drag belt for controlled discharge, transfer conveyor between the feed hopper and boiler box with integrated spray bars, scrubber fitted with lifters, retention plates and 24 × 300 × 300 mm screens, underpan feeding the sluice, extended sluice with nugget trap, riffles and rubber-backed miner’s moss, sizing jig to separate the concentrates into equal size fractions, and an Ami-Flo shaking table to upgrade the gold to a furnace-ready condition.
Power Requirements:
11 kW running and 14.75 kW at start-up.
Water Requirements:
Approximately 300,000 litres per hour, based on a material SG of 1.8.
Water Manifold:
6" manifold with 3 × 2" and 1 × 3" distribution points.
Water Inlet:
4" (100 mm).
Transport Dimensions:
14 m (L) × 2.4 m (W) × 3.9 m (H).
Working Dimensions:
32 m (L) × 9 m (W) × 4 m (H).
Optional Extras Not Included:
4" water pump and generator.
ZSP-001
Description:
The ZSP-001 Static Scrubber Wash Plant is a heavy-duty 50 TPH alluvial processing system designed for extreme clay conditions. It combines controlled feeding, intensive scrubbing, screening, sluice recovery, concentrate sizing and final upgrading on an Ami-Flo shaking table to produce a furnace-ready gold concentrate.
Capacity:
45–60 tonnes per hour, depending on clay content.
Process:
Feed hopper with integrated spray bar and grizzly bars, fitted with a drag belt for controlled discharge, transfer conveyor between the feed hopper and boiler box with integrated spray bars, scrubber fitted with lifters, retention plates and 24 × 300 × 300 mm screens, underpan feeding the sluice, extended sluice with nugget trap, riffles and rubber-backed miner’s moss, sizing jig to separate the concentrates into equal size fractions, and an Ami-Flo shaking table to upgrade the gold to a furnace-ready condition.
Power Requirements:
11 kW running and 14.75 kW at start-up.
Water Requirements:
Approximately 300,000 litres per hour, based on a material SG of 1.8.
Water Manifold:
6" manifold with 3 × 2" and 1 × 3" distribution points.
Water Inlet:
4" (100 mm).
Transport Dimensions:
14 m (L) × 2.4 m (W) × 3.9 m (H).
Working Dimensions:
32 m (L) × 9 m (W) × 4 m (H).
Optional Extras Not Included:
4" water pump and generator.
IWP-001
Description:
The IWP-001 Static Scrubber Wash Plant is a heavy-duty 100 TPH alluvial processing system designed for extreme clay and rocky conditions. The plant combines controlled feeding, aggressive scrubbing, de-rocking, screening and gravity recovery to maximise gold recovery while efficiently handling oversized rock and difficult material.
Capacity:
90–120 tonnes per hour, depending on clay content.
Process:
Feed hopper with integrated spray bar and grizzly bars, fitted with a drag belt for controlled discharge, transfer conveyor between the feed hopper and vibrating de-rocker with integrated spray bars, scrubber fitted with lifters, retention plates and 60 × 300 × 300 mm screens, underpan feeding the sluice, extended sluice with nugget trap, riffles and rubber-backed miner's moss, discharge conveyor for washed oversize rock, overarching access platform for the vibrating de-rocker, and a 10" water manifold with 3 × 3" and 1 × 2" distribution points.
Power Requirements:
25.3 kW running and 32 kW at start-up.
Water Requirements:
Approximately 600,000 litres per hour, based on a material SG of 1.8.
Water Inlet:
8" (200 mm).
Transport Dimensions:
15 m (L) × 2.8 m (W) × 5.7 m (H).
Working Dimensions:
32 m (L) × 28 m (W) × 5.7 m (H).
Optional Extras Not Included:
Water pump or pumps and generator.
AWP-001
Description:
The AWP-001 Static Wash Plant is a high-capacity 200 TPH alluvial processing system designed for continuous commercial mining operations. The plant combines controlled feeding, de-rocking, intensive scrubbing, clay breaking, centrifugal concentration, sluice recovery and a fully integrated cleanout room to maximise gold recovery while allowing uninterrupted processing.
Capacity:
180–360 tonnes per hour, depending on clay content.
Process:
Feed hopper with integrated spray bar and grizzly bars, fitted with a drag belt for controlled discharge, transfer conveyor between the feed hopper and vibrating de-rocker with an under-belt conveyor feeding the scrubber and discharging oversize rock, scrubber fitted with lifters, retention plates and 60 × 300 × 300 mm interchangeable screens, paddle feeder distributing screened material to a bank of 16 centrifugal concentrators operating on a central management system for uninterrupted processing, extended sluice with riffles and rubber-backed miner's moss, discharge conveyor for washed oversize rock, and an integrated cleanout room fitted with sizing screens, an Ami-Flo shaking table and furnace.
Power Requirements:
101 kW running and 126 kW at start-up.
Water Requirements:
Approximately 1,800,000 litres per hour, based on a material SG of 1.8.
Water Manifold:
16" manifold with 4 × 4" and 8 × 2" distribution points.
Water Inlet:
12" (300 mm).
Transport Dimensions:
Transportable in 4 × Super-Link trucks.
Working Dimensions:
43 m (L) × 29 m (W) × 6.3 m (H).
Optional Extras Not Included:
Water pump or pumps and generator.
ASJS-01
Description:
The Alluvial Jig Plant is a compact gravity recovery system designed for sizing, testing and upgrading alluvial concentrates. The plant incorporates a vibrating sizing screen and dual jig circuit to efficiently separate coarse and fine material, making it ideal for exploration, bulk sampling and small-scale production where accurate concentrate recovery is essential.
Capacity:
Up to 1 tonne per hour of concentrate, depending on material characteristics.
Process:
Feed hopper to vibrating sizing screen, oversize discharged to a policeman sluice, +1 mm jig with underpan and oversize policeman sluice, -1 mm jig with underpan and oversize policeman sluice, producing two accurately sized concentrate streams for improved gravity recovery and testing.
Power Requirements:
Dependent on final plant configuration.
Water Requirements:
Dependent on feed material and operating conditions.
Water Inlet:
Dependent on final plant configuration.
Transport Dimensions:
Dependent on final plant configuration.
Working Dimensions:
Dependent on final plant configuration.
Optional Extras Not Included:
Water pump, generator and feed conveyor.
Premium Alluvial Gold Recovery Equipment
Engineered for maximum gravity recovery, built for African mining conditions, and trusted by miners worldwide.
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CODE: ASJS-01
Alluvial Jig Separation Plant
A compact gravity concentration plant designed for efficient alluvial gold recovery and test work. The ASJS-01 incorporates precision sizing, dual jig separation, and dedicated oversize recovery sluices to maximize heavy mineral recovery while minimizing losses.
Applications
- Exploration and bulk sampling
- Gravity concentration
- Test work
- Small-scale production
CODE: ZS-001
Z-Sluice
A specialized concentrate upgrading sluice developed to provide a final cleaning stage before smelting. The Z-Sluice removes remaining lighter material while increasing concentrate grade and reducing final clean-up time.
Applications
- Final concentrate cleaning
- Gold upgrading
- Smelting preparation
- Gravity recovery circuits
CODE: SL-04
Heavy Duty Gold Sluice Box
Designed for exceptional fine and coarse gold recovery using Go-Mine's patented riffle technology. Built for durability, high throughput, and maximum recovery in demanding alluvial mining operations.
Applications
- Primary gold recovery
- Mobile wash plants
- Static wash plants
- Prospecting
- Alluvial mining