Mini Gold Washing Plant 5 Tons per hour

In January 2026, our dedicated production team at the factory successfully debugged and commissioned two custom-built gold washing plants, each with a processing capacity of 5 tons per hour. Designed to meet specific client requirements for efficient alluvial gold recovery, the gold washing plant underwent rigorous testing to ensure optimal performance and reliability. After confirming all systems were fully operational, the gold washing plant were securely packaged and promptly dispatched to the customer’s mining site, reinforcing our commitment to timely delivery and superior craftsmanship.

Mini Gold Washing Plant Parameters

Item	Specification	QTY.
Model	YLLS‑5	1 set
Capacity	5 T/h	—
Overall Size	L3.5m × W1.6m × H2.7m	1 set
Feeding Hopper	0.5 m³	1 pc
Structural Material	80mm×80mm square steel	—
Trommel Screen	L2.2m × φ0.7m (effective length L1.8m)	1 set
Fixed Sluice Box	L4.0m × W0.5m × H0.2m 2m front section with Mitsubishi gold grass2m rear section with South Australian gold carpet	1 set
Power Unit	3KW cycloidal pinwheel motor	1 set
Corner Reducer	Wanshang Model T8	1 set
Reciprocating Bearings	6306	8 pcs
Water Supply Pump	50QW20‑20Power: 3KW, Flow: 20m³/h, Head: 20m	1 set
Water Supply Pump	50QW10‑15Power: 1.5KW, Flow: 10m³/h, Head: 15m	1 set
Heavy Ore Box	1 m³	1 set
Generator Set	10KW	2 sets

Mini Gold Washing Plant Product Review

The YLLS-5 Gold Mining Equipment is a high-performance, all-in-one extraction system designed for efficient gold recovery in various mining scenarios. With a processing capacity of 5T per hour, this integrated set combines robust structural design, advanced separation technology, and reliable power support to deliver consistent and profitable gold extraction results. From small-scale artisanal mining to medium-sized industrial operations, the YLLS-5 stands out as a cost-effective and easy-to-operate solution for gold enthusiasts and mining enterprises alike.

Mini Gold Wash Plant Core Features & Technical Advantages

Superior Processing Efficiency of Gold Wash Plant

Equipped with a 2.2m-long trommel screen (φ0.7m, effective working length 1.8m), the equipment efficiently classifies and screens raw ore, separating large impurities from gold-bearing materials to ensure targeted extraction. The 0.5m³ feeding hopper enables continuous material supply, minimizing downtime and maximizing throughput.

High-Precision Gold Recovery System for Gold Washing Plant

The fixed sluice box (L4.0m×W0.5m×H0.2m) is engineered with dual-layer gold capture technology: 2m front section fitted with Japanese Mitsubishi gold grass (high adhesion for fine gold particles) and 2m rear section with South Australian gold carpet (enhanced retention for micro-gold). This dual-design significantly improves gold recovery rate, outperforming standard single-layer sluice boxes in capturing both coarse and fine gold.

Robust & Durable Construction of Gold Wash Plant

Built with 80mm×80mm square steel as the structural material, the equipment boasts exceptional stability and resistance to harsh mining environments (e.g., vibration, impact, humidity). The 6306 reciprocating bearings (8 discs total) ensure smooth operation of moving parts, reducing wear and extending service life.

Reliable Power & Water Supply

Power Unit: 3KW cycloidal pinwheel motor paired with Wanshang T8 corner reducer provides stable torque and energy efficiency, ensuring consistent operation even under heavy loads.

Water Supply System: Two high-performance pumps (50QW20-20: 3KW, 20m³/h flow, 20m head; 50QW10-15: 1.5KW, 10m³/h flow, 15m head) deliver adjustable water pressure for optimal sluicing and ore washing, adapting to different water source conditions.

Independent Power Support: 2 sets of 10KW generator sets offer off-grid operation capability, making the equipment suitable for remote mining sites without access to municipal power.

Compact & User-Friendly Design of Gold Wash Plant

With an overall size of L3.5m×W1.6m×H2.7m, the equipment features a space-saving layout that facilitates transportation and on-site installation. The integrated design (feeding hopper, trommel screen, sluice box, and power system) eliminates the need for complex assembly, allowing quick startup within hours of delivery.