FAQ

Why Choose A Double Roll Crusher Rock For Gold Ore Crushing?

Gold Ore Crusher In the fields of gold mining and mineral processing, ore crushing is a critical process step. With the continuous advancement of mineral processing technology, an increasing number of mining enterprises are selecting double-roll crushers as the primary equipment for gold ore crushing.

Rock For Gold Crusher

Rock For Gold Crusher

I. rock for gold crusher Core Product Series

High-Pressure Roller Mill (Flagship Model)

Working Principle: Utilizes high-pressure layer crushing technology (100-150MPa pressure) to crush gold ore through opposing rotation of dual rollers, achieving “ore-on-ore crushing.” Output particle size: 0-5mm, with high mineral liberation.

Model Parameters:

Roll diameter ≥1500mm, hourly capacity 100-450 tons;
Roll surface: High-chromium alloy + special hardening treatment, service life over 20,000 hours.

Advantages: 30%-50% energy savings compared to traditional ball mill systems, 40% improvement in pre-grinding efficiency, suitable for large-scale mineral processing plants.

Hydraulic Double-Roll Crusher

Applications: Medium-fine crushing in small-to-medium gold mines, adjustable output size 1-30mm (hydraulic adjustment accuracy ±1mm).
Representative Models:

Medium: 2PGY1000×800 (50-80 tons/hour, 30kW×2 motors);
Large: 2PGY1800×1000 (250-300 t/h capacity, intelligent CNC system).

Features: Roll shells incorporate rare metal alloys (hardness HRC≥60), exceeding 2-year service life with low over-crushing rate.

High-Power Classifying Crusher

Technical Highlights:

Low-speed, high-torque design combines crushing and screening functions;
Spiral-arranged tooth discs enhance wear resistance, while automatic lubrication system extends bearing life.

Suitable Applications: High-silt gold ore, feed size ≤80mm, with controlled output grading (10-50mm).

Rock For Gold Crusher

Rock For Gold Crusher

 

2 Advantages

Wear-Resistant Technology

Intelligent Control System

Energy-Saving and Eco-Friendly Design

Safety Protection Mechanism

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