Why do Indonesian mining companies choose our multi-cylinder cone crusher?
Core advantages: precise crushing, doubled benefits
1. Intelligent hydraulic control: The fully automatic hydraulic system monitors the crushing chamber pressure in real time and dynamically adjusts the size of the discharge port to ensure uniform discharge particle size (the finished product rate is increased by 30%+), meeting the stringent standards of aggregates and mineral processing.
2. Laminated crushing technology: Through multi-cylinder collaborative extrusion, secondary crushing between ore particles is achieved, the needle-like content is reduced (the finished product particle shape is excellent at 95%), and the added value of sand and gravel aggregates is significantly increased.
3. Super wear-resistant design: high manganese steel liner + composite alloy spindle, optimized material for Indonesian high-hardness basalt and granite, the service life is extended by more than 2 times, and the cost of frequent replacement is reduced.
Performance parameters: high energy and low consumption, stable and reliable
1. Processing capacity: 50-1500 tons/hour (customized according to the model), suitable for small, medium and large mines
2. Power range: 90-750kW, energy consumption is 15%-20% lower than traditional equipment
3. Feed particle size: ≤300mm (hard rock)/≤560mm (medium hard rock)
4. Applicable hardness: Mohs hardness ≤16, covering the mainstream ore types in Indonesia (such as copper, gold, iron ore, basalt, etc.)
Indonesian scenario application
1. Metal mines: secondary/tertiary crushing of gold/copper mines, 3-60mm discharge can directly enter the mill, shortening the ore dressing process
2. Sand and gravel aggregate plant: granite and limestone sand making, finished product 5-40mm grading optimization, in line with infrastructure concrete standards
3. Special working conditions: Anti-rust treatment for hot and humid environments, modular design to adapt to island transportation restrictions, and intelligent early warning system to cope with voltage fluctuations.
