GPY1000

GPY1000 Cone Crusher: Multiple Cavity Types Precisely Adapt to Diverse Scenarios

In the fields of ore processing and building material production, the GPY1000 cone crusher, with its various cavity types, provides precise solutions for different production requirements.

I. EC Cavity Type - The Preferred Choice for High Yield in Large Mines

During the mining of iron ore, copper ore, etc. in large open-pit mines, the EC cavity type of the GPY1000 shows significant advantages. Its large feed opening can accept large pieces of raw ore, and with a wide range of adjustable discharge openings, when processing high-hardness ores, with the discharge opening set between 64mm and 70mm, the output can reach 696 - 2176t/h, ensuring the efficient operation of the production line, reducing costs, meeting the production capacity requirements of large mines, and promoting enterprises to achieve economies of scale.

II. C Cavity Type - The Main Force in Processing Medium Hardness Ores

In the production of building aggregates, the processing volume of medium hardness ores such as limestone and dolomite is large. The C cavity type of the GPY1000 has a moderate crushing ratio. When producing 5 - 20mm building aggregates, with the discharge opening set between 22mm and 38mm, the output is 578 - 2015t/h, which can ensure that the aggregate particle size meets the standards and maintain efficient production, providing high-quality aggregates for the construction industry and optimizing the enterprise's efficiency and resource utilization.

III. MC Cavity Type - A Powerful Tool for Shaping High-Quality Aggregates

For infrastructure construction such as highways and bridges, the quality requirements for aggregates are high. The MC cavity type of the GPY1000 can crush ores into uniform aggregate particles with the discharge opening set between 16mm and 32mm, and the output is 360 - 1547t/h, improving the strength and stability of the aggregates, reducing the fine powder content, and enhancing the performance of concrete, meeting the needs of the high-end construction market for high-quality aggregates.

IV. M Cavity Type - The Key in the Front End of the Sand Making Process

In the production of manufactured sand, the M cavity type of the GPY1000 plays a crucial front-end role in crushing high-hardness raw materials such as quartzite and river pebbles. When the discharge opening is set between 10mm and 19mm, the output is 262 - 1101t/h, crushing the raw materials into uniform intermediate products. After further processing by subsequent sand making equipment, the sand making efficiency and the quality of the sand particles can be improved, meeting the demand for building sand and contributing to the development of the manufactured sand industry.

V. MF, F, EFX, EF and EEF Cavity Types - Flexible Adaptation to Multiple Scenarios

The MF cavity type of the GPY1000 is used to process medium hardness ores with slightly high humidity. With the discharge opening set between 13mm and 32mm, the output is 215 - 1347t/h, preventing material blockage and being suitable for complex mine conditions. The F cavity type is used to produce 10 - 30mm coarse aggregates. With the discharge opening set between 16mm and 32mm, the output is 282 - 1160t/h, and it is used in ordinary construction projects or road base laying. The EFX cavity type is used to process low-hardness sticky ores. With the discharge opening set between 10mm and 22mm, the output is 223 - 990t/h. The EF cavity type is used to produce high-quality manufactured sand or process specific industrial raw materials. With the discharge opening set between 8mm and 25mm, the output is 196 - 1058t/h. The EEF cavity type is used in small or experimental projects. According to the feed particle size of 175 - 470mm and the discharge opening of 10mm to 25mm, the output is 188 - 756t/h, meeting different special requirements and demonstrating the flexibility of the GPY1000 in complex production requirements.

In conclusion, the GPY1000 cone crusher with its multiple cavity types can precisely adapt to various production scenarios, providing efficient and reliable crushing solutions for enterprises, helping various industries achieve sustainable development in market competition. It is a key equipment in modern industrial production and contributes significantly to infrastructure construction and industrial development.