One of the first questions buyers ask before purchasing a cone crusher is:
How many tons per hour can a cone crusher produce?
The answer is not as simple as reading a specification sheet.
Many operators discover that actual production differs significantly from the advertised capacity.
A cone crusher rated at 300 TPH may produce:
350 TPH in limestone
280 TPH in granite
220 TPH in basalt
The difference comes from material characteristics, feed conditions, crusher settings, and plant design.
This guide explains how cone crusher capacity is calculated, what affects output, and how to choose the right model for your application.
What Is the Capacity Range of a Cone Crusher?
Cone crushers are available in a wide range of sizes.
Crusher Size Typical Capacity Small Cone Crusher 30-120 TPH Medium Cone Crusher 120-350 TPH Large Cone Crusher 350-800 TPH Mining Cone Crusher 800-2000+ TPH
The actual output depends on:
Material hardness
Feed size
Closed Side Setting (CSS)
Crushing chamber design
Plant configuration
This is why two operators using the same model may achieve very different results.
Need Help Choosing the Right Cone Crusher?
Send us:
✓ Material Type
✓ Feed Size
✓ Capacity Requirement
✓ Final Product Size
Our engineers can recommend the most suitable model for your project.
Why Advertised Capacity and Actual Capacity Are Different
Many specification sheets are based on ideal conditions.
In reality, production is affected by numerous factors.
Example
A cone crusher rated at:
300 TPH
may actually produce:
Material Actual Output Limestone 320-350 TPH Granite 260-300 TPH Basalt 220-280 TPH River Stone 240-290 TPH
This is completely normal.
Harder materials require more crushing force and reduce throughput.
Cone Crusher Capacity by Model
The following figures represent typical production ranges under normal operating conditions.
Model Feed Size Capacity Small Cone Crusher ≤150 mm 30-120 TPH Medium Cone Crusher ≤215 mm 120-350 TPH Large Cone Crusher ≤300 mm 350-800 TPH Heavy-Duty Mining Cone Crusher ≤350 mm 800-2000+ TPH
Actual performance varies depending on chamber design and operating conditions.
When designing a complete Stone Crushing Plant, engineers usually evaluate the entire production line rather than a single crusher.
