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Buyer question / selection note

What is a good crusher setup for 150 t/h limestone production?

Jaw + impact and jaw + cone are both candidate routes for a 150 t/h limestone target. Compare abrasion testing, target shape and gradation, recirculation load, liner quotations, and operating hours before deciding which route is economical.

Technical review updated July 11, 2026

01 / Decision summary

Quick takeaways

  1. 01Jaw + impact is common for medium-hard limestone and better shape.
  2. 02Jaw + cone can reduce wear risk when feed variability is high.
  3. 03Screen sizing must match target products from day one.
  4. 04Calculate headroom for each stage from peak feed, wear, screen efficiency, and recirculation load.

02 / Engineering notes

Selection guidance

01

Route A: Jaw + Impact

This is a common route for limestone when product shape is key for concrete and road aggregate. It usually offers high reduction ratio and simpler line logic.

02

Route B: Jaw + Cone

This route is selected when operators want tighter control over recirculation and long-run wear behavior. It is often chosen for higher utilization targets.

03

Buyer checklist before ordering

Lock feed moisture and top size, target product split, and operating hours. Then check screen deck area and recirculation load to avoid under-specifying the secondary stage.

03 / Visible FAQ

Frequently asked questions

01
Is impact crushing suitable for limestone?
Yes. Limestone is a common impact-crusher application, especially when cubic aggregate shape is required.
02
For 150 t/h, should I select exactly 150 t/h nameplate?
Usually no. Keep buffer capacity so the line remains stable when feed varies or wear increases.
03
What causes most 150 t/h lines to underperform?
Typical causes are undersized screen area, unstable feed control, and selecting secondary crushers without capacity margin.

Review model specifications and application limits before requesting a quote so the supplier can check the recommendation against a defined duty.

01

PE / PEX Jaw Crusher

PE and PEX jaw-crusher models for granite, basalt, river stone, and ore duties. PE covers primary hard-rock reduction up to the listed 1,020 mm feed limit, while PEX variants use tighter discharge settings for secondary or fine crushing.

02

PY Spring Cone Crusher

PY spring cone crushers for granite, basalt, iron ore, and other hard-rock secondary or tertiary duties. PYB, PYZ, and PYD chamber types cover the listed 12–640 t/h range with adjustable CSS and spring overload protection.

03

PF Impact Crusher

PF impact crushers for limestone, dolomite, recycled concrete, and aggregate-shaping duties. Six listed models span 15–400 t/h for secondary or tertiary crushing with adjustable aprons and replaceable blow bars.

Project check

Ask for a recommendation against your operating conditions.

A useful reply needs the inputs that control feed acceptance, reduction ratio, product split, and real hourly duty.

  1. 01Material and hardness
  2. 02Maximum feed size
  3. 03Target product sizes
  4. 04Required throughput

05 / Related references

Next reading

Application guides

Generalized ore and operating scenarios—not claims of installed customer projects.

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02

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Selection guide for buyers targeting around 200 t/h. Match feed size, discharge target, and rock hardness to the right PE model before requesting quotes.