Comparaison des 5 types de concasseurs à cône

Concasseurs à cône are among the most essential pieces of equipment in mining and aggregate production. They efficiently reduce large rocks into smaller gravel, sand, or rock dust for further processing. Selecting the appropriate cone crusher significantly impacts production efficiency, product quality, and operating costs.

This guide compares five primary types of cone crushers — Simmons, gyratory, single-cylinder hydraulic, multi-cylinder hydraulic, and inertia cone crushers. We’ll analyze their applications, advantages, and disadvantages to help you make an informed decision.

 

5 Types of Cone Crushers: Detailed Comparison

Simmons Cone Crusher

【Application】 Simmons cone crusher as a medium crusher or fine crusher used in a site where a high granularity standard is not required.
Since the Simmons cone crusher controls the product size by reducing the size of the discharge opening, it is not suitable for use in superfine crushing and sand-making operations.

【Avantages】 Low price, stable performance, and experience in use and maintenance.

【Inconvénients】 In terms of structure, it is much heavier than the single-cylinder hydraulic cone crusher of the same specification, coupled with a small crushing force and low output, the Simmons cone crusher is gradually being replaced by an effective laminating crushing hydraulic cone crusher.

【Développement】 Based on the original Simmons cone crusher, the Chinese cone crusher manufacturer added a hydraulic clearing chamber function, which is called a concasseur à cône composé.

Gyratory Cone Crusher

【Application】 Le concasseur à cône giratoire convient à la quatrième étape de concassage des matériaux moyennement durs. La forme spéciale de sa cavité de concassage permet d'effectuer un concassage par laminage et d'obtenir un produit de petite granularité, même si la taille de décharge est importante.
C'est pourquoi le concasseur à cône rotatif est aussi souvent appelé concasseur superfine.

【Avantages】 Qualified grain size and good shape. Rotary cone crushing not only provides the mill with finer-grained raw materials but also serves as important equipment for a sand-making plant.

【Inconvénients】 High energy consumption, heavyweight, and low output. With the development of high capacity, the rotary cone crusher will gradually be replaced by the hydraulic cone crusher.

Single-cylinder Hydraulic Cone Crusher

【Application】 The single-cylinder hydraulic cone crusher is suitable for medium-hardness crushing, fine crushing, and even ultra-fine crushing.
【Avantages】 Simple structure, low manufacturing cost, and stable performance.
Steep cone, high swing frequency, small eccentricity, simple structure, easy automatic control, small crushing force, and power fluctuation.
Small eccentric angle of the main shaft and long crushing chamber, which improves the uniformity of the crushed material. The product has a uniform particle size and less needle-like material.

【Inconvénients】 La force de broyage du concasseur à cône hydraulique monocylindre est légèrement insuffisante, en particulier pour le broyage de matériaux durs.
Le cône mobile de levage, si l'alimentation est inégale, la paroi de roulement n'est pas usée de manière uniforme.
The cylinder is at the bottom, and the lower working space is small, which brings certain difficulties to maintenance.

Concasseur à cône hydraulique multi-cylindres

【Application】 The multi-cylinder hydraulic cone crusher has a large crushing force and is suitable for crushing hard materials. The material smaller than the discharge mouth can even account for 70%~80% of the processing amount.

【Avantages】 High swing frequency, large eccentricity, slow cone, multi-cylinder hydraulic locking around, the main shaft is a cantilever beam support form and a spherical tile support structure, using a hydraulic motor to adjust the fixed cone.

【Inconvénients】 Small spherical radius R and small swing radius easy cause unstable phenomena such as moving cone swaying, overturning, poor contact between the main shaft and the bushing, which affect the normal operation of the machine.

Concasseur hydraulique à cône monocylindre VS multicylindre

In terms of crushing performance, multi-cylinder hydraulic cone crushers generally offer greater crushing force and a higher crushing ratio, along with a wider range of discharge adjustment and more flexible product grading control.

Both their crushing performance and product quality are superior to those of single-cylinder cone crushers. However, whether to use a single-cylinder or multi-cylinder model in the overall process depends on the overall process layout.

Multi-cylinder hydraulic cone crushers are used to reduce the number of crushing stages and lower capital investment. The content of needle-shaped particles is generally less than 15%.

For crushing hard rock, choose a multi-cylinder hydraulic cone crusher; for crushing rock of general hardness, choose a single-cylinder hydraulic cone crusher.

 

Inertia Cone Crusher

【Application】 Le concasseur à cône à inertie a un grand rapport de broyage et peut obtenir des produits à grains très fins. Il est utilisé pour le concassage ultrafin ou la fabrication de sable artificiel, et son effet est meilleur que celui des autres types de concasseurs à cône.

【Avantages】The inertial cone crusher features a unique operating principle and is a new type of ultra-fine crushing equipment that delivers excellent “layered crushing” results. In open-circuit crushing, the product size can reach the millimeter range, meeting the new technical requirements of “multi-stage crushing, fewer grinding stages” and significantly reducing energy consumption and steel usage during the grinding process.

【Inconvénients】 Lourd, il pèse environ deux fois plus que les autres concasseurs à cône.

 

5 Types of Cone Crushers: Quick Comparison Table

 

Type	Best For	Avantages	Inconvénients	Replacement Trend
Simmons Cone	Medium/fine crushing	Low cost, stable, easy maintenance	Heavy, low output	Being replaced by hydraulic models
Gyratory Cone	Superfine crushing, sand-making	Excellent particle shape	High energy use, bulky	Phased out by hydraulic crushers
Single-Cylinder Hydraulic	Fine/ultra-fine crushing	Simple design, uniform output	Weak for hard rocks, uneven wear	-
Multi-Cylinder Hydraulic	Hard-rock crushing	High crushing force, flexible adjustment	Complex maintenance	Industry standard for hard materials
Inertia Cone	Ultra-fine crushing, artificial sand	Energy-efficient, superior “layer crushing”	Very heavy (2x weight)	Niche applications

 

Résumé

Choosing the right cone crusher depends on material hardness, required product size, and production capacity:

• General crushing: Consider single-cylinder hydraulic models
• Hard-rock crushing: Opt for multi-cylinder hydraulic crushers
• Ultra-fine applications: Inertia crushers provide the best performance

 

 

JXSC’s engineering team helps you to buy the cone crusher and design a complete crushing circuit. Get to know our machine à concasser les cônes product page, and discuss with us the model and price.