We were established as the most specialized mineral processing equipment company since 1985.
Optimized for faster processing to keep up with demand, our rock crushers perform with the lowest cost per ton due to their reliable crusher cavity design and advanced parts to encourage stronger crushing forces. Ensuring long-term usage and lowered maintenance costs, JXSC only uses durable raw materials in constructing rock crusher machine and customizes their performance based on your requirements for mini rock crusher or large rock crusher.
A larger build enables our rock crusher for sale to gain a significant increase in capacity, all for a higher crushing ratio of larger materials.
Our rock crushers for sale require less maintenance due to being produced with premium materials, eccentric shafts, bearings, and brand motors, all inspected thoroughly for consistent quality.
The precise design of our rock crushing components guarantees that every rock or mineral is crushed to the size you need. Perfect for industrial rock crusher use.
With consistently fast-crushing action, our rock crusher machine for sale save time throughout the process and provide low-cost input projects with a fast ROI.
Choose your rock crusher according to your considerations, preferred materials, sizes, and capacity. Our experience with various types of rock crushers enables us to meet your specifications to tailor-fit every crusher to your needs, whether to withstand harsher conditions or improve crushing speed.
Applied for a variety of stone materials, our rock crusher machines work well in a variety of industries, whether in large or small industrial projects. See the different applications and the solutions we provide to optimize rock crushing efficiency.
Here are some typical materials that break or compress by industry crushers, such as granite, quartz stone, river pebble, limestone, calcite, concrete, dolomite, iron ore, silicon ore, basalt and other mines, rocks and slag.
The sizes we rock rushers can crush ranging from 5mm to 1200 mm. You can choose the corresponding equipment according to the size of your feed and the size of the stone you need in the end.
Before purchasing or customizing a rock crusher, you need to consider the processing capacity and cost per hour, and then choose a suitable rock crusher.
A rock crusher is a machine designed to reduce large rocks into smaller pieces, making them suitable for construction or other industrial needs. Quarry rock crushers are used to break down rocks at mining sites, while concrete rock crushers specialize in crushing concrete materials for recycling or construction use. From large rock crushers used for significant projects to small rock crushers for more precise applications, these machines are essential in various sectors.
Jaw Crusher, Impact Crusher, Cone Crusher, Hammer Crusher, Vertical Shaft Impact Crusher
Granite, basalt, limestone, river stone, mountain stone, various ores, etc.
*Jaw crusher is usually used for the first stage coarse crushing of various hard ores and rocks.
*Impact crusher is suitable for crushing hard rock and brittle materials whose compressive strength does not exceed 350 Mpa.
*Cone crusher is suitable for medium or fine crushing of ores and rocks with medium or above medium hardness.
*Hammer crusher is usually used for crushing materials with low hardness such as limestone and talc, and for fine crushing of ore or stone.
*Vertical shaft Impact crusher is mainly suitable for crushing soft, medium hard and relatively hard materials such as rocks and ores, machine-made construction sand and various metallurgical slags.
* Jaw crusher has a uniform particle size.
* The particle size of the impact crusher is small and cubic, without cracks inside.
* Cone Crusher products have uniform and neat particle size.
* Hammer Crusher products have three-dimensional and uniform particle size.
*The product of vertical shaft impact crusher has excellent grain shape, which is cubic and good grain shape.
Iron removal is an important measure to ensure the safe operation of crushing equipment. In the process of daily use, daily maintenance is required, and attention should be paid to reasonable use to avoid damage to the machine.
One year warranty, not including wearing parts
20-40 days, usually 30 days.
It is usually driven by an electric motor, the small model can be driven by diesel, or powered by a diesel generator.
Choose according to the hardness of raw materials, the feed particle size of raw materials, the particle size requirements of finished products, and the processing capacity requirements
A rock crusher works by applying force to break large rocks into smaller, more manageable pieces. Gold rock crushers are specifically designed to break down rocks to extract precious metals, while a hard rock crusher is built to handle tougher, more durable materials. The process typically involves the application of pressure or impact force, depending on the design and type of crusher, to achieve the desired size reduction.
A jaw crusher is a compression type of crusher. Material is reduced by squeezing the feed material between a moving piece of steel and a stationary piece. The discharge size is controlled by the setting or the space between those two pieces of steel. The tighter the setting, the smaller the output size and the lower the throughput capacity.
As a compression crusher, jaw crushers generally produce the coarsest material because they break the rock by the natural inherent lines of weakness. Jaw crushers are an excellent primary crusher when used to prepare rock for subsequent processing stages.
A jaw crusher is a compression type of crusher. Material is reduced by squeezing the feed material between a moving piece of steel and a stationary piece. The discharge size is controlled by the setting or the space between those two pieces of steel. The tighter the setting, the smaller the output size and the lower the throughput capacity.
These are also compression-type machines that crush material between a moving and a stationary piece of steel. The setting between the two pieces controls the output.
Although the chamber is round in shape, the moving piece of steel is not meant to rotate. Instead, a wedge is driven around to create compression on one side of the chamber and discharge opening on the opposite side. Cone crushers are used in secondary and tertiary roles as an alternative to impact crushers when shape is an important requirement, but the proportion of fines produced needs to be minimized.
An impact crusher uses mass and velocity to break down feed material. First, the feed material is reduced as it enters the crusher with the rotating blow bars or hammers in the rotor. The secondary breakage occurs as the material is accelerated into the stationary aprons or breaker plates.
Impact crushers tend to be used where shape is a critical requirement and the feed material is not very abrasive. The crushing action of an impact crusher breaks a rock along natural cleavage planes, giving rise to better product quality in terms of shape.
Most aggregate producers are well acquainted with the selection of crushing equipment and know it is possible to select a piece of equipment based solely on spec sheets and gradation calculations. Still, theoretical conclusions must always be weighed against practical experience regarding the material at hand and of the operational, maintenance and economical aspects of different solutions.
The duty of the primary crusher is, above all, to make it possible to transport material on a conveyor belt. In most aggregate crushing plants, primary crushing is carried out in a jaw crusher, although a gyratory primary crusher may be used. If material is easily crushed and not excessively abrasive, an impact breaker could also be the best choice.
The purpose of intermediate crushing is to produce various coarser fractions or to prepare material for final crushing. If the intermediate crusher is used to make railway ballast, product quality is important.
In other cases, there are normally no quality requirements, although the product must be suitable for fine crushing. In most cases, the objective is to obtain the greatest possible reduction at the lowest possible cost.
In this crushing stage, the quality and quantity of fine products are determined. Quality requirements can be stringent for final products, especially within the aggregate industry.
In most cases, the fine crushing and cubicization functions are combined in a single crushing stage. The selection of a crusher for tertiary crushing calls for both practical experience and theoretical know-how. This is where producers should be sure to call in an experienced applications specialist to make sure a system is properly engineered.
A jaw crusher is a compression type of crusher. Material is reduced by squeezing the feed material between a moving piece of steel and a stationary piece. The discharge size is controlled by the setting or the space between those two pieces of steel. The tighter the setting, the smaller the output size and the lower the throughput capacity.
These are also compression-type machines that crush material between a moving and a stationary piece of steel. The setting between the two pieces controls the output.
Although the chamber is round in shape, the moving piece of steel is not meant to rotate. Instead, a wedge is driven around to create compression on one side of the chamber and discharge opening on the opposite side. Cone crushers are used in secondary and tertiary roles as an alternative to impact crushers when shape is an important requirement, but the proportion of fines produced needs to be minimized.
An impact crusher uses mass and velocity to break down feed material. First, the feed material is reduced as it enters the crusher with the rotating blow bars or hammers in the rotor. The secondary breakage occurs as the material is accelerated into the stationary aprons or breaker plates.
Impact crushers tend to be used where shape is a critical requirement and the feed material is not very abrasive. The crushing action of an impact crusher breaks a rock along natural cleavage planes, giving rise to better product quality in terms of shape.
A jaw crusher is a compression type of crusher. Material is reduced by squeezing the feed material between a moving piece of steel and a stationary piece. The discharge size is controlled by the setting or the space between those two pieces of steel. The tighter the setting, the smaller the output size and the lower the throughput capacity.
These are also compression-type machines that crush material between a moving and a stationary piece of steel. The setting between the two pieces controls the output.
Although the chamber is round in shape, the moving piece of steel is not meant to rotate. Instead, a wedge is driven around to create compression on one side of the chamber and discharge opening on the opposite side. Cone crushers are used in secondary and tertiary roles as an alternative to impact crushers when shape is an important requirement, but the proportion of fines produced needs to be minimized.
An impact crusher uses mass and velocity to break down feed material. First, the feed material is reduced as it enters the crusher with the rotating blow bars or hammers in the rotor. The secondary breakage occurs as the material is accelerated into the stationary aprons or breaker plates.
Impact crushers tend to be used where shape is a critical requirement and the feed material is not very abrasive. The crushing action of an impact crusher breaks a rock along natural cleavage planes, giving rise to better product quality in terms of shape.
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