Impact crusher can crush aggregates with excellent granularity because of flexible and variable adjustment methods, making the diameter of final aggregates that can be produced reach 0-5mm, 5-10mm, 10-15mm.In addition, people are all inclined to purchasing an impact rock crusher because it can reduce various aggregates to beautiful particle size and little needle content.
As the most important material in concrete use, aggregate is used for concrete framework building. Aggregate can also provide good stability and durability for buildings, can play a role in reducing shrinkage, inhibiting crack growth, transferring force, reducing hydration heat, and providing abrasion resistance.
Aggregate is a very important raw material in construction, so what is the ideal aggregate? The ideal aggregate generally has the following requirements: 1) It has sufficient strength and sturdiness to ensure the role of skeleton force transmission. 2) Contains few impurities and must not affect the components of cement hardening and durability of later-stage concrete; 3) It has a good particle gradation so that the stacking porosity is small compared with the surface to reduce the amount of cement slurry; Ordinary aggregates are not processed or are unsatisfactorybecausethe particle size is uneven, and there are many impurity powders. Therefore, the market price of the ordinary is very low and it is difficult to obtain profits from them. The high-quality aggregate is processed by a rockcrusher, which has a uniform particle size, a low powder passing rate, and an excellent grain type. The market value in different countries is very high, somanufacturers can obtain high profits. Therefore, people prefer to invest in high-quality aggregate.
Why can the impact crusher produce ideal aggregates? First, the aggregate produced by the impact crusher has excellent grain shape, mostly cubes, which is extremely beneficial to the increase of the compressive strength and elastic modulus of the concrete, so the aggregate produced by the impact rock crusher has sufficient strength. Meanwhile,the final aggregate with needle content reduces the viscosity of the concrete mixture and enhances its fluidity and durability. Secondly, it is easy to adjust the impact rock crusher to achieve good particle gradation. In addition, it can handle materials with different characteristics to meet different customer needs.
As an impact crushing machine adopts an impact crushing method, the aggregate has been crushed by 2-3 crushing cavities, and multiple surfaces have been crushed by hitting impact plate. Whats more, the material is struck along the texture of the stone, so the product shape is almost all cubes. Even if crushing produces andesite with many needles, the needle content of the finished product is less than 12%. Flaky stones are not good for the strength of concrete, and it is not easy to form a solid skeleton. Cubes and spheres of stones have little effect on the fluidity of concrete and can ensure the strength of concrete. Therefore, at this point, the impact crusher meets the requirements of the ideal aggregate. The traditional crusher produces a large amount of finished products in the shape of needleswith unevengranularity, morepowder, andlow yield.In addition, because the particle size is not uniform or does not meet the specifications of the finished product, there will bereturning charges andwaste.The formerneedsto be processed twice or more, and the waste will be directly discarded.
Compared with other crushers, the impact crusher has multiple ways to adjust the particle size of the product, which has obvious advantages in adjusting the particle size of the product. Regarding the particle size adjustment of the crushing machine, the following methods can be used:
The discharge adjustmentmethodof traditional rock crusheris relatively single, and the discharge particle size can only be adjusted by replacing the sieveat the bottom. The finished product is also relatively single, which is not as rich as the finished product from the impact crusher.
On the one hand, the impact rock crusher can handle hard materials with compressive strength of no more than 350 MPa, such as limestone, river pebbles, basalt, bluestone and so on. When the impact rock crusher operates, the hammer has large rotational inertia as the rotor rotates. Compared with the hammer crusher, the rotor of the impact crusher has greater kinetic energy, which can crush harder materials with lower energy consumption. In May 2019, Mr. Maderson, a Zimbabwean customer, needed a 1,000-ton limestone sand production line. Knowing his production conditions and high-quality requirements for aggregates, we made the following plan for him:
Feed size: 1200mm Finished product specifications: 0-5, 5-10, 10-20, 20-30, 30-40mm Investment cost: <6.23 million yuan The main equipment of the limestone sand production line with an output of 1,000 tons per hour: PE1500*1800 jaw crusher (for coarse crushing): feed size: 1200mm, the adjustment range of discharge port: 220-350mm, speed of eccentric shaft: 180r / min, motor power: 8P 280-355KW. PF1820 impact crusher (for Medium and fine crushing): feed size 800mm, motor power:4P 630-710KW. The PF series impact crusher is relatively mature and novel in structure and it is designed and developed in combination with the characteristics of limestone. The equipment has less downtime, high operating efficiency, low energy consumption, large production capacity, and no noise and dust pollution in actual operation, which fully meets the requirements of national environmental protection standards. At the same time, the high chrome hammer is adopted for impact and wear resistance with good grain shape and less stone powder produced. The largest advantages of this limestone production line:
I am very satisfied with the limestone production line recommended by Hongxing Machinery. This production line has a large output and good finished products, which makes the market value of my product much higher than others and brings me a good return. Thanks very much. On the other hand, the impact crusher can process the aggregates with large water content. The feed chute and impact plate of the impact crusher can be equipped with a heating device. When processing aggregates with large water content, it is not necessary to be equipped with a sieve plate at the bottom, and the material can be effectively prevented from sticking only by heating. It not only simplifies the equipment structure but also improves the crushing efficiency.
The hammer is the core part of the impact rock crusher. However, it is vulnerable to wear due to the constant impact of aggregates. Therefore, the wearability of the hammer determines the service life of the impact crusher. The hammer of Hongxing impact crusher, which is made symmetrically, is characterized by its high exploitation rate (approx. 50%~60%) because it can be turned over for use.
While the wear of wear parts varies greatly due to different physical and chemical properties of different aggregates. Therefore, according to the actual needs, we provide hammers of different materials for various aggregates. The most commonly used material in the crushing field is high manganese steel, which has a history of more than 100 years with the characteristics of good toughness and hardening under the strong impact. In addition, its also found that alloy materials have the advantages of high toughness, low cost, and good wear-resistance, which have been gradually put into practical application. Due to the small reserves, they cannot meet a large number of demands, so their price is relatively higher.
The hammer produced by Hongxing Machinery is made by the heat treatment process for special material, which not only ensures wear-resistance but also guarantees that it will not break. Its service life is 3~5 times that of ordinary material.
The unique rotor design of Hongxing Machinery not only simplifies the crushing process, ensures high yield and high quality of the impact rock crusher, but also meets the crushing of different aggregates. Therefore, in virtually every way possible, the design of our rotor absolutely serves multiple purposes.
Hongxingimpact crusher adopts an automatic control system and is equipped with a control panel, which is easy to operate and the staffare able to workwithout long-time training. Maintenance is more convenient and faster, saving a lot of costs.
In short, due to the unique characteristics of our impact rock crusher, the aggregatesproduced by us can satisfy peoples common requirements. Three unique designsof HongxingMachinery make the finished product excellent in granulation, uniform in size and less in impurity in addition toideal particle size grading standard, whichhas greatly improved the market value of high-quality aggregates and brought super high profits to manufacturers.
Not every crusher is suitable for every application. When choosing the best crusher for aggregate applications, it is important to understand how the crusher works and its impact on efficiency, operating costs and final products. When designing aggregate processing production line plans, there are usually differences in the choice of impact and cone crusher. What is the difference between impact crusher and cone crusher? Which is the best fine crushing equipment?
For impact crusher, the high-speed rotating rotor throw stone into impact plates, stones are crushed via impact energy produced rotating rotor. So, impact crusher is good to crush soft material of brittle stone.
Initial High-manganese steel is softer than high-chrome steel, but high-manganese steel has features of high tenacity, that means after many times strike and crushing stone, this high-manganese steel will become harder and harder, so, high-manganese steel is usually used to crush hard stone, and its service life will be very long. So, both jaw plates of jaw crusher and bowl liner & mantle of cone crusher are made from high-manganese steel.
High chromium iron is very hard, but it is a little brittle, so, it usually used to crush soft material like lime stone. Therefore, the most common blow bar/hammer material of impact crusher is high chromium iron.
According to our experience in Zambia and Nigeria, most of the local raw materials are hard stones like granite, so most investors or equipment owners in Zambia and Nigeria usually use cone crushers as secondary crushers. Because of its high production efficiency and low maintenance costs for hard stones.
Due to the different types, sizes and uses of stone crushers, and the large investment required to purchase stone crushers, it will make the purchase of equipment difficult. When you are looking for crushers or other aggregate equipment, please contact our aggregate equipment experts to help you make the right choice in the first time.
The crushers on the market is very many. But those stationary crushers has no use when the crushing plant needed to transform. At that time, most customers need a mobile crusher to realize flexible transformation. In fact, the question customers curious about mobile crusher is money. How much is a mobile crusher? How much cost can I save or earn? Today, we will talk about it.
Engaged in production of sand and gravel users should all know, after crushing, large stones crushed by different crushing processing can get different specifications of stone finished products. The common specifications of finished product on the market is 12, 13, 24, 05 and medium sand. If you want to get these specifications of stones, you should configure different processing equipment for mobile crusher.
And 100/150/300 t/h of mobile crushers on the market can be equipped with jaw crusher, impact crusher, hammer crusher, sand making machine, etc.. The specific configuration depends on the location of the user's site construction and the nature of materials to be processed.
When buying daily necessities, customers want to low-price goods. So you can choose a small manufacturers to produce commonly. Different from daily necessities, to buy tens of thousands of pieces or hundreds of thousands of yuan of mobile crusher, you should try to find big manufacturers to buy, the reasons are:
1. Large mining machinery manufacturers are generally based on the quantity. The large quantity means the average production cost can be effectively controlled, and because the large quantity can exercise more skilled processing technology, manufacturing technology.
ZENITH's LD Series Mobile Crusher, also known as LD Series Mobile Crushing Plant, is developed on the basis of years of experience in R&D and production of mobile crushing plants. It absorbs advanced foreign mobile crushing technology. The device breaks through the electric drive mode, and uses hydraulic and other non-powered methods to drive and control crawler's walking, equipment installation and production operations. The energy utilization efficiency is higher.
How much is a mobile crusher? Is the price offered by the manufacturer high or not? Other manufacturers will be cheaper, it is common sense to shop around. But I suggest you look at the quality, after-sales service and then the price of equipment. If you want to know the price, you can chat online with ZENITH staff to get a discount.
During the production process of rock crusher, the crushing efficiency is not only affected by its performance, but also affected by several other factors. Knowing the factors affect stone crusher crushing efficiency can help investors improve the production rate. In the following part, we focus on factors affect the production efficiency of rock crusher.
Different types of crushers have different working principles. The physical properties like hardness and fragility of raw material will all affect the crushing efficiency of a stone crusher. If we adopt the proper type of crusher to process proper raw material, the crushing efficiency of the crusher is high. On the contrary, while being used to crush raw materials with high hardness or viscous material, the crushing efficiency will reduce.
If the moisture content of raw material is too high, it will also reduce the crushing efficiency of a rock crusher. This is because during the crushing process, too wet raw materials will adhere to the crushing cavity and other parts, reducing the volume of the crushing cavity and the crushing efficiency.
During the working process of stone crusher, crushing cavity directly contact raw materials, making it the main wear-resistant part in the crusher. In different crushers, the crushing cavities are formed by different parts. In jaw crusher, the crushing cavity is formed by fixed jaw plate and movable jaw plate and in cone crusher, the crushing cavity is formed by concave and mantle.
If the crushing cavity is seriously damaged, the crushing force will reduce, which will lead to the reduction of crushing efficiency. Besides, the abrasion of the crushing cavity will also make the final products size increases, affecting the crushing effect.
The production efficiency of the rock crusher has great influence on the efficiency of the whole crushing plant. Operators should pay attention to the above 4 factors during the working process of rock crusher and solve the problems in time in order to improve the production efficiency.
All rock crushers can be classified as falling into two main groups. Compressive crushers that press the material until it breaks, and impact crushers using the principle of quick impacts to crush the material. Jaw crushers, gyratory crushers, and cone operate according to the compression principle. Impact crushers, in turn, utilize the impact principle.
As the name suggest, jaw crushers reduce rock and other materials between a fixed and a moving jaw. The moving jaw is mounted on a pitman that has a reciprocating motion, and the fixed jaw stays put. When the material runs between the two jaws, the jaws compress larger boulders into smaller pieces.
There are two basic types of jaw crushers: single toggle and double toggle. In the single toggle jaw crusher, an eccentric shaft is on the top of the crusher. Shaft rotation causes, along with the toggle plate, a compressive action.
The chewing movement, which causes compression at both material intake and discharge, gives the single toggle jaw better capacity, compared to a double toggle jaw of similar size. Metsos jaw crushers are all single toggle.
Gyratory crushers have an oscillating shaft. The material is reduced in a crushing cavity, between an external fixed element (bowl liner) and an internal moving element (mantle) mounted on the oscillating shaft assembly.
The fragmentation of the material results from the continuous compression that takes place between the liners around the chamber. An additional crushing effect occurs between the compressed particles, resulting in less wear of the liners.
Cone crushers resemble gyratory crushers from technological standpoint, but unlike gyratory crushers, cone crushers are popular in secondary, tertiary, and quaternary crushing stages. Sometimes, however, the grain size of the processed material is small enough by nature and the traditional primary crushing stage is not needed. In these cases, also cone crushers can carry out the first stage of the crushing process.
Cone crushers have an oscillating shaft, and the material is crushed in a crushing cavity, between an external fixed element (bowl liner) and an internal moving element (mantle) mounted on the oscillating shaft assembly.
An eccentric shaft rotated by a gear and pinion produces the oscillating movement of the main shaft. The eccentricity causes the cone head to oscillate between open side setting and closed side setting discharge opening.
The fragmentation of the material results from the continuous compression that takes place between the liners around the chamber. An additional crushing effect occurs between the compressed particles, resulting in less wear of the liners. This is called interparticular crushing also.
Depending on cone crusher, setting can be adjusted in two ways. The first way is for setting adjustment to be done by rotating the bowl against the threads so that the vertical position of the outer wear part (concave) is changed. One advantage of this adjustment type is that liners wear more evenly.
To optimize operating costs and improve the product shape it is recommended that cone crushers are always be choke fed, meaning that the cavity should be as full of rock material as possible. This can be easily achieved by using a stockpile or a silo to regulate the inevitable fluctuation of feed material flow. Level monitoring devices detect the maximum and minimum levels of the material, starting and stopping the feed of material to the crusher, as needed.
Impact crushers are traditionally classified to two main types: horizontal shaft impact (HSI) crushers and vertical shaft impact (VSI) crushers. These different types of impact crushers share the crushing principle, impact, to reduce the material to smaller sizes, but features, capacities and optimal applications are far from each other.
Horizontal shaft impact (HSI) crushers are used in primary, secondary or tertiary crushing stage. HSI crushers reduce the feed material by highly intensive impacts originating in the quick rotational movement of hammers or bars fixed to the rotor. The particles produced are then further fragmentated inside the crusher as they collide against crusher chamber and each other, producing a finer, better-shaped product.
VSI crusher can be considered a stone pump that operates like a centrifugal pump. The material is fed through the center of the rotor, where it is accelerated to high speed before being discharged through openings in the rotor periphery. The material is crushed as it hits of the outer body at high speed and due to rocks colliding against each other.
Selecting optimal crushing equipment can be difficult. Luckily there are tools and software available that simplify weighting different options and help in making decisions. The backbone of all these analyzes are careful calculations that take into account the capabilities and constraints of different crushers and operational requirements.
Every crushing site and operation is different, and theoptimal results are normally obtained by combining theoretical conclusions with practical experience of different materials, operational conditions, maintenance needs, and economic aspects of various alternatives.
Below are some key issues listed according to crushing stages in brief. While defining the best technical solution for your requirements, its good to remember that many crushers are available not only as stationary but also asmobileorportableversions in case you prefer to move or transport your crusher at the production site or between sites regularly.
If you are interested in more detailed analyzes tailored just for your crushing operations, please contact Metso experts. We have practical experience of thousands of different crushing applications around the world, and we are happy to help in finding the equipment that best fits your needs.
The main purpose of a primary crusher is to reduce the material to a size that allows its transportation on a conveyor belt. In most crushing installations a jaw crusher takes care of primary crushing. Plants with very high capacities that are common in mining and less popular in aggregates production, normally use a primary gyratory crusher. When the processed material is easy to crush and not very abrasive, an impact crusher may be the best choice for primary crushing.
One of the most important characteristics of a primary crusher is its capacity for accepting feed material without bridging. A large primary crusher is, naturally, more expensive than a smaller one. Therefore, the investment cost calculations for primary crushers are compared together against the total costs of primary stages, including quarry face clearing, blasting, and drilling costs. In many cases, dump trucks transport the rock to a stationary primary crusher. This may be an expensive solution. Amortization, fuel, tires, and maintenance costs can be included when the vehicles are in high demand. In modern aggregates operations, the use of mobile primary crushers that can move alongside the rock face is, in many cases, the most economical solution.
In terms of the size of the feed opening, the client gets a better return on investment when the primary crusher is a jaw crusher. That means less drilling and blasting because the crusher accepts larger boulders. The disadvantage of this type of crusher, when high capacity is required, is the relatively small discharge width, limiting the capacity as compared with the discharge circuit of a gyratory crusher. Jaw crushers are mainly used in plants producing up to approximately 1600 t/h.
The primary gyratory crusher offers high capacity thanks to its generously dimensioned circular discharge opening (which provides a much larger area than that of the jaw crusher) and the continuous operation principle (while the reciprocating motion of the jaw crusher produces a batch crushing action). The gyratory crusher has no rival in large plants with capacities starting from 1200 t/h and above. To have a feed opening corresponding to that of a jaw crusher, the primary gyratory crusher must be much taller and heavier. Also, primary gyratories require quite a massive foundation.
The primary impact crusher offers high capacity and is designed to accept large feed sizes. The primary impact crushers are used to process from 200 t/h up to 1900 t/h and feed sizes of up to 1830 mm (71") in the largest model. Primary impact crushers are generally used in nonabrasive applications and where the production of fines is not a problem. Of all primary crushers, the impactor is the crusher that gives the best cubical product.
If the intermediate crushing is done with the purpose of producing railway ballast, the quality of the product is important. In other cases, there normally are no quality requirements, except that the product be suitable for fine crushing.
Due to their design, cone crushers are generally a more expensive investment than impactors are. However, when correctly used, a cone crusher offers lower operating costs than a conventional impact crusher. Therefore, clients crushing hard or abrasive materials are advised to install cone crushers for the final crushing and cubicising stage.
Cone crushers can in most cases also give a good cubic shape to fine grades. They can be adapted to different applications. This is an important factor, as client-specific needs often change during a crushers lifetime.
The conventional type has horizontal shaft configuration, known as HSI. The other type consists of a centrifugal crusher with vertical shaft, generally known as VSI. Impactor operation is based on the principle of rapid transfer of impact energy to the rock material. Impactors produce cubic products, and they can offer high reduction ratios as long as the feed material is not too fine. This means that in certain cases it is possible to use a single impact crusher to carry out a task normally done in several crushing stages using compressing crushers (i.e., jaw, gyratory, and/or cone crushers). Impactors are mostly used for nonabrasive materials.
Conventional horizontal-shaft impact crushers are available in various sizes and models, from high-capacity primary crushers for large limestone quarries to specially designed machines for the crushing of materials such as slag.
There are two main categories of VSI crushers machines with impact wear parts around the body and machines that use a layer of accumulated material. The first type is in many respects similar to the conventional impactor with horizontal shaft and rotor. The second type became quite popular in the past decade and is known as the Barmac crusher. The difference between a conventional impactor and a VSI of the Barmac type is that the latter offers lower operating costs, but its reduction ratio is lower also. In a Barmac VSI, the material undergoes an intense rock-on-rock crushing process. In the other crushers, most of the reduction is done by the impact of stone against metal.
Customers operating old, rebuilt, or expanded plants often have problems with the shape of the product. In these cases, the addition of a Barmac VSI in the final crushing stage offers a solution to product shape problems.
The same applies to many mobile crushing units. As the number of crushing stages is normally small with this type of plant, it is almost impossible to obtain a good product shape unless the rock is relatively soft and thus more suited for the production of cubic product. A centrifugal crusher in the final stage can help to solve the problem.
Get the maximum potential out of your size reduction process to achieve improved crushing performance and lower cost per ton. By using our unique simulation software, our Chamber Optimization experts can design an optimized crushing chamber that matches the exact conditions under which you operate.
Under the guidance and direction of Mr Ahmed Al Rashidi Managing Director of Sital United a Sister company of HRB is known for its capability to supply customer requirements with asteady 400 TPH in the aggregate and crusher materials, we have the ability delivery any demand because of our multi-million dollarinvestment in instruments and heavy equipment which provide an assured level of quality effectively meeting your requirements and needs. With state of the art machines,we are capable of providing primary, secondary and tertiary crushing of inert material, with feeders to deliver a uniform flow of rock and minerals.
Our vision is to be the leading company in all the activities our company is performing today and to carry out continuous development with the latest technological advances all aiming towards the complete satisfaction of our valuable customers.
Dewo machinery can provides complete set of crushing and screening line, including Hydraulic Cone Crusher, Jaw Crusher, Impact Crusher, Vertical Shaft Impact Crusher (Sand Making Machine), fixed and movable rock crushing line, but also provides turnkey project for cement production line, ore beneficiation production line and drying production line. Dewo Machinery can provide high quality products, as well as customized optimized technical proposal and one station after- sales service.
The aggregate crushing plant and processing unit doesnt crush the aggregates right away. After segregating the aggregates according to their sizes, the machine reduces them in successive phases. There are different blades, such as rotary, bar mills, impact crusher, and jaw crusher that crush aggregates and make them smaller.
Following is a general introduction of three common sand aggregate production line process: The first type of process: It is suitable for crushing soft and low abrasive rocks, such as limestone, etc. It is a typical process of most commercial sand aggregate processing systems at present. The process is simple and the equipment configuration is few.
Aggregate Production Line Manufacturer To processing the construction materials into aggregate the mining crushing machine manufacturer will design the high efficient production line for customers The aggregate production line is composed with feeding machine portable crusher machine vibrating screen vertical impact crusher belt conveyor. Read more
Aggregate Equipment And Processing Machinery Crush. Aggregate crushing plant processing equipment abstract sand and gravel aggregate production mainly include dry and semidry processes dry production means that the process of the entire production line is basically free of water this dry type aggregate. More Details
The term primary crusher denotes the reduction machine which continues the process that blasting has left off. Product from the primary crushing stage should be as homogeneous as possible with a maximum size of about 150 mm and a minimum amount of fines.
What is an Aggregate Production Operation (APO)? A site from which aggregates are being or have been removed or extracted from the earth, including the entire areas of extraction, stripped areas, haulage ramps, and the land on which the plant processing the raw materials is located.
Aggregate crushing machine, powder production line for sale. The ... 13 Dec 2012 ... How much money do i need to set up a stone aggregate crushing machine ... for 300 tonne aggregate processing plant, which manufacturers
Our processing, crushing, screening and stacking systems are designed to effectively remove steel, metal, wire mesh and other types of foreign material to ensure you get a clean, high quality recycled aggregate product at a lower cost.
With the development of social economy and the acceleration of urbanization process, the demand for building aggregate is becoming larger and larger. As a result, the demand of aggregate crusher has increased rapidly in recent years. The aggregate screening equipment is mainly used to crush gravels, pebbles, granite, basalts and other stone materials, and provides an important source of raw material for the construction industry.
In the aggregate processing line, people can choose different aggregate crushing equipments according to the various production processes. In addition, their processing principles are also various. Generally, Aimixs aggregate crushers can be divided into coarse crusher, crusher, fine crusher etc.
Because of the great hardness of aggregate materials, the aggregate screens and crushers all have good wear-resistance and strong compressive. In the aggregate processing line, we usually use the following aggregate crusher types, such as: jaw crusher, cone crusher, horizontal shaft impact crusher and so on. The crushing of aggregate is mainly divided into primary crushing, secondly crushing, sand making and sand washing, etc.
At this moment, the materials enter into the cone crusher to be further crushed. Then, the finished materials are screened by Aimixs aggregate screens for salevibrating sieve. Materials which are suitable for sand-making are transported into the sand maker machine. Other materials will be sent to the aggregate crushing machine again for crushing. PSG1600 cone crusherType: PSG1600 Model: 1620 Diemeter of large end of crushing cone(mm): 1676 Adjusting range of discharging opening(mm): 16-38 Feed opening size of the open edges when recommending the min discharge opening (mm): 209 Max feed size(mm): 178 Processing capacity(t/h): 181-327 Main motor power(kw): 400 Weight(kg): 86730
Some of the stone materials in the sand making machine are turned into sands. The other part of materials will be crushed again by Aimixs aggregate production equipment. Belt conveyor will sent the qualified products to the finished production stack.
Aimixs sand making machine has widely applications. It is successfully used to crush limestone, basalt stone, granite, pebble and other rocks. The finished product can fully meet the GB14685-2001 standard. And it has provided highway, railway, water conservancy, concrete mixing plant and other industries high quality aggregates.
Besides, our sand making machine for sale has more convenient maintenance method. Compared with other production line, its maintenance is simple. The wearing parts adopt the high-strength and wear-resistant materials, so they have small consumption and long service life. Aimixs sand making machine price is reasonable and can bring customers considerable economic benefits.
A aggregate plant consists of many crushing and screening equipments. For example, Aimixs aggregate crush plant is composed of jaw crusher, cone crusher, impact crusher, sand making machine and vibratory sieve. All these machines work in different crushing or screening processing stages. As we have said, jaw crusher is coarsely crushing machine. Cone crusher, impact crusher machine and sand making machine are all used in finely crushing. And vibrating screen is screening equipment.
The layout of aggregate crusher plant is not fixed. All of the crushing and screening machines can be combined flexibly according to products requirements and customers demands. For instance, if you want big size materials, a jaw crusher and a screen can meet your needs. If you want smaller size of particles, you can use some finely crushing machine such as cone crusher and impact crusher besides jaw crusher.
In addition, aggregate crusher plant design has two modes. The one is fixed crusher plant, the other one is mobile crusher plant. Both of the two types have their own advantages. We can give you the best solution on the basis of your actual needs. And as a reliable crusher plant designer and manufacturer, Aimix Group can customize various types of aggregate crusher plants.
As a professional stonecrusher machine manufacturer and exporter, Aimixs aggregate crusher for sale and other related crusher equipment has been sold to more than 30 countries. In addition, our experts are still researching and designing more advanced machines to meet customers demands. All of our aggregate screening plants?are know for their reliable working condition, high quality, long service life, low operation cost and so on.
If you need to purchase a crusher machine or a small vibrating screen, please dont hesitate to choose Aimix. You can contact us online or send us an e-mail. We will show you more informations and provide you the best solution. Moreover, Aimix will give you the best price, most professional service and the most reliable product!