This amazing rock crusher is ideal for the gold prospector interested in a light-weight and economical high-speed machine. Material is gravity fed into the hopper and drops into the center of a high-speed tube. The centrifugal force throws the rock into a hardened steel impact wall at speeds in excess of 400 miles per hour. The harder the rock, the easier it shatters into instant powder. If any uncrushable particles are fed into the unit it will automatically pass them without damage or hesitation. All material after crushing then passes automatically into a five-gallon bucket sealed chamber providing a low dust environment. Ideal for crushing all types of quartz, schist, limestone, etc. This new machine is also ideal for crushing black sand concentrates to release any encapsulated micron gold for further processing. Mounted to a vertical 5 horsepower engine, capable of producing up to 100 pounds of grind in just one hour in a single pass. Multiple passes may be desired for finer grinds. Designed primarily as a pilot mill and not a production machine. The maximum rock size that this unit will handle is one inch. Weight 85 Lbs.
The rotor centrifugal crusher type RSMX is a high performance crusher with vertical shaft (VSI) and is used for crushing and refining of mineral materials. It is suitable for all types of mineral materials, including highly abrasive feed materials and feed materials with a high hardness. Depending on its size, high throughput rates of 30 to 400t/h can be achieved.
Every single particle of the input material undergoes extreme acceleration due to the centrifugal force in the rotor and is hurled against the impact wall. The impact wall can either consist of an anvil ring or alternatively of a material bed. Clogging is avoided due to the generous dimensioning of the rotor and housing. The crushing results can be substantially controlled and optimized by selecting a suitable speed.
Every single particle of the input material undergoes extreme acceleration due to the centrifugal force in the rotor, which hurls the particles against the impact wall. It is possible to achieve a very high cubicity of the end product thanks to high impact stress.
The crushing results remain consistent even as wear and tear increases. Due to the nature of the system, random effects are prevented while material is being shredded. This is another feature that sets the BHS rotor centrifugal crusher apart from other conventional crushers.
Every single grain is subject to selective impact crushing. As a result, more brittle material is shredded to smaller sizes than other materials. This makes it possible to selectively crush brittle aggregate elements or damaged input material and significantly increase the quality of the end products (Los Angeles values, frost resistance). In the case of raw ores and industrial minerals composed of elements that vary in strength, the end product is enriched.
With decades of experience in the field, BHS-Sonthofen is the specialist for crushers with a vertical shaft (rotor crushers and VSIs). One of the milestones in the further development of this machine is the patented twin-chamber rotor.
All areas of the machine that are in contact with the crushing material are protected by wearing parts that are easy to exchange and made of materials that can be optimized for specific applications. This does away with the need for surfacing or keeping a second rotor in stock.
The rubber spring elements between the base frame and the machine absorb vibrations generated during operation and keep them away from the support structure. Excessive vibrations are registered by an electronic vibration monitor and cause the machine to be shut down.
The input material is supplied to the center of the rotor centrifugal crusher from above. Once in the rotor, the material enters the two large centrifugal chambers, which ensure blockage-free operation and high throughput rates.
Compared to the multi-chamber version, less air is transported in the patented twin-chamber rotor. This has a positive effect on power consumption. The energy saved here can then be used to increase throughput rates, and the dust removal system can be operated at reduced power.
A material bed forms along the centrifugal chambers in the BHS twin-chamber rotor to provide autogenous wear protection. Compared to conventional rotors, the number of wear parts that are required is reduced to a minimum.
To provide an alternative means of operation, the machine can be shipped with a PLC controller (including touch panel) and a frequency converter if required. This allows for autonomous operation and monitoring of the machines functions.
Which crusher is the right one for your application? Dont leave anything to chance. Leave it to our team of process consultants. Working together with you, our specialists will test the material and develop a tailor-made solution for you.
At the start of this issue, Tony Stark is testing a centrifuge machine, which can build up centrifugal force in objects. Declaring it to be complete, he gets a small mouse, and decides to test his centrifuge machine on it to see if he can increase it's weight and density. At the same time, in some South American country, a man only known as Mi Professor declares that he has finished his experiments, and demands to be taken to El Presidente. The professor is taken, and offers a small vial of liquid to the president, saying that it is the ultimate weapon. The president suspects a trap, and so makes the professor drink it. However, the professor says that president should have trusted him, as his body grows rock-hard and his strength increases. Mi Professor then declares that he is the Crusher.
The president tries killing the Crusher, but is unsuccessful. The president then orders the Crusher to kill Iron Man, saying that if he does he will be declared the general of his army, whilst secretly hoping that Iron Man kills the Crusher. The Crusher accepts, suspecting the president's deception, but thinking that he can defeat Iron Man anyway. Not long afterwards, Iron Man is attacked, and finds that most of his attacks are futile against the Crusher, whilst the Crusher's strength is enough to make him a match for his armour. Iron Man manages to reach his centrifugal force ray, and increase the Crusher's weight so that he falls through the and through the Earth because of his massive bulk. After the battle, Pepper and Happy come in, and tell Tony that they've decided to elope.
In the previous issue, Captain America swore to serve the Red Skull for a full 24 hours, in order to stop the Skull from destroying New York City. By now the time is almost up, and the Skull asks Captain America where the world's newest atomic submarine is, since the Avengers were told the location. Cap reluctantly gives the location, before being ordered into a chair as the 24 hours finishes. Straps lock around Cap's wrists, and the chair then gets sent along a track, where Cap is placed before a laser beam. Cap manages to flex his muscles enough to move his shield, so that it reflects the beam back and destroys the ray. The Red Skull's ship then stops moving, and Captain America guesses that they've reached the atomic submarine. He then leaps out the window, planning to warn the sub about the Skull.
Unaware that Captain America lives, the Red Skull uses a hypnosis ray on the submarine to put the crew under his control. He orders the sub to surface, and Captain America manages to get onboard it. The crew attack him at first, but Cap manages to cancel out the hypnosis by adjusting the reactor's energy output. The Red Skull then orders the crew to abandon ship, not knowing that they're no longer under his control. Cap leaves with the crew, and the Skull boards the submarine alone. However, once he's on the submarine, he gets a message from Cap saying that he's adjusted the sub so that it's about to explode. The Red Skull then panics and starts looking for escape, just as the submarine explodes.
TRANSFORMING MATERIALS INTO VALUE The company BHS-Sonthofen, headquartered in Sonthofen, Germany, is an owner-operated group of companies in the field of machine and plant engineering. We offer technical solutions in the field of mechanical process engineering, with a focus on mixing, crushing, recycling and filtration. With over 300 employees and a number of subsidiaries, BHS-Sonthofen has a global presence. Experience We have been manufacturing crushers and mills for more than 100 years. About 50 years ago, we specialized in impact crushing. The primary focus of our technical development...
ROTOR CENTRIFUGAL CRUSHER 4 BHS Rotor Centrifugal Crusher The BHS rotor centrifugal crusher RSMX is used for crushing and shaping all types of minerals soft or hard, moderately or extremely abrasive.
Generating valuable products Superior machine technology Production of high-quality cubical products Worldwide proven twin-chamber rotor Every single particle of the input material undergoes extreme acceleration due to the centrifugal force in the rotor and is hurled against the impact wall. The high impact stress results in a very high cubicity of the final product. With decades of experience, BHS-Sonthofen is the specialist for VSI crushers. The patented twin-chamber rotor is yet another milestone in the on-going development of the VSI principle. Consistent quality of final products The...
OUTSTANDING FLEXIBILITY Depending on the input material and desired crushing results, the BHS rotor centrifugal crusher can be operated with either an anvil ring or a rock shelf as the impact wall. RSMX with anvil ring Typical applications with anvil ring Production of cubical high-quality aggregates and sand from medium-hard, moderately abrasive input materials, such as gravel, limestone, dolomite, diabase, basalt, andesite, broken bricks, cement clinker etc. Selective crushing of conglomerates, moderately abrasive slags, industrial minerals, mining overburden etc. Recycling of...
RSMX with rock shelf Typical applications with rock shelf Production of cubical high-quality aggregates and sand from highly abrasive input materials, such as gravel, granite, porphyry, gneiss, greywacke, quartzite etc. Crushing of highly abrasive materials, such as aluminum oxide, ferrosilicon, abrasives, glass etc. Selective crushing of slags from steel mills, waste incineration plants etc.
Functional principle The input material is fed from above into the center of the rotor centrifugal crusher. In the rotor, it is taken up by the two generously dimensioned centrifugal chambers. They eliminate the risk of clogging and allow high throughput rates. The input material is accelerated outward at high speed. This leads to an optimized impact on the fixed impact wall or rock shelf, resulting in a cubical particle shape. Functional principle with anvil ring (top view) Functional principle with rock shelf (side view)
Advantages of the twin-chamber rotor Compared with the multi-chamber design, less air is carried by the patented twin-chamber rotor. This has a positive effect on energy consumption, and the energy thus saved is available for higher throughput rates. Furthermore, the capacity ot the dedusting system can be reduced. The open design of the patented rotor with two chambers allows the maximum possible material outlet size (89 per side of the rotor). This significantly reduces the risk of clogging. In the BHS twin-chamber rotor, a material bed forms along the centrifugal chambers, resulting in...
Application examples with anvil ring RSMX 1222 with anvil ring for producing crushed sand from 4 - 32 mm gravel 100% 90% 80% Input material Final product Sieve fraction RSMX 1222 with anvil ring for cubication of crushed 32 - 90 mm limestone 100% 90% 80% Input material Final product Sieve fraction RSMX 1222 with anvil ring for producing high-quality aggregates from 0 - 45 mm steel mill slag 100% 90% 80% Input material Final product Sieve fraction
Application examples with rock shelf RSMX 1222 with rock shelf for producing cubical shaped aggregates from round 16 - 45 mm quartz gravel RSMX 0922 with rock shelf for crushing 0 - 32 mm recycling glass RSMX 1222 with rock shelf for cubication of 16 - 32 mm gravel
Reinforced cover lining In order to increase the service life, a cover with a reinforced lining can optionally be selected. Electro-hydraulic cover opening For even faster opening of the machine cover for maintenance and inspection, an optional electro-hydraulic actuation mechanism is available. Quick-change system To reduce the set-up time, the quick-change system can be used space permitting to exchange the complete anvil ring set with the support of a lifting device. Electrical terminal box All the cabling can optionally be connected to a terminal box for easier installation....
Tests give certainty We operate an all-weather processing plant on our premises in Sonthofen. All our crushing machines are installed as production size machines in this facility. We can perform crushing tests with your input material. A variety of machine parameters can be intensively tested. This is followed by detailed evaluation of the data and a grain-size analysis which serve as the basis for the creation of an optimal machine configuration. BHS technical center in Sonthofen for customer-specific testing
4) Weight for standard design without motor and accessories. All specifications apply to the standard version. Technical data for customized designs may differ from the specified data. All technical data may change due to development. Subject to modification without notice.
The charcoal crusher machine can mainly pulverize various charcoal and coal briquettes into powder based on the required fineness. The charcoal coal crusher machine is mainly used to produce charcoal powder by crushing charcoal fragments, charcoal leftovers, finished charcoal, etc.
The charcoal powder grinder machine is a device for crushing lumpy or rod-shaped materials. The machine shell is welded with high-quality steel, and the feeding port is on the top of the crusher, which can be matched with various feeding structures, and the hammer pieces are arranged symmetrically.
The charcoal grinder is one of the main equipment widely used in mineral processing equipment, which can be used for coal, charcoal, limestone, cement clinker, mixture, gypsum, gangue, slag, copper ore, iron ore, and other materials crushing, is also one of the most common equipment is used in the fertilizer industry.
Under the action of centrifugal force and airflow, the crushed material is crushed rapidly along the outer edge of the rotor by the continuous extrusion, collision, striking, and rubbing of the hammer, tooth plate, and screen.
The material enters from the inlet and collides with the high-speed rotating hammer inside the housing. In the process of falling, the material becomes powder after several times of impact, or particles below 3mm are discharged from the lower outlet.
Shuliy Machinery not only provides high-quality machines but also provides comprehensive after-sales service. We have been focusing on the charcoal machinery industry for nearly 20 years and have rich experience in designing and manufacturing large and medium-sized charcoal machines to meet the needs of various customers. At the same time, according to the requirements of customers, we can provide services such as plant construction plan, market analysis, and best product formula. learn more >>>
Similarly, output of secondary crusher is fed to tertiary crusher which reduces material size further. Now, the material is then pass through fourth or more stages before we achieve desire size. The waste material is also produce during these stages.
Basic concept of Gyratory crushers is the same as jaw crusher. It is consist of concave surface. And, the head that is conical are line with manganese steel liners. The inner cone that have eccentric arrangement shows slightly circular movement but, it doesnt rotate. The gap is close between mantle line (movable) mounted on the central vertical spindle and the concave liners (fixed) mount on the main frame of crusher then the crushing action takes place. With the help of an eccentric on bottom of spindle that causes the central vertical spindle to gyrate the gap is open and close. And also, the vertical spindle is free to rotate around its own axis. However, when the material travels downward between the two surfaces being progressively crush then it is small enough to fall out through gap between two surfaces. It is use for both primary and secondary crushings.
It is consisting of crushing chamber, crushing cone and an operating mechanism. The cone crusher is built into a vertical shaft that is support from the top to bowl-shaped bearing on the other hand, from the end to an eccentric operating mechanism. Cone crusher are use for large scale crushing in mining industry. Cone crusher has benefits of high productivity, lower operational costs, easy adjustment and reliable construction. Similarly, spring release system is also present at cone crusher which act as overload protection that is without damage crusher allows tramp to pass through the crushing chamber. However, It is also use for crushing a variety of mid-hard and above mid-hard materials. When from the top, feed is drop to crusher its crushes between the crushing chamber and also the slowly rotating cone.
This is a crusher that is use to breaks material by squeezing it between two revolving metal cylinders (i.e. axes separate by space). Meanwhile, the ratio of roller crushing is less than the other crushers. However, Reduction ratio is 2 to 2.5 to 1. It is not use for abrasive material. It is essentially use for fine crushing.