Hi! Glad you can click and enter our website!
The former Henan First Machinery Factory, founded in Henan Zhengzhou- China machinery manufacturing capital in 1982, is a large joint-stock company specialized in manufacturing heavy mining machinery and civilian machinery; it has six production bases with an area of 240,000m², more than 2000 existing employees, 160,000 m² standardized heavy industrial plant, and about 500 sets of big and medium sized processing, riveting, welding and assembly equipment
Company Strength: The company possesses 40 years of production experience and three large-scale factories, as well as exports to more than 160 countries. There are abundant hot-selling projects accessible to you.
Our Service: 24/7 online customer service, free customized solution from our engineers, field visiting of China industries, training support after the delivery of goods, 365 days of online after-sales service, and post-maintenance plan.
Cheap and environmentally friendly: Factory-direct sale, fast delivery with guaranteed quality at factory price, in line with the concept of environmental development.
Within 24 hours
Need a High Quality Mining Machine for your Project?Contact Us
Contrast of cs cone crusher and hp cone crusher in operation,1.Contrast on the adjusting mode of their discharge ports.2.Contrast of their overload and over-iron protection performance.3.Contrast on whether CS cone crusher and hp cone crusher can realize the load start.4.Contrast on whether CS cone crusher and hp cone crusher can work in no-load condition.Contrast on whether feeding materials must be full of the crushing cavity during production process
Why is the jaw crusher favored by massive users? Firstly, the jaw crusher can complete the crushing process independently.Secondly, the jaw crusher is all-match, not just talking, it can be seen in every production line in the mine production
The Magnetic Generator is complex system with an organized structural arrangement of permanent magnets and bifilar coils and PCB controller with a specially designed software that are used to generate and dispense electrical energy. Initial start is performed by a battery or any other external source of energy to help motor reach needed RPM. After that the external source can be disconnected. The device is able to operate in autonomous mode and maintain its RPM regardless of amount of useful energy being consumed. The main components of the generator: an integrated stator; bifilar coils (mounted inside with the same and opposite poles); rotor with shaft; permanent magnets (installed with both poles to the outside); axles and bearings. The magnetic generator MG10 consists of 40 neodymium magnets and 40 bifilar coils. The constructional feature that enables generating electrical energy is the precise angular alignment of the coils and magnets inside the drum and the switching regulations to suppress back EMF and effectively collect accumulated energy inside the electromagnets (coils). As a magnet starts approaching a coil, at a certain point the voltage of the coil increases along with the amount of charge it can transfer. Once the switching regulator detects the maximum voltage of the coil, it switches off the coil. The magnetic field of the coil that has been formed after excitation of the coil will tend to collapse generating a back EMF in the coil windings. The designed software of the generator is able to suppress the parasitic current and transform it into usable electrical energy that can be utilized by the end user
Permanent magnets are uniformly situated along the circumference of the rotor with the same-name and opposite polar poles. Bifilar coils are situated along the circumference of the stator in the same way but with a precise angular alignment to the magnets and parallel-serial connection to each other
A neodymium magnet is the strongest type of permanent magnet commercially available today. Crystal structure of the neodymium magnet is composed of microcrystalline grains that are aligned in a powerful magnetic field during manufacture so their magnetic axes all point in the same direction. The crystal lattice of the magnet resists to turning its direction of magnetization which makes this compound highly coercive to demagnetize
A bifilar coil is an electromagnetic coil that contains two closely spaced parallel windings and a series connection counter coil. In order to properly increase the coil power, its turns are wound in such a way to provide the greatest potential difference between adjacent turns or spirals. The energy stored in the coil is proportional to the square of the potential difference between adjacent turns. Due to the special material of the coil’s core (transformer steel), capacity for a set value of the potential difference between turns has been significantly enhanced
The Magnetic Generator operates and is able to generate power due to interaction of permanent magnets with bifilar coils and an emerging electromagnetic force between them. The magnets and coils are directed towards each other to create torque on the rotor. This composition of the drum of the generator is designed in order for rotor to rotate indefinitely as long as energy of interaction between permanent magnets and bifilar coils is collected and dispensed rationally and effectively
The Magnetic Generator is equipped with a built-in GPS navigation system that is used for geographical positioning of the device. The system includes an external antenna for outside installation if the device is used underground or deep inside a building. The main function of the GPS navigation system is to locate and tie-in the device to its territory (country) in which it has been originally distributed and installed. It means that the device will operate only if the GPS navigation system is on (online) and if it is located within the authorized territory (country). In case if the GPS navigation system is off or the server cannot locate the device, the generator will automatically shut down and could not be used
The useful life of consumer electronic devices is relatively short, and decreasing as a result of rapid changes in equipment features and capabilities. This creates a large waste stream of obsolete electronic equipment, electronic waste (e-waste)
Even though there are conventional disposal methods for e-waste, these methods have disadvantages from both the economic and environmental viewpoints. As a result, new e-waste management options need to be considered, for example, recycling. But electronic recycling has a short history, so there is not yet a solid infrastructure in place
In this paper, the first half describes trends in the amount of e-waste, existing recycling programs, and collection methods. The second half describes various methods available to recover materials from e-waste. In particular, various recycling technologies for the glass, plastics, and metals found in e-waste are discussed. For glass, glass-to-glass recycling and glass-to-lead recycling technologies are presented. For plastics, chemical (feedstock) recycling, mechanical recycling, and thermal recycling methods are analyzed. Recovery processes for copper, lead, and precious metals such as silver, gold, platinum, and palladium are reviewed. These processes are described and compared on the basis of available technologies, resources, and material input–output systems
Beston waste recycling plant is the integration of high technology, first-class design, perfect configuration and excellent performance. It can classify the waste into several kinds of resources which are able to reuse again. Therefore, human will save large precious resources. This waste recycling equipment is extremely popular in foreign countries, such as Hungary
At present, the garbage generated by people is increasing day by day. However, the resource on the planet is declining day by day. It is necessary for the human to recycle these waste material and reuse it as a new resource. Waste recycling machine satisfies people’s demand, which not only offers a chance to reuse the material but also protect our environment around us
1. Waste plastic. After sorted by winnowing machine, we can get the waste plastic. Normally, the waste plastic can be converted to oil by pyrolysis machine. Or you can pack these waste into pieces, then directly sell them to other industry to produce the new plastic product. In addition, some material in the plastic can be reviewed as rubber fortifier
1. High sorting rate. Beston municipal recycling facility adopts a special design which greatly improves the efficiency. The sorting rate is so high that can reach 90%. Therefore, it is highly appreciated by foreign customers
2. Superior parts. Due to the serious attitude for Beston garbage recycling plant, we are dedicated to doing the best. The parts we adopt all have excellent quality. For example, the stainless steel has the anti-corrosive function. The frame adopts international steel welding, which has a compact structure
a. Monitor system. All the processing procedures in the municipal waste recycling plant are under monitoring. This system makes sure that the whole process is going smoothly. In addition, this system can avoid the occurrence of the unexpected situation
Copyright © 2021 Crusher Machinery All rights reservedSitemap