Industrial industry blog posts

  Metallurgical cranes refer to   bridge-type cranes   used in metallurgy, casting and other places for lifting molten metal. They are also called metallurgical cranes. Nowadays, many small cast iron, cast steel and other metal smelting companies are using ordinary   single-girder cranes , but due to their design limitations, there are obvious hidden dangers, and the service life is greatly reduced. It is safer to switch to metallurgical driving as required. Compared with cranes used by general enterprises,   Dingya metallurgical cranes   have the characteristics of frequent use, harsh environment, high security performance and high automation. Starting from the transmission scheme, to the selection of components and wires, as well as component layout, wiring methods, and even electrical the sealing, cooling and other issues of the room and cabinet have been comprehensively considered and designed. Since there are many types of metallurgical cranes and each completes different tasks, D

Since ordinary electric hoists produce a large amount of fine particles during operation, they cannot meet the cleanliness requirements of special workshops in high-precision electronics, food, aviation and other industries. Therefore,   Dingya Crane   has been actively conducting research and development of safe, clean, compact, reliable and efficient material handling solutions. After years of efforts and experiments, Dingya Crane has developed a series of products suitable for clean space environments. The crane can be used in various clean workshop environments such as biotechnology, medical equipment, pharmaceutical production, food production, and semiconductor manufacturing. Our cranes, with lifting capacities ranging from 50 kilograms to 50 tons, can be used in environments with a cleanliness level of 1000, including different structural forms such as wire rope hoists, chain hoists, and belt hoists. For different industries and cleanliness requirements, Dingya Crane can provide

  In today's industrial landscape, the demand for pure oxygen has surged across various sectors, from healthcare to manufacturing. The heart of meeting this demand lies within oxygen generation plants. In this comprehensive exploration, we delve into the significance, functioning, and diverse applications of these critical facilities. 1. The Crucial Role of Oxygen Generation Plants Oxygen generation plants, also known as oxygen production or manufacturing plants, are the lifelines of multiple industries where high-purity oxygen is a fundamental resource. They ensure a consistent and reliable supply of this essential element. PSA oxygen generator 2. Understanding the Oxygen Production Process The process of oxygen production within these plants primarily relies on cryogenic air separation. This sophisticated process exploits the varying boiling points of oxygen and nitrogen, the two primary components of air. Here's a simplified overview of the steps involved: Step 1

  In today's industrial landscape, the efficient separation of gases and the precise separation of gas-liquid mixtures are indispensable processes. These technologies have a profound impact on various industries, especially in the context of Air Separation Unit (ASU) plants . This blog post delves into the world of gas separation technologies and gas-liquid separation techniques, exploring their applications, innovations, and significance within ASU plants. 1. Gas Separation Technologies: Evolving Efficiency Gas separation technologies have undergone a remarkable evolution, driven by the growing demand for high-purity gases in industries ranging from healthcare to manufacturing. Traditionally, cryogenic distillation was the go-to method for gas separation, but today, innovative techniques like Pressure Swing Adsorption (PSA) and membrane separation have taken the center stage. PSA Technology : PSA technology uses specialized adsorbents to selectively capture gases, al

  Single shaft shredder is a type of machine that is used in different waste management facilities to shred materials into desirable sizes and shapes. These plastic shredders have a single rotating shaft that is equipped with cutting blades which  rotates at a high speed to cut, slice, and shred different types of materials. The size and shape of these machines can vary from small to large depending on the type and quantity of materials that need to be processed. Single shaft shredders are designed to handle a wide range of materials including plastics, rubber, paper, wood, and various other types of waste. These Single shaft shredders are also useful for processing materials that are hard to shred using traditional methods. They are highly efficient and can shred large volumes of waste materials in a short amount of time. This makes them a popular choice for waste management facilities and recycling plants. One of the main benefits of using a single shaft shredde

  The single-shaft film shredder i s a vital piece of equipment that is used for shredding or cutting plastic films, bags, and other plastic materials into smaller pieces. It is a vital part of the plastic recycling process and aids in the reduction of plastic waste in the environment. To ensure the proper functioning of the film single-shaft shredder, it is important to maintain it regularly. In this article, we will discuss ten essential maintenance tips for a single-shaft film shredder. 1.Lubricate the shredder blades Lubricating the shredder blades is essential to keep them running smoothly and prevent rusting. It is recommended to use high-quality lubricants that are specifically designed for shredders. The lubrication process should be carried out regularly, depending on the usage of the shredder. 2. Clean the shredder Cleaning the shredder is important to prevent the buildup of dust and debris. It is recommended to clean the shredder after every use. Use a soft

  What are we going to do with the old tires? What can we do with the increasing number of used tires? Here are some ideas for recycling old tires: 1. Make DIY handcrafts or construct them as protective walls, but this is not in high demand. 2. Create recycled rubber using tire recycling machines . The recycled rubber will be used for rubber runways or road paving. 3, Create rubber powder, which has numerous applications. 4. Make fuel oil. Waste tires can be recycled in a variety of ways, but doing so properly is good for society. Lanrry specializes in the production of waste tire recycling plants that convert waste tires into fuel. Lanrry excels at producing waste tire recycling line plants that convert waste tires into fuel oil, rubber granules, and waste steel wire. If you know of any other good ways to recycle waste tires, please contact Lanrry, and you are welcome to come to our factory.

  First of all, we need to sort the waste plastics. There is no contamination or aging in waste plastics from production and processing. These can be collected and treated individually. Agricultural PVC film, PE film, PVC cable sheathing material, and so on are all examples. The majority of waste plastics are mixed waste, containing a variety of contaminants, labels, and composite materials in addition to a complex range of w aste plastic recycling line . Next we need to shred and separate the waste plastics. Based on the nature of the waste, we select the appropriate crusher, and then crush and sort waste plastics by a variety of methods. Ways to reuse the waste plastics: 1.Produce fuel oil. Waste plastics such as food bags, waste woven bags, beverage bottles, plastic shoe soles, wire and cable skins, foam lunch boxes, plastic toys, and so on can produce high quality 90# fuel oil, and 1 tonne of waste plastic can produce approximately half a tonne of oil. 2.Make wat

  The difference between plastic granulator and single shaft shredder: 1. Single shaft shredders have reduction gear, but plastic granulators do not. 2; Single-shaft shredders have a pusher box, whereas plastic shredders do not. 3; Single-shaft shredders have diamond-shaped blades, whereas plastic crushers have sharp, flat blades. 4; Single-shaft shredders shear materials using low-speed, high-torque knife rollers, whereas plastic crushers cut materials using high-speed knife roller operation. The difference between plastic granulator and two shaft shredder: 1. The shaft shredder has two motors, two reducers, and two knife rolls, whereas the plastic crusher has only one motor, no reducer, and one knife roll. 2; The plastic crusher has a screen to ensure that the size of the material crushed by the plastic crusher is not greater than the aperture of the screen, whereas the twin-shaft shredder does not have a screen and cannot guarantee the size of the material shredde

  What is the distinction between a single shaft and a two shaft shredder? Which is superior? Which model should I go with?These are the questions we are frequently asked by our customers. It all depends on your requirements. They are classified as single shaft shredders or two shaft shredders based on their operation principle. The properties and fragility of the materials will determine how to choose a shredder. Different Compositional Structures Two shaft shredder is made of shredding blade set, load box, box support, feeding system, power system, and electrical control system. Single shaft shredder is made of the spindle, blade, fixed blade, case, feeding system, pushing system, and power system. Different types of Blade The single shaft shredder has only one dynamic shaft on which the blades are mounted, forming a form of mutual shearing with the fixed knives on the box. Two shaft shredders have two dynamic shafts that are both studded with blades and rotate

  Lanrry can manufacture Two-shaft shredders , Single-shaft shredders , Industrial shredders , Four-shaft shredder s， Plastic granulators . And all materials that can be treated with a Lanrry shredder. These materials are included: · municipal solid waste · industrial waste · hospital waste · waste electrical and electronic equipment (WEEE) such as household appliances, computers or solar panels · special industrial substances such as oil filters or metal waste · materials such as aluminum, paper, wood, rubber, copper, plastic, textiles and food waste. For each of these types of materials, Lanrrymachinery offers specific shredder models that can then be customized according to the customer’s needs.

  Advance Rubber Strip Cutter Advance Rubber Strip Cutting Machine Features Rubber sheeting cutter   from Nanjing Pege is reliable and qualified for rubber sheet cutting process. Features  1. Use a precision electrical scale can be connected to PLC(see the photo and video, it can be up to 0.02g precision) 2. Larger cutting motor: Using 3.7Kw motor, larger power. 3. Feeding motor: Servo motor, more soft and precise. 4. Cutting blade material is best type-Tungsten Steel W18 5. Frame design: More robust and  6. Safety Protection: Door Safety Switch to improve safety 7. Cutting Speed: can be Max 90 cut/ minute  8. Cutting Strip Thickness can be up to 30mm

  Spin Trimming Deflashing Machine PRODUCT DESCRIPTION Design Purpose Remove waste edges/flashes of rubber parts automatically. Operation Principle By using the theory of aerodynamic & centrifugal force, by high speed rotation along with violent hitting against each part. Applications All kinds of rubber parts for a wide range of industry fields. The   spin trim deflashing machine   is ideal for use in the automotive, oil and gas, aerospace, medical, electronics, and general rubber sectors. Features 1.PLC & HMI control, a plug-and-play equipment, 7.5inch touch screen, user friendly operation panel. 2.Not freezing, no need liquid nitrogen, no molds requirement, only basic labor and electricity, very low manufacturing costs 3.Extremely high output, average as 40~50 workers at the same working time, millions of products can be finished per day 4.Ideal for the effective deflashing of small to medium size rubber parts, especially for the O rings. 5.Divided space room for filling &am

  Our plastic film recycling machine is designed to process and recycle waste plastic films into dry and clean flakes that can be used to make new plastic products. Plastic films that can be recycled include supermarket bags, shrink wrap, bubble wrap, and other plastic films commonly used in households, agriculture, and other industries. Typically, the plastic film recycling process includes the following steps: Shredding: The plastic films are shredded into tiny bits by our single-shaft shredder . This procedure aids in breaking down the plastic ingredients into smaller pieces. Cleaning and washing: The shredded plastic films are then thoroughly cleaned and washed to remove any impurities. This is an important step in the recycling process because it guarantees that the recovered material is clean and devoid of foreign materials,our washing line machine is used for plastic film cleaning. Drying: After washing the plastic sheets, the moisture is extracted using m

  Diamond saw blades are tools used for cutting and shaping hard or wear-resistant materials that are difficult to cut effectively with conventional blades. They are commonly used in applications in the construction, masonry, and manufacturing industries, particularly for cutting materials such as concrete, asphalt, brick, tile, granite, marble, and more. Additionally, diamond saw blades can be used for cutting fragile materials such as glass, quartz, and others. The main advantages of diamond saw blades are their high efficiency and durability, which allow for accurate cutting and extended blade life. This is due to the fact that they are embedded with diamond particles, which are the hardest substance known to man. As a result, diamond saw blades are able to handle tough materials and withstand high temperatures and friction without dulling or breaking, making them a popular choice for many cutting applications. Choose from our selection of diamond saw blades in a

  Diamond polishing pad , also known as diamond polishing pad , is a flexible processing tool made of diamond as abrasive, combined with composite materials, with Velcro cloth on the back, glued to the joint of the grinding machine, used for grinding, stone, ceramic, glass, floor tile and other materials for special-shaped processing, suitable for stone polishing, line chamfering, curved plate and special-shaped stone processing. It can also be used for the special-shaped processing, repair and renovation of marble, concrete, cement floor, terrazzo, microcrystalline glass, artificial stone, floor tile, glazed tile and vitrified brick. It is an ideal stone grinding tool with strong grinding force, good durability, good softness, clarity and gloss. The whole process is divided into rough grinding, fine grinding, fine grinding and polishing four stages. The gloss is over 90°. Use 1, used for artificial stone, granite and marble stone processing, with a complete standard

  1. surface set diamond bit Explanation: A kind of diamond drill bit . The steel cylindrical bit body has a wire buckle on the upper part and a sintered drill head body on the lower part. The diamond particles are encrusted on the surface of the drill head body. The outer diameter of the carcass is slightly larger than the diameter of the steel body and the inner diameter is slightly smaller than the diameter of the steel body. There are grooves inside, outside and at the bottom that allow water to pass through the carcass. During drilling, washing fluid is used to carry away rock powder and cool the bit. Diamond-impregnated bits are all encrusted with natural diamonds and are therefore expensive, so they are only used in hard formations that are particularly difficult to drill. Diamond-impregnated drill bit is more commonly used in oil drilling. 2. impregnated diamond bit Explanation: A kind of diamond drill bit. A drill bit whose head body is uniformly encrusted wit

  Diamond saw blade is a common cutting tool, which is used to cut hard materials such as stone, concrete, metal, etc. It has the characteristics of high efficiency, precision and wear resistance. In order to ensure the normal service life of the diamond saw blade, it needs to be maintained. This article will introduce the maintenance of diamond saw blades from the following aspects. 1. Installation and disassembly When installing and removing diamond saw blades, the corresponding saw blade disc should be selected according to the size of the saw blade, and attention should be paid to the rotation direction of the saw blade. When installing, ensure the fit between the saw blade and the saw disc to avoid deviation or loosening of the saw blade, resulting in reduced cutting quality or damage to the saw blade. When disassembling, first stop the rotation of the saw blade, and then loosen the nut with a wrench to avoid safety accidents caused by the sliding of the saw blad

  Diamond saw blades are a type of cutting tool that is used to cut through a variety of materials, including concrete, asphalt, tile, stone, and metal. Diamond saw blades are made up of a steel core with diamond particles bonded to the edge. The diamond particles are what give the blade its cutting power. Diamond saw blades come in a variety of sizes and shapes to suit different applications. There are four main types of diamond saw blades: 1. Continuous Rim Diamond Saw Blades : These blades are designed for cutting tile, porcelain, and other delicate materials. They feature a continuous rim with diamond particles embedded in the edge. This type of blade is best used on wet saws to minimize chipping and breakage. 2. Turbo Rim Diamond Saw Blades : These blades are designed for faster cutting of tile, stone, and masonry materials. They feature a turbo rim with diamond particles embedded in the edge. This type of blade is best used on dry saws to maximize speed and e

  Diamond Grinding Cup Wheel Use: Parallel wheel: mainly used for carbide cylindrical grinding and blade processing. Parallel belt arc wheel: mainly used for hard alloy forming grinding and circular arc surface forming grinding. Double concave wheel: mainly used for grinding measuring tools and coreless grinding turbines. Double bevel wheel: mainly used for hard alloy gear hob, thread tool forming grinding. Bowl wheel: mainly used for carbide tool, high speed steel tool grinding, can also be used for milling. Diamond Grinding Cup Wheel has high hardness, high strength and strong grinding ability. It is mainly used for grinding high and hard alloys, non-metallic materials, cutting hard and brittle hard alloys, non-metallic minerals and so on. Such as hard alloy, ceramics, agate, optical glass, semiconductor materials and wear-resistant cast iron, stone, etc. Has good polishing effect, grinding wheel sharp, not easy to block, specific advantages are as follows: 1, high gr

  There are many methods to manufacture diamond tools , including powder metallurgy sintering method, electroplating (casting) method, high temperature and high pressure method, brazing method, resin bonding method.One of the most widely used is powder metallurgy. Powder metallurgy methods used in the production of diamond tools include cold pressing sintering, impregnation, hot pressing and electric spark sintering. 1.Cold pressing Core sintering process The main function is to fully mix the prepared powder, through the mold to achieve the product (cutter) blank stamping forming, including dynamic cold pressing and automatic cold pressing to ensure the normal follow-up pressing. At present, oscillating 3D mixer is commonly used in diamond tool industry. The stirring equipment has three modes of motion: rotation, translation and swing, and reversal. The movement trajectory of powder is three-dimensional, which can make the powder mixed evenly in a short time and refine t

  Single shaft shredder is a type of machine that is used in different waste management facilities to shred materials into desirable sizes and shapes. These plastic shredders have a single rotating shaft that is equipped with cutting blades which  rotates at a high speed to cut, slice, and shred different types of materials. The size and shape of these machines can vary from small to large depending on the type and quantity of materials that need to be processed. Single shaft shredders are designed to handle a wide range of materials including plastics, rubber, paper, wood, and various other types of waste. These Single shaft shredders are also useful for processing materials that are hard to shred using traditional methods. They are highly efficient and can shred large volumes of waste materials in a short amount of time. This makes them a popular choice for waste management facilities and recycling plants. One of the main benefits of using a single shaft shredde

  The single-shaft film shredder i s a vital piece of equipment that is used for shredding or cutting plastic films, bags, and other plastic materials into smaller pieces. It is a vital part of the plastic recycling process and aids in the reduction of plastic waste in the environment. To ensure the proper functioning of the film single-shaft shredder, it is important to maintain it regularly. In this article, we will discuss ten essential maintenance tips for a single-shaft film shredder. 1.Lubricate the shredder blades Lubricating the shredder blades is essential to keep them running smoothly and prevent rusting. It is recommended to use high-quality lubricants that are specifically designed for shredders. The lubrication process should be carried out regularly, depending on the usage of the shredder. 2. Clean the shredder Cleaning the shredder is important to prevent the buildup of dust and debris. It is recommended to clean the shredder after every use. Use a soft