One of the important reasons why aluminum cans are widely used in the world is that they are easy to recycle and reduce energy consumption. Aluminum cans are more environmentally friendly than other packaging containers. As far as the container is concerned, repeated recycling reduces environmental pollution; as far as the materials used, the repeated use of aluminum effectively saves resources and maintains the global environment. Other packaging containers, such as the popular plastics and PET materials, are all derived from petroleum. The continuous exploitation of petroleum will cause the depletion of resources. Aluminum is a rare resource on the earth. Its main source is smelting from ore. However, the electricity required to produce aluminum is far more than other metals. Compared with smelting aluminum from ore, recycling aluminum cans into aluminum can greatly reduce energy consumption and air pollution. A discarded aluminum can still exists on the surface five hundred years later and cannot be decomposed. Aluminum cans not only have the highest recyclability rate, but also the largest recycling volume, so the recycling of aluminum cans is of great significance. As a preliminary treatment of aluminum can recycling, the aluminum can bales compressed and reduced by the baler can greatly improve the convenience of storage and transportation, while maximizing storage space and transportation costs.
Nick Machinery has a variety of Baler Compactors that can be used to compress and pack aluminum cans, vertical Baler Compactors and mini Baler Compactors, which are mainly used in the recycling industry of small and medium-sized aluminum cans. For large can recycling centers, horizontal machines are a better choice. The hopper of the horizontal baler can be matched with the conveyor, making the feeding more convenient and efficient. For more information, please contact 86-29-86031588. There is always one suitable for you.
(1) Those who do not understand the structure, performance and operating procedures of the machine shall not start the machine without learning.(2) Each lubrication point of the machine should be filled with lubricating oil at least once per shift.
(3) The hydraulic oil added to the oil tank should be strictly used high-quality anti-wear hydraulic oil, which must be strictly filtered, and sufficient oil should be kept frequently, and the oil should be filled immediately when it is insufficient.
(4) The fuel tank should be cleaned and replaced with new oil every six months, but the first cleaning and filtering of the oil should not exceed one month, and the new oil that has been used once is strictly filtered and allowed to be used again.
(5) When there is a serious oil leak or an abnormal phenomenon occurs during work, stop immediately, analyze the cause and eliminate the fault, and do not force the operation with disease.
Shearing machine is a kind of machine tool, which adopts hydraulic drive, reliable safety performance and convenient operation. The working blade length of the shearing machine: 400mm, 600mm, 700mm, 800mm, 1000mm, 1200mm; eight levels of shearing force from 63 tons to 400 tons, suitable for users of different scales and different requirements. No foot screws are required for installation, and diesel engines can be used as power in places where there is no power supply. The shearing machine is suitable for metal recycling processing plants, scrap car dismantling plants, smelting and casting industries. It can perform cold shearing, pressing and flanging of various shapes of steel and various metal materials. The shearing machines are divided into different types. : Metal shears, combined punching shears, hydraulic shears, bar shears. The most commonly used metal shears are alligator shears and gantry shears.
After packing, all hydraulic rods must be retracted into the hydraulic cylinder to prevent dust from damaging the sealing ring and leaking oil.
(2) Mechatronics and hydraulics integration. Make full and reasonable use of advanced technology in machinery and electronics to promote the improvement of the entire hydraulic system.