• Categories:News Center
• Time of issue:2022-05-06 11:19

(Summary description)Vacuum pneumatic conveying technology has become one of the commonly used material conveying methods in the manufacturing industry. Once you know the many advantages of vacuum pneumatic conveying, it is not difficult for you to understand the dependence of manufacturing on vacuum pneumatic conveying. In many industries, vacuum pneumatic conveying enables closed, hygienic and safe transport of raw materials and finished products. Ideal for vacuum pneumatic conveying of powders and granules, as well as sensitive materials, an ideal pneumatic conveying system will optimize performance and increase overall productivity. Pumps commonly used in vacuum pneumatic conveying systems include pneumatic pumps and mechanical pumps. Air-operated vacuum pumps are smaller, more compact, and have few moving parts. If your facility does not have a reliable source of compressed air, a mechanical fan is the right choice. One benefit of air-operated pumps is their ability to operate intermittently using solenoid valves. Mechanical pumps must run continuously unless the cycle is long enough to require the blower to be shut down and restarted for the next cycle.   When choosing a pneumatic conveying system, you have the flexibility to choose a modular or custom system. Since many powders and granules have different densities and flow characteristics, conveyor systems are required to be able to operate a wide variety of dry materials. The speed and performance of pneumatic conveying should also be optimized according to the application requirements. Vacuum pneumatic conveying systems are ideal for conveying materials in a variety of industries because it is enclosed and safe - from source to destination - with minimal risk of contamination or dust, improving the health and safety of the entire production process. Filters are an integral part of vacuum air conveyors because they prevent dust and fine particles from being drawn into the vacuum pump and escaping into the surrounding environment. There are several filtration options to consider, pleated filters are filterable for powders with a particle size of 5 microns and larger. Some manufacturers offer conveyors that can be equipped with high-efficiency particle analysis (HEPA) filters that can filter 99.9% of dust particles.   Laboratory testing is often overlooked in pneumatic conveying system design. Ensure that the laboratory can test a variety of powders and granules to evaluate the conveying characteristics of powder materials at various vertical and horizontal distances. You also want the opportunity to see an analysis of the volume transported over a given distance, as well as vacuum cycle time and energy consumption. Fluidized delivery allows compressed gas to pass through the porous cone, creating a cushion to reduce the coefficient of friction and allow non-free-flowing substances to freely exit the vacuum vessel. Ideally, a pneumatic conveying system has a relatively small footprint, allowing manufacturers to maximize floor space for product production. Delivery piping should use durable materials to withstand harsh environments. When the hygiene requirements are strict, the easy-to-clean stainless steel material can be selected. Flow modulation changes the way material is conveyed, giving the operator greater control over the speed of fragile or mixed materials. Customers should look for suppliers who can supply a variety of accessories for conveying systems, such as vacuum feeders, sending tanks, roots blowers and silo pumps. Like any industrial product, pneumatic conveying systems have a warranty period to protect the user from expensive repairs during the warranty period. The traditional conveying method has serious dust escape, and the employees are easy to inhale the dust, which affects their health, and the labor intensity is also high. With the right pneumatic conveying system, more materials can be moved safely, reducing the risk of dust inhalation for employees, and ensuring your pneumatic conveying equipment meets the latest industry standards.   Clearly, a pneumatic conveying system is not an "impulse" purchase and requires careful consideration of many criteria regarding performance, safety, ergonomics and flexibility. However, it is a healthy investment in improving production processes, increasing production efficiency, and optimizing the production environment.