How to effectively improve the filling accuracy of beer filling machine equipment?
Filling machines are widely used in food industry, beverage industry and daily chemical industry. The application of filling machines in beer and beverage industry not only saves a lot of Labor, but also greatly improves the filling efficiency, it has become an indispensable and important equipment in the production process of beer beverage. Although beer filling machine can greatly improve the filling efficiency, beer filling machine sometimes has low filling precision, thus affecting the filling efficiency. So how to effectively improve the filling accuracy of beer filling machine equipment? 1. The production of filling error is mainly determined by filling quantity, filling speed and switching speed of upper and lower valves. The switching speed of the upper and lower valves is related to the viscosity of the product. The greater the viscosity, the slower the valve switching speed. 2. The switching speed of the thickening valve mainly adjusts the spring pressure of the valve. When the spring pressure increases, the switching speed of the valve increases. 3, adjust the valve spring pressure size should be through the test filling measurement and the experience of the operator to determine. The operation and use of the equipment of the beer filling machine must be debugged without breaking. The stability of the equipment operation has a great impact on the filling accuracy. If the vibration of the beer filling machine is too large during use, or the opening and closing speed of the valve is not well debugged, and the filling accuracy of the filling equipment will have a large error. Therefore, to ensure the filling accuracy of the beer filling machine, it is necessary not to break the debugging, try to adjust the switch speed of the valve.
How is the can made?
There are two kinds of materials for making cans: one is aluminum, and the other is tinplate. The consumption of aluminum metal materials used in packaging containers in the United States reached 1,992,000 tons in 1998, an increase of 2.24% over 1997, making it the second largest consumer market, accounting for 21.6% of the annual aluminum consumption. In the United States, aluminum sheets have always been used as materials for cans, and about 40% of aluminum sheets are used in the production of cans every year. The strong opponent of aluminum in the packaging industry comes from PET materials. PET materials can be made into strange appearances through injection molds, while aluminum materials are relatively difficult. However, there is a big difference in the prices of the two materials. PET is affected by the price of oil. Aluminum can be recycled through its own recycling, reducing material costs, and is valued by environmental organizations.
Who invented the can?
In 1959, ERNIE.C.FRAZE of DRT Company in Teton, Ohio, USA, invented a can, that is, the material of the can lid is processed to form a rivet, and the jacket is pulled up. The ring is riveted again and matched with the corresponding notches to form a complete lid. The invention of this day made a historic breakthrough in the metal container after 50 years of long development. At the same time, it also laid a solid foundation for the development of the canning and beverage industry. Cans originated in the United States and became popular in the United States.
How many years of experience does Yantai Trano have in producing beer keg ?
beer keg has been exquisitely made by Yantai Trano for 15 years. We have obtained mature and state-of-art techniques through research and development for these years and they prove to be applicable and feasible to improve the product performances
What are raw materials for stainless steel beer keg production?
If this question is asked, you may consider cost, safety and functionality of stainless steel beer keg . A manufacturer is anticipated to make sure the origin of raw material, decrease the price for raw material and embrace innovative technologies, in order to improve the performance-cost ratio.