Reverse osmosis host description
Reverse osmosis host includes the following parts: 1. Reverse osmosis membrane reverse osmosis membrane is the core component, made of polyamide, and the reverse osmosis membrane model is BW30 of DOW company in the United States-365. 2. Reverse osmosis membrane shell is equipped with reverse osmosis membrane made of glass fiber reinforced plastic. 3. The high-pressure pump supplies water to the reverse osmosis membrane and provides the water and pressure required for the reverse osmosis membrane to work. The material is 304 stainless steel. 4. Outlet control valve and concentrated water control valve outlet control valve are used to adjust the outlet pressure and flow of high-pressure pump to meet the design requirements. The concentrated water regulating valve adjusts the amount of concentrated water discharged to control the amount of purified water. Note that the valve must not be completely closed at any time when the reverse osmosis equipment is working. When the equipment is debugged, the valve does not need to be turned again. 5, water and electricity (Dynamic)Magnetic valve, flushing electricity (Dynamic)Magnetic valve inlet electromagnetic (Dynamic) The valve is used to control the water inflow of the high-pressure pump. When the water inflow reaches the flow and lift required by the high-pressure pump, the water inflow electromagnetism (Dynamic)The valve opens. Flush electromagnetic (Dynamic) The valve is used to flush the reverse osmosis membrane. When the reverse osmosis host is turned on each time, the reverse osmosis controller controls the flushing electromagnetic (Dynamic) The valve is automatically opened, automatically closed after the flushing, and the reverse osmosis equipment is flushed once after 4 hours of continuous work. 6. The concentrated water flowmeter and the water purification flowmeter measure the concentrated water and the purified water flow respectively, and the unit is LPM (L/min) , The conversion formula is: 1 ton of water = 1000 litres, 1 ton/hour = 1000 litres/60 Minutes = 16. 7 L/min (That is 16. 7LPM) 7. Inlet pressure gauge, outlet pressure gauge indicating filter and reverse osmosis membrane (RO membrane) When working, the outlet water pressure is generally not more than 0. 4Mpa; The inlet and outlet water pressure of RO membrane shall not exceed 2. 0Mp. 8. Switches and indicator lights are used to control equipment and indicate each state of equipment.
Custom decorated Aluminum Cans in 2022 for Beverages
Do you want to open a food chain or a beverage company? Do you want to grow your business of soft drinks or beverages in the market? The answers to your all inquiries are here in this informative article about the importance of custom aluminum cans.
The Advantages of Using Custom Aluminum Cans
Because Custom Aluminum Cans are better for the environment, they are the best choice for food. There are more recycled materials in Custom Aluminum Cans than in other types of packaging. This makes it easier to recycle custom aluminum cans than other types of packaging.
Why Choose an Aluminum Can As a Beverage Container?
There are many reasons to use an aluminum can as a beverage container. They can be recycled multiple times, but they are also highly recyclable, generating significant economic and environmental benefits. It's also worth noting that the material is 68 percent recyclable, compared to just three percent for plastic bottles.
Custom Aluminum Cans For Beverage Brands
For the best quality and lowest price, opt for printed cans. Minimum order of 90,000 to 180,000 cans is needed, and you can expect to receive at least 12 to 25 pallets. With many different types of designs and finishes, you can create the perfect custom aluminum cans to fit your needs and budget. If you're a small business or have a limited budget, consider wrap-on adhesive labels. These cans are designed to be durable even when wet.
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.