Reverse osmosis membrane 400 and 600 are two commonly used reverse osmosis membrane elements that have some differences in specifications and performance. Here are some of the key differences between them:
Contact us for more details!
1.Specifications.
The reverse osmosis membrane 400 has a diameter of 4 inches and a length of 40 inches, while the reverse osmosis membrane 600 has a diameter of 6 inches and a length of 40 inches. Therefore, the reverse osmosis membrane 600 has a larger membrane area than the reverse osmosis membrane 400 and can provide greater water production.
2.Salt rejection rate.
Salt rejection rate is an important performance indicator of reverse osmosis membranes, which indicates the ability of reverse osmosis membranes to remove salt ions. In general, the desalination rate of reverse osmosis membrane 600 is higher than that of reverse osmosis membrane 400, which makes reverse osmosis membrane 600 have better performance in removing salt ions.
3.Water production.
Due to the larger membrane area of the reverse osmosis membrane 600, its water yield is usually higher than that of the reverse osmosis membrane 400. However, it should be noted that when choosing a reverse osmosis membrane, the appropriate model and specification should be selected according to the actual needs to ensure that the permeate requirements are met.
4.Scope of application.
Due to the differences in specifications and performance of reverse osmosis membranes 400 and 600, their range of applications also differs. Reverse osmosis membrane 400 is commonly used in small water treatment systems or household water purifiers, while reverse osmosis membrane 600 is suitable for large-scale water treatment projects or industrial water treatment.
In conclusion, reverse osmosis membranes 400 and 600 have their own characteristics and scope of use. When selecting a reverse osmosis membrane, it is necessary to select the appropriate model and specification according to the actual needs to ensure that the permeate requirements and application range are met.