The nature of reverse osmodility

Reverse osmosis (RO) stuffing agent is a chemical that is used to prevent stain accumulation and blockage in the reverse osmosis membrane system. The following is the general nature of reverse osmosis resistant agents:
Dalm resistance: reverse osmosis resistant agent has good stain resistance, which can effectively prevent stain accumulation from being on the surface of the reverse osmosis membrane. They can inhibit the reconciliation of substances and prevent them from depositing on the membrane.
Diversified performance: reverse osmosis resistant agent also has a strong decentralized effect. It can disperse the stains into the water and keep it in a dissolved state or suspended state, thereby reducing the deposition and gathering.
PH stability: reverse osmosis resistant agent stabilizes the water body under different PH conditions, and can maintain the stability of dirt resistance and decentralized performance.
Temperature stability: reverse osmosis resistant agent can maintain its stain resistance and decentralized performance at different temperatures, and adapt to the use of different process conditions.
Compatibility: The reverse osmosis resistant agent and the reverse osmosis membrane material and other chemicals in the system have good compatibility and will not have a significant impact on the performance of the membrane.
Soluble: reverse osmosis resistant agent has good solubility in water, easy to add and mix.
Ecological friendliness: Some reverse osmosis resistants use environmentally friendly formulas, which are non -toxic and harmless, and will not adversely affect the processed wastewater.
It should be noted that the nature of the specific reverse osmosis dirt may be different due to its composition and formula. Therefore, when selecting and using reverse osmotic dirt, detailed technical materials and suggestions provided by the supplier should be referred to, and the correct addition methods and use conditions should be followed to ensure the best dirt resistance and system performance.