Samyang/Korean Sanyang ion exchange resin

UPRM100U ion exchange resin is a product produced by Sanyo Corporation in South Korea. It is a renewable and pre mixed ion exchange resin designed for use in industrial precision equipment water treatment and other water treatment industries. Here are some key points about UPRM100U ion exchange resin:

1. Application areas: UPRM100U resin is mainly used in fields that require highly pure water quality, such as semiconductor manufacturing, display screen production, household appliances, pharmaceutical production, power plants, and ultra pure water preparation equipment in chemical product manufacturing.

2. Type and Characteristics: As a mixed bed ion exchange resin, UPRM100U typically contains a 1:1 mixture of cation and anion exchange resins, which can effectively remove cations and anions from water and meet the standards of ultrapure water.

3. Storage and protection: During storage, the resin should be prevented from being contaminated by oil. When stored for a long time, it is recommended to convert strong resins into salt type and weak resins into hydrogen type or free base type, and soak them in clean water to maintain their performance.

4. Pre treatment method: New resins may need to be pre treated before use to remove residual organic impurities (such as monomers) and metal impurities (such as iron, aluminum, copper, etc.) from the production process. These impurities may dissolve into water when in contact with acid, alkali, and other solutions, affecting the purity of water quality.

5. Precautions for operation: The service life and performance of the resin are affected by the water inlet conditions. For example, excessively high water temperature can accelerate the diffusion of ions in the resin, which may affect the performance and service life of the resin. Therefore, it is necessary to pay attention to controlling the appropriate water inlet temperature during operation.

In summary, UPRM100U ion exchange resin is a high-performance product designed specifically for high demand water treatment scenarios, and its use and maintenance need to follow specific guidelines to ensure performance and maximum service life.