Cation exchange resin boiler softened water resin

Cation exchange resin boiler softened water resinProfessional production: anion and cation exchange resin, macroporous adsorption resin, softened water resin, mixed bed MB resin, 18 megaohm ultra pure water polishing resin, wire cutting slow wire resin, sewage decolorization resin, electroplating wastewater nickel and chromium removal resin, iron, copper, phosphorus, boron, and heavy metal removal resin, acid recovery resin, chelating resin, food grade resin, alum extraction resin, gold absorption resin, silver extraction resin, strong acid, strong alkali, weak acid, weak alkali, with dozens of models including 001 × 7, 001 × 8, 732, 717, 201 × 7, 201 × 4, D001, D201, D301, D113, D101, H103, D403, D408, etc
1. Pre treatment of Yang resin

The pretreatment steps for cation resin are as follows:

Firstly, use saturated saline solution, which is approximately twice the volume of the treated resin. Soak the resin in the saline solution for 18-20 hours, then drain the saline solution and rinse with clean water to ensure that the discharged water does not turn yellow;

Next, use a 2% -4% NaOH solution with the same amount as above, soak in it for 2-4 hours (or clean with a small flow rate), drain the alkaline solution, and rinse the resin until the discharged water is close to neutral;

Afterwards, use a 5% HCl solution with the same amount as above, soak for 4-8 hours, drain the acid solution, and drift with clean water until neutral for later use.

2. Pre treatment of Yin Resin

The steps in its pretreatment method are the same as those in the cation resin pretreatment method; Then soak in 5% HCl for 4-8 hours, drain the acid solution, and wash with water until neutral; Then soak in a 2% -4% NaOH solution for 4-8 hours, drain the alkaline solution, and wash with clean water until neutral for later use.

Cation exchange resin boiler softened water resinWith the continuous expansion of resin application scope, high content organic matter removal resin has emerged in the field of organic matter removal. Like other resin products, this type of organic matter removal resin can also cause pollution or poisoning during the working process. Resin is not a disposable consumable, so when resin is contaminated or poisoned, its working performance must be activated through cleaning or regeneration.
In terms of activation methods for high content organic matter removal resin, it is best to use ions that can be replaced in the rejuvenator and ions that can be used in the resin to replace functional groups as much as possible. The selection of binding order should be close, making the exchange process easier to occur, minimizing the use of rejuvenator, reducing the concentration of regeneration solution, and shortening the regeneration time.
Jinda resin
Activation conditions for resin removal of high content organic matter
1. Firstly, measures can be taken to enhance the displacement capacity of the regenerant to activate the resin. High valence ion regenerants can be selected in a relatively high order, or the dosage or concentration of regenerant can be increased.
2. Efforts should be made to reduce the exchange of ions on the resin and the binding properties of the resin itself, so as to shift the selection of binding order backwards.
High content organic matter removal resin is a relatively new type of resin, and its properties or performance are actually similar to common water treatment resins.
Interpretation of residual pollution caused by alkali removal and softening water resin. Previous: Precautions for hydrochloric acid regeneration of Jinda C100EDL cation resin

Anion charge regulating resin is a coating material used on tanned leather surfaces, belonging to the field of leather coating. The anion and cation charge regulating resin solves the problem of leather products made from Nappa leather, Aniline leather, and Tire Leather losing their original softness, becoming hard, and having poor hand feel during traditional leather cleaning and maintenance processes. It also technically solves the problem of anion and cation resins not being able to be used together at the same time. The technical solution is to first add negative acrylic resin, polyurethane resin, protein resin, and softener into the solvent, stir well, and set aside for use. Then put the neutral wax solution, weak cationic wax solution, and water into another solvent and stir evenly. Then add the cationic resin to the mixture of wax and stir evenly. Afterwards, add the mixture of cationic resin to the mixture of various negative resins, stir evenly, filter, and that's it.