Sodium Polyacrylate – the superior absorbency material

Sodium polyacrylate is a functional polymer used in a variety of common products such as paper diapers, pets pad, water retaining material (to help the soil retain water), instant snow and so on. It is known for its superior absorbency:

sodium polyacrylate

 Sodium polyacrylate can absorb hundreds times its own weight in water. Sodium polyacrylate starts out as a powder and as it comes into contact with moisture, it swells into its gel form.

Unlike other absorbent materials, it’s not easy to squeeze the moisture out of this gel. This is what makes it perfect for use in paper diapers — your baby can sit on it, roll around, sleep for hours in a wet diaper without leaks.

Sodium polyacrylate, whose chemical formula is (C3H3NaO2)n, is a new type of functional polymer material and important chemical product. The solid product is white (or light yellow) block or powder, and the liquid product is colorless (or light yellow) viscous liquid.Sodium polyacrylate
Natureedit
1. Appearance: The solid is white or light yellow block or powder, and the liquid is colorless or light yellow viscous liquid.
2. Density: 1.32g/mL, 25°C
3. Storage conditions: 2-8°C
4. Form: solid liquid
5. Proportion: 1.23
6. Discoloration of acid-base indicator pH range: 6-9
7. Stability: Stable under most conditions.
8. EPA chemical substance information: 9003-04-7
9. Chemical properties: tasteless. It swells with water and is easily soluble in aqueous caustic soda.

Potassium polyacrylate for agriculture is also called hydrogel polymer. Potassium polyacrylate is a polymer of potassium cation and acrylamide, with strong absorption capacity. This po

lyacrylate helps seedling germination and transportation with plants or seedlings. It is non-toxic, harmless and non-polluti

ng. Potassium polyacrylate mainly has the following functions:

potassium polyacrylate

-Increase the water retention capacity of the soil-Effectively reduce irrigation frequency
-Reduce water and nutrient loss
-Reduce evaporation rate to prevent moisture loss
-Improve the physical properties of the soil
-Enhance plant performance, especially in arid areas
-Reduce the amount of fertilizer

Is it safe?

According to various material safety data sheets (documents created by the U.S. Occupational Safety and Health Administration that list potential hazards of chemicals in great detail), sodium polyacrylate is totally safe.

“How about touching the skin directly ?”

Sodium polyacrylate itself is not irritating to the skin. As a polymer, it sticks together in long chains that are way too large to be absorbed through the skin.

But some kind of sodium polyacrylate is mixed up with small amounts of acrylic acid, a leftover from the manufacturing process.

In theory, acrylic acid in large doses could be harmful to a baby’s skin. But according to a 2009 report in the Journal of Toxicology and Environmental Health, there isn’t nearly enough acrylic acid in disposable diapers to raise concern. (The study was funded by Procter & Gamble, a major manufacturer of diapers.) Another side, sodium polyacrylate supplier should test the acrylic acid value and make sure it is less than 300 PPM (part per million).

So, the conclusion is …

Sodium polyacrylate is safe — non-toxic and free from any major safety risks.

It can pose certain dangers if not handled properly. But please be sure to take notes of the following hazards and take precautions to avoid any injury or mishaps when handling sodium polyacrylate.

  • If the powder is inhaled, sodium polyacrylate can irritate the lungs–but that’s not generally a concern.
  • When it comes in contact with a large amount of spilled water in an area, sodium polyacrylate can cause the area to become very slippery.
  • If it enters sewer or drainage systems in large quantities, sodium polyacrylate can cause serious clogging and should be dealt with immediately.
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