TRUE HYDROGEL is generally composed of a 3-dimensional polymer network structure which is a range of superabsorbent anionic polyacrylamide polymers. Co-polymers of potassium acrylate and acrylamide are cross-linked and are water soluble. These become gel on absorbing water and have a capacity of absorbing distilled water up to 500 times their weight.
A network is formed by cross-linking wherein the polymeric chains in the TRUE HYDROGEL that are parallel to each other and regularly linked. Through osmosis, the water is drawn into the molecules as soon as it comes in contact with these chains from where it rapidly migrates to the inner of the polymer network and gets stored for later use. These polymers release as much as 95% of the absorbed water into the soil when the soil dries out.
Water absorbent polymers are cross-linked hydrophilic polymers which can retain absorbed water under pressure due to an equilibrium balance of dissolution and thermodynamically favored expansion of polymer chains constrained by cross-linking structure.
Agricultural hydrogel which is referred to as water retention granules because they swell to many times their original size when they come in contact with water.

Potassium polyacrylate works similarly as a sponge under the soil surface which is composed of a set of polymeric chains. It is linked together chemically to become a water-insoluble, net-like matrix that gently attracts and holds hydrogen molecules. If you are looking for the best potassium polyacrylate which will help you in maximizes plant growth by reducing plant stress
Our TRUE HYDROGEL sticks to the root of the plants to absorb water and nutrients during the availability of water and retain it.
On dry condition when there is a scarcity of water our TRUE HYDROGEL releases the water and nutrient through its Absorb, Retain and Release cycles.Thus TRUE HYDROGEL increases the water holding capacity of soils for several years.
Get in touch with Prime Laboratories which is providing you the best quality hydrogel for agriculture which are more biodegradable and therefore kinder to the environment.


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