Water Jelly/Gel Polymer Beads

Water beads are made of superabsorbent polymer hydrogel. It can absorb large amount of water and turn to a bigger ball.

Water gels are used for:

Watering or potting plants.

Use in gardens to save water.

Supplying water to small animals as an alternative to supplying water in a dish. Some small animals tend to fall into dishes of water and drown.

Colorful decorations or artificial snow.

In a dry state as absorbent filler inside disposable diapers.

In a dry state in large bags for controlling or containing floods.

Jelly Beads Types

Color Classification

Superabsorbent polymer beads, also known as SAP beads, are tiny particles made from cross-linked polymers that possess the remarkable ability to absorb and retain hundreds of times their own weight in liquid. 

Water-absorbent polymer beads, also known as hydrogel beads, are a class of extremely fine, water-absorbent particles that have swept through a diverse range of fields, from agriculture and hygiene products to construction, like a storm of technological innovation. These extraordinary beads, known for their unparalleled ability to absorb and lock in water, will amazingly expand to several times their original volume once they meet water, demonstrating their unique charm and practical value. In agriculture, they serve as a powerful assistant in soil improvement, helping crops to resist drought and grow; in the field of hygiene, they are a secret weapon to ensure dryness and comfort!

Water absorbing polymer beads are a revolutionary material known for its superior water absorption and water retention capabilities. These tiny beads are able to quickly absorb and lock in large amounts of water, forming a gel-like substance that can play a key role in a variety of applications.

SAP beads, short for superabsorbent polymer beads, are tiny particles with an extraordinary capacity to absorb and retain large amounts of liquid, typically hundreds of times their own weight.

Super absorbent polymer beads (SAP beads) are tiny, synthetic particles that exhibit remarkable water absorption capabilities, capable of swelling to many times their original size when hydrated.