Hydrogels, a type of promising biomaterials, are made of crosslinked water-soluble polymers. Because of crosslinks,
hydrogels can absorb water and get swollen, but cannot be dissolved Through many intricate customizations, a hydrogel
can be sensitive or responsive to the fluctuations in its external environment, such as, temperature, pH, ionic strength,
electric stimulus, etc. Please see the
Table of Response-to-Conditions for responsive features. Thus, a hydrogel can
intelligently alter its properties, e.g., configuration dimension, aqueous liquid swelling, permeability, diffusibility, and
degradability, in response to stimuli from environment. Due to these unique features, hydrogels are being utilized in
numerous novel biomedical and drug delivery systems, and other unique applications.

Typical Examples:
• A smart hydrogel material (Ion strength & temperature responsive) synthesized for a company, which was then made into a
kind of sensor used in the saline environment.
• A temperature sensitive hydrogel was delivered to a client for wound dressing applications.
• Diverse functional wound dressings were designed and synthesized for different
application purposes, such as oral wound dressing, photodynamic dressing, and other similar product - face mask films.

To meet extensive needs in this area, we are continuously expanding our
product base; meanwhile,  we endeavor to provide
high quality contract services in hydrogel design and synthesis, and related sample analysis.
Polymer Crosslinkers
Biodegradable Crosslinkers
Chemical synthesis, organic synthesis, intermediate synthesis, organic analysis, compositional analysis, deformulation
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