Hydrogels


Quanding manufactures a full line of  hydrogels in bulk rolls for a variety of applications - such as sensing, stimulation, skin & wound care, defib & surgical grounding pads, fixation, and custom formulations.


    HYDROGEL TECHNOLOGY

Patented multi-layer adhesive hydrogel eliminates the performance problems associated with single-layer hydrogels. This multi-layer approach ensures maximum durability, longevity, and performance.




    HYDROGEL PRODUCTS

Quanding hydrogels can excel in a wide variety of uses from Tens electrode to monitoring vitals in ECG applications. Each gel series achieves a specially formulated purpose.


QD001 Series
QD001 series stimulating hydrogels are designed for use with conductive films for TENS and muscle stimulation. The QD001hydrogels are trusted worldwide for their patented dual layer formulation to adhere repeatedly to skin and superior bonding to substrate. Neurostimulation electrodes made with QD001 hydrogels are the gold standard due to the ability to be reused multiple times on the skin.


       



QD002 Series

QD002 series sensing hydrogels are formulated for monitoring applications such as electrocardiogram ECG, electromyogram (EMG), or other health and wellness and neonatal monitoring. The QD002series offer an excellent skin interface solution with the ability to adhere multiple times.


       



QD003 Series

QD003 grounding hydrogels are formulated with anti-corrosive properties for use with aluminum in high frequency grounding pads.


       



QD004 Series

QD004 series dermal fastener hydrogels are designed for a variety of surface adhesion uses such as wound pads, cosmetics, breaching, and more. Whether to skin or another surface, QD004 hydrogels are capable of adhering multiple times.


       



QD005 Series

QD005 series hydrogels are superior quality gels which fit a variety of uses. The varying thicknesses offered may be used for sensing, stimulating, or fastening. This gel has many applications which include health monitoring, neurostimulation electrodes, breaching, and cosmetics.