G-VIR®'s novel three-layer structure reinforces the barrier effect between the wearer and the exterior. When the glove is undamaged, the synthetic outer layer acts as impermeable barriers to viruses and other pathogens (evaluated according to the ASTM 1671-97 standard).
If, despite the mechanical resistance of the material, the glove undergoes unnotuced damage (for example in the event of micro-perforations which destroy the barrier's integrity), the disinfectant included in the middle layer reduces the transmitted viral load.

The G-VIR® glove reduces viral load transmitted to the wearer by a sharp or perforating object (scalpels, needles, etc.) during percutaneous injuries. The glove design including the dynamic barrier concept to allow the expulsion of disinfecting agent onto the object which pierces the glove.
The system even acts on the soiled object before it penetrates the wearer's skin! The disinfecting agent shows quick efficacy , i.e. compatible with often the Blood Exposure Accident very short disinfectant-virus contact times.

The G-VIR® glove is made out of synthetic materials which do not contain either natural latex nor chemicals such as vulcanizing agents and accelerators (e.g. thiurams, dithiocarbamates, thiazoles and thioureas) known to have sensitizing properties.
The inner layer of the glove is lined with a powder-free donning layer (conforms to ASTM D-6124 00).