The paint is an environmentally friendly water-based coating that contains high-quality acrylic produced by Rustins and an active carbon conductive material in the form of Natural Exfoliated Graphite developed by Graphene Star Ltd.
The effectiveness of G SHIELD is confirmed by research and testing at National Physics Laboratory (NPL).
Main components: pure acrylic water dispersion, carbon black and Natural Exfoliated Graphite by Graphene Star.
Contains NO CRUSHED CARBON FIBERS.
The dry matter content is less than 25%, which accounts for the excellent elasticity and notably longer service life of the coating.
G SHIELD is highly reflective in the infrared range.
This important property makes it possible to dramatically increase the efficiency of heating a room by reflecting heat and reducing heat loss.
The use of the carbon conductive component makes the shielding coating light and durable with an anti-corrosive effect.
The shielding and antistatic properties of the G Shield paint allow for highly effective application of the paint in various areas.
Electromagnetic shielding of residential, commercial and public premises, i.e. schools, laboratories, hospitals etc
Protecting against microwave radiation in various industries
Protecting equipment from external electromagnetic pulses (EMP)
Protecting spaces around MRI Scan equipment
Providing shielding of radio-technical devices
Providing shielding and noise immunity in the enclosures and microwave modules of lightweight devices, including UAVs, drones etc.
Improving isolation between modules, blocks, and nodes of microwave and low-frequency radio equipment
Boosting efficiency of radars and air navigation equipment
Devising radio-adsorbing coatings for military equipment
Antistatic and electrically conductive properties:
Production facilities of oil/gas, mining, chemical, milling, computing, woodworking, textile, paper, medical/ pharmaceutical industries
Manufacturing of electronic equipment and industrial instrumentation
Fire risk facilities such as battery, flammable and explosive materials storage, granaries, grain elevators, special warehousing, computing and data storage/processing centres, server rooms, communication nodes, etc.
Radiation and radionuclide diagnostic facilities
Medical diagnostic centres, operating units, and resuscitation rooms
Laboratory facilities, rooms requiring high level of cleanliness or electronic hygiene
Creation of ESD-protected zones (zones protected from electrostatic discharge)
Single layer, 100 um dry coating
For 1 litre, approx.
The paint is water-based and solvent-free
Hardwired telecommunications are fast becoming a thing of the past as we rapidly move to a world of wireless communications systems.
These wireless communication systems create, through electromagnetic (EM) radiation, the phenomenon known as electromagnetic interference (EMI).
Electromagnetic interference affects eco-biological systems and in extreme cases can be harmful to life. It also affects operation of all electronic devices and can cause malfunction of highly specialised equipment such as medical devices, robotics, etc.
Humans and the devices we use, require protection (shielding) whenever we are in proximity to electromagnetic radiation sources.