GAMKA Composite Rebar in Electrical Substations, Automated Toll Booths, and MRI Equipment Rooms
However, with Gamka’s V-ROD product, this issue is resolved. In
healthcare facilities, where magnetic resonance imaging (MRI) equipment
generates magnetic fields up to 20,000 times stronger than the earth’s
magnetic field, the use of conventional reinforcing steel in concrete
elements near the equipment is strictly prohibited to prevent any
interference.
The presence of steel near energy sources such as inductance
equipment in electrical substations or underground electrical
distribution vaults results in significant energy losses, leading to
overheating of the reinforcement and accelerating the corrosion process,
ultimately deteriorating the concrete.
In the case of detection loops and automated toll road systems, poor
grounding of the reinforcing steel can interfere with the
electromagnetic link between the metal of vehicles and the detection
equipment, resulting in false positives or negatives.
V-ROD composite rebars, which are electromagnetically neutral and
conducive to radio frequencies and cell phone signals, provide an ideal
solution for all these applications. They are a superior alternative to
nonconductive stainless steel and require minimal concrete cover,
eliminating the need for grounding. With composite reinforcement, all
these costly measures are no longer required.
Thus, GAMKA’s V-ROD Composite Rebar saves you both time and money.