JK Engineering Works, PVC flooring with self leveling

Technical Specification

It is with 2mm antistatic seamless PVC flooring of Medical grade (Antibacterial). Floor smooth, non-slip, impervious material conductive enough to dissipate static electricity but not conductive enough to endanger personnel from electric shock. Electrostatic charge dissipation combats PVC seamless flooring of very high quality.

Continuous roll used and joints welded by special PVC thermal welding units using PVC welding bars of same color The sheets highly durable with resistance to shock and indentation. It scratches proof also. The conductive material uniformly impregnated as grains. It inert to body fluids, chemicals and disinfectants. It is not to be affected by temperature variation within the OT.

The floor is efficiently discharge electric charges up to 2 kV Flooring done by skilled workers of accredited agencies authorized by the supplier of PVC sheets.

The electrical resistance (point to ground) within 2.5×104 to 5×106 ohms. The floor is not Allow build up of electrical charge beyond 100 volts due to antistatic effect.

The corners should not be terminated sharply and concealed cove- former (aluminum) used to overlap the wall panel to a height of approx.25mm and sealed perfectly and uniformly. Self leveling compounds are used.

The conductive copper grid laid underneath the PVC sheet should be supported by liquid epoxy compounds allowed to set as a uniform and level surface.

The copper strips to be made visible by grinding and no copper strip should project more than 0.5mm above level surface to avoid damage to the PVC sheet. At least one earthing lead should be brought out from every OT area and attaching it to the main earthing strip/ground.

Copper grounding strips (0.05 mm thick, 50 mm width) should be laid at on the floor in the conductive adhesive and connected to copper strip of grounding. The connection from copper grid should be brought out uniformly at places to form equipotential grid.

Flooring should be mechanically shock proof, scratch proof, flame retardant and anti microbial Corners should be uniformly curved Final surface should be non corrosive to biological fluids and detergents.