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SAFETY HEADS. THESE ARE SPECIALISED STEEL FITTINGS FOR HOLDING BURSTING OR RUPTURE DISKS ONTO PIPE SYSTEMS OR PRESSURE VESSELS. THE DISKS WHICH ARE NOT THE SUBJECT OF THIS BTI ARE THIN PIECES OF METAL USED AS SAFETY DEVICES. THE DISKS BURST AT A SPECIFIC PRESSURE

RUPTURE DISK THIS IS A THIN DISK OF STEEL USED AS A SAFETY DEVICE. THEY ARE MOUNTED BY MEANS OF A SPECIAL CARRIER ON PIPE SYSTEMS OR PRESSURE VESSELS AND BURST AT A SPECIFIC PRESSURE. THEY ARE AVAILABLE IN A RANGE OF DIAMETERS FROM 25-200MM AND BURST PRESSURE FROM 2-34 BAR

GRAPHITE DISC RUPTURE DISCS MADE PREDOMINATELY OF GRAPHITE. THE DISCS ARE FOR USE IN VARIOUS TYPES OF TUBING/VESSELS/EQUIPMENT. THEY OPEN WHEN OVER PRESSURE OCCURS, THUS PROTECTING THE EQUIPMENT FROM DAMAGE CAUSED BY EXCESS VACUUM OR PRESSURE. THE DISCS ARE OF VARIOUS DIMENSIONS

Solid pre finished hardwood flooring, each plank is milled from a single piece of wood which is then planed, sanded, tounged-and-grooved and finished with lacquer or oil.

Engineered Flooring which consists of a number of layers of wood, glue together at right angles to create a plank. The grain runs in different directions for added stability unlike solid floors. This product is available in several ply thicknesses with 3 and 5 ply being the norm. Engineered hardwood flooring can be used in those areas of the house where solid wood flooring installations is not suitable. The increase stability of the Engineered wood is achieved by running each layer at a 90 degree angle to the layer above. This stability makes it a universal product that can be installed over all types of subflooring above, below or on grade. Engineered wood is most common type of wood flooring used globally