Faithfull Tools

The Faithfull Inox Cutting Disc enables a quick, very clean cut with minimal effort. Ideal for precise, vibration-free metal cutting. Manufactured from aluminium oxide abrasive grit with fibreglass reinforcing, resin bonded to provide both safety and optimum cutting performance. This construction enables higher cutting speed, low material loss and low noise.

The XMS Multi-Cut Cutting Discs, by Faithfull, have so much to offer you, and just look at the XMS saving for these best sellers. Cutting a wide range of materials used in the construction and fabrication industries and at only 1mm thick they are able to provide a fast cutting action with less waste and dust. This tin of 10 Multi-Cut discs solve the problem of cutting several different materials at once and are ideal for cutting modern-day composite materials used throughout industry.

The Faithfull Multi-Cut Cutting Discs will cut a wide range of materials used in the construction and fabrication industries. At only 1mm thick they are able to provide a fast cutting action with less waste and dust. Multi-Cut discs solve the problem of cutting several different materials at once and are ideal for cutting modern-day composite materials used throughout industry. Will cut sheet metal, stainless steel (inox), pipes and profiles, brick, stone, ceramic tiles and other building materials along with plastics/ PVC.

The Faithfull Bar Clamp & Spreader is made from heavy-duty ABS plastic with a high-tensile steel bar. Easy-to-use, single handed operation. Cushion gripped jaw pads help to protect the workpiece from damage. Tool-free head release allows the clamp to be quickly turned into a spreader, with a trigger operation to release the force, freeing it for adjustment.

The Faithfull Bar Clamp & Spreader is made from heavy-duty ABS plastic with a high-tensile steel bar. Easy-to-use, single handed operation. Cushion gripped jaw pads help to protect the workpiece from damage. Tool-free head release allows the clamp to be quickly turned into a spreader, with a trigger operation to release the force, freeing it for adjustment.