TSH SERIES SCRAP SHEARSVery Highest quality Hydraulic Shears

All Shears / Scrap Shears / Demolition Shears / Rail Shears / Steel Shears are made to order. Once we have received your deposit payment & the specifications of your Digger, so that we can manufacture the head bracket / hanger, we can usually deliver anywhere in the UK within 6 – 8 weeks.

We only accept payment via bank transfer. After placing an order, we will send you an invoice with our bank details.

We offer a full 2-year warranty on all new TocDem Attachments.

Our engineering department can gladly manufacture and supply head brackets/hangers only. We need the “drill pattern” and the make and model of your breaker. Plus, the make & model of the Excavator.

Steel cutting shears are primarily used for cutting, sizing and removing steel frame structures and supports associated with the skeleton of a building. Shears are an appropriate choice when a contractor takes advantage of material recycling opportunities by readying the steel removed from a structure for a scrap yard or mill.

An operator can use the shears to cut the steel into oversize lengths, typically about 6 metres; the lengths can then be easily loaded onto a truck or rail car for delivery to a scrap yard for further processing. Operators may also use shears to complete “final processing” directly on the job site. This involves cutting the steel into a length specified by the scrap processor, thereby increasing the monetary value of the material.

In addition to steel cutting shears, shears are also designed to cut through concrete structures that may include flat slab, reinforced beams and columns and prestressed structural elements. This application is highly effective and efficient, particularly for high and or awkward shaped structures. Concrete structures are notoriously unstable when weakened, particularly close to ‘node’ points or when bracing etc has been removed.

With the use of shears to apply remote demolition methods, the felling of concrete frame buildings is safer and quicker, although processing of the felled materials has some limitations, mainly due to the width of the cutting jaws and their configuration, i.e. in line with the carrying arm, therefore restricting ‘elbow’ bend type movement.

Cutting edges on steel and or concrete shears are made from wear-resistant material and are bolted on. They can generally be rotated for use. The operation of the attachment jaws is based on static force produced by the hydraulic cylinder of the equipment and to increase the product working life particular attention should be paid to correct working methods.