Here is an example of a vacancy that Comton Group would typical source candidates for. Check out the video link for more details.

The brand-new Tyrolit ONE product line offers you the known benefits at an entry-level price. For all tasks on steel and stainless steel – the reliable tools are not only perfect for ambitious D.I.Y projects, they can also be used for professional applications. With ONE you get fast, comfortable and safe tools for a wide range of applications. • Tyrolit quality, at a smart price. • Over 40 Product lines available. • Slitting, Cut-off and Grinding discs available from 115mm - 230mm. • Flap discs available in 115mm & 125mm. • UK stocked products.

Capacity to hold approx 3000 tonnes of material. In our Chesterfield warehouse. Capability to offer uniform cutting upto 500mm diameter, packed into our own rotational packaging. Delivered to the customer on our own transport.

A modern, fully equipped laboratory enables macroscopic and microscopic examinations. All equipment and machines are either annually calibrated by a UKAS-accredited calibration company or calibrated using in house methods. We perform an in house check daily to ensure continued rigorous compliance with quality standards. Mechanical Tests ASTM A262 Practice C corrosion tests ASTM A262 Practice E corrosion tests ASTM A370 Charpy V notch impact tests (-56°C to -195°C)* ASTM A370 Charpy V notch impact tests (+20°C to -55°C & 196°C) ASTM E23 Charpy V notch impact tests (-56°C to -195°C)* ASTM E23 Charpy V notch impact tests (+20°C to -55°C & 196°C) ASTM G48 corrosion tests Bend testing (ASME and BS) Bend tests (face, root and side bends) Brinell hardness testing* BS Charpy V notch impact tests (+20°C to -55°C & 196°C) BS Charpy V notch impact tests (-56°C to -195°C)* Chemical analysis Elevated temperature tensile tests Failure investigations Ferrite point counting Fracture testing (fillet weld or butt weld fractures) Microscopic examination (grain size and phases)* HV10 Vickers hardness survey HV5 Vickers hardness survey HV30 Vickers hardness survey IZOD test* Macroscopic examinations (including photomacrographs) Micro hardness testing* Microscopic examination for weld defects OES spark chemical analysis (Not UKAS Accredited) Photography (Not UKAS Accredited) Positive Material Identification (PMI) (Not UKAS Accredited) Push/compression testing (Not UKAS Accredited) Rockwell C hardness survey* Room temperature longitudinal tensile tests (0.2% proof stress, 0.5% yield strength, UTS, reduction of area and % elongation) Room temperature longitudinal tensile tests (UTS, reduction of area and % elongation only) Room temperature transverse tensile tests (0.2% proof stress, 0.5% yield strength, UTS, reduction of area and % elongation) Room temperature transverse tensile tests (UTS, reduction of area and % elongation only) Through thickness tensile test Weld decay bend testing*

We are one of the leading Non-Destructive Testing (NDT) companies. Our services are extremely thorough and we provide individual and detailed reports for each method of NDT testing in Manchester. Our work typically addresses weld integrity for carbon steels, stainless steels, alloys, components, all structures and vessels. We work precisely to customer specifications and test raw materials as well as components – from large gas silos, bridges and staircases to small aerospace components, floor claddings, overlay build-up on corroded surfaces and hard facing build-up on digger buckets. Liquid dye penetrant testing, magnetic particle testing and many more NDT methods are available. Our Non-Destructive Testing (NDT) services include: Visual Inspection (CSWIP and PCN) Liquid Dye Penetrant Inspection Portable Hardness Testing (Not UKAS Accredited) Magnetic Particle Inspection Ultrasonic Inspection Positive Material Identification (PMI) (Not UKAS Accredited) Radiography (Not UKAS Accredited) In-house and on-site Non-Destructive Testing Methods Our Non-Destructive Testing services can be carried out in-house as well as at customers’ sites, with our team of NDT technicians able to travel nationwide with all the equipment needed to carry out the required tests from liquid dye penetrant testing to magnetic particle inspections.

Boxford UV Lasers are capable of marking and engraving almost any material, including metals and non-metals. Transform your engraving and part marking capabilities with one easy to use, high-definition marking and engraving machine. The BMU110 is capable of marking and engraving text, logos, QR codes, bar codes, vectorised images and even photographs!

Since the “ceramic age” of flap discs, and indeed of fibre, cutting, and rough grinding discs, the performance demands on hand-held electrical devices (angle grinders, etc.) have grown enormously. Most devices can’t stand up to this added friction and contact pressure over the long haul. Grinders overheat quickly, switch off automatically, or the rotor and field coil burn through in no time. Eisenblätter has met this challenge by refining its ceramic flap discs and variable-speed angle grinder under the VARILEX® brand. Effective immediately, the new VARILEX® 1802 HT (high torque) meets all performance demands of cutting-edge ceramic grinding discs of all kinds. Features: Extremely powerful, durable motor with 1,750 watts and optimised, wear-resistant power transmission and mechanism. New ventilation technology and overload protection for previously unattainable torques (high torque) – 100% made entirely in Germany. The newly developed, especially ergonomic shaft handle reduces strain on the user – at only 2.6 kg total weight, with rubberised inserts for a better grip. Optimised especially for ceramic grinding discs in the speed range of 2,400-8,900 rpm, variably and constantly adjustable with a tacho-generator Ideal angle grinder for all surface finishing, grinding, cutting, rough grinding, cleaning, and polishing, for disc diameters of 115-150 mm. Spindle lock with robust slip clutch to avoid inadvertent pressure during operation Balanced, vibration-damping transmission handle. Optional: vibration-damping 3D ball handle ensures balanced handling, even for overhead work. Ideal as a stationary drive motor for optional flexible shafts (M14 threads) or as a stationary motor for fixing on the workbench by the robust ball joint mount that can be delivered (optional).

In order to noticeably increase the pulling power of battery-operated angle grinders and reduce the performance gap between them and normal power-cord-driven angle grinders, Eisenblätter offers a battery-powered angle grinder whose transmission and performance has been optimised. Because of its great pulling power capacity, it is especially well-suited for use with flap discs and the multifaceted FIX HOOK & LOOP system. The speed, optimised for battery-powered machines, means that the flap disc grinding grit engages optimally and grinds cooler, preventing heat-related discolourations. The FIX HOOK & LOOP grinding and polishing system can be used for all grinding tasks, from coarse grinding to mirror finish. This means that, as of now, nearly all familiar processing steps can be performed completely cordlessly, including on construction sites or working on installation jobs. Features: Powerful 18-volt special motor, made in Germany. Top-performance 5.5 Ah (optional 8,0 Ah) batteries, can be rotated to three positions by up to 270°. New CAS (Cordless Alliance System) battery interface: compatible with a number of drive units and makes available on the market. Dual utility and savings potential of your battery pack included - see page 15. Exclusively from Eisenblätter: Optimized speed range from 2,000 - 7,600 rpm for the use of various elastic abrasives. Balanced and vibration-damping handle reduces strain on the user.

Variable speed range from 550 to 2,000 rpm –ideal for all polishing work Thanks to planetary gears and 18 volts, particularly high torque and pulling power, with the longest running times. Soft rubber ball grip enables optimal hand control in all working positions. Features: Powerful motor (18 V) and new transmission mechanics (high torque) for wear-resistant power transmission. Enormous power density despite the compact design: Extremely powerful and robust one-hand polisher - 100% made in Germany. Balanced and vibration-damping 3D ball handle reduces strain on the user. Available for the first time with planetary gear, giving it the power of a plug-in machine of ~1,600 watts. Variable speed range from 550 to 2,000 rpm with a tacho-generator and planetary gear for constant speed, even under load. Eminently suitable for cleaning, fine grinding, and polishing of stainless steel and non-ferrous metals, for the FIX HOOK & LOOP system and, with an adapter, for the MINI FIX HOOK & LOOP system. One battery for everything. Stuitable for all machines from CAS Partners: www.cordless-alliance-system.com Contents: 1 VARILEX® Polisher AKKU BRUSHLESS basic machine with 3D ball handle 18 volts 1 Sturdy, impact-resistant plastic case 2 LiHD batteries 5.5 Ah 1 High-speed charging station 220 - 240 volts, including cable 1 Backflange M14 1 Locking nut M14 1 Wrench SW22 2 BRIGHTEX® FLAP polishing discs

20 - 125mm Dia Engineering Round bar. Black, Peeled and polished. QT, Annealed, Normalised and As Rolled. Produced at our own mill in Germany

Our vertical powder coating facility serves in all RAL codes and architectural coating paints with a capacity of 24.000 ton/year. Our powder coating facility is designed to be isolated from external environmental effects; our production is carried out through a fully automatic process-controlled cabin system.

VIBLOCK has been carefully designed and patented to significantly improve comfort, wellbeing, productivity and reduce the operating costs of our grinding wheels. The particular conformation and the use of appropriate rubbers with suitable physical andmechanical characteristics allows a remarkable absorption of the vibrations generated during grinding operations on a wide range of frequencies. REDUCTION OF VIBRATIONS REDUCTION OF COSTS AND WORKING TIME MORE PRECISION

The Vickers hardness tester uses the hardness test that was developed in 1924 by Smith and Sandland at Vickers Ltd as an alternative to the Brinell method to measure the hardness of materials. The Vickers test is often easier to use than other hardness tests, since the required calculations are independent of the size of the indenter, and the indenter can be used for all materials irrespective of hardness.