Grades: - C10/C15 (C10E-C15E/ AISI 1010/1015) - 16MnCr5 - 42CrMo4 - 51CrV4

Grades: - C45 (C45E/ AISI 1045) - C67 (CS70 / AISI 1070) - C75 (C75S / AISI 1075) - C80 (CS80 / AISI 1080) Available as Annealed (A); or Quenched & Tempered (Q&T) condition. Available as strips/ sheets (plates).

Grades: - AISI 301 (EN 1.4310 / X10CrNi18-8) - AISI 304 (EN 1.4301 / X5CrNi18-10) - AISI 420 (EN 1.4021 / X20Cr13) Thickness: 0.05–5.00 mm Width: 3–710 mm Length (sheet): 1,000–2,000 mm Ideal for springs, retaining rings, conveyor components, precision stampings, automotive parts, and other high-performance industrial applications.

COLD WORK TOOL STEELS High wear resistance, dimensional stability and compressive strength for precision cold forming, punching and cutting operations. Main Grades 1.2379 • 1.2363 • 1.2767 • 1.2436 • 1.2601 • 1.2378 • 1.2510 • 1.2080 • 1.2358 • 1.2842 • 1.2550

Completely new and patented high-performance flap disc guarantees metal removal rates that were previously not achievable with commercially available flap discs. The COLDSTEEL® RazorFlap® was specially developed for the heavy-duty area , such as in shipyard and shipbuilding, metal, structural and civil engineering Etc.; where it is a matter of processing or carrying out large welds, chamfers, deburring and much more at record speed. This ingenious new development is an ingenious combination of flap disc and ceramic fiber disc , which combines durability and grinding performance of both systems. Increases in stock removal of 30 to 40%, e.g. B. compared to ceramic flap discs are achieved on average. The flat arrangement of the lamellas and the wide contact surface enable a high grinding speed on all metals, that were previously only known from cubic ceramic fiber discs . Similar to a flap disc, the lamellas are completely used up at the edge of the lamellas and provide fresh grain. These repolishing properties of the carrier fabric result in significantly lower roughness on the surface of the workpiece achieved. This means that post-processing with follow-on tools can often be dispensed with. The COLDSTEEL® RazorFlap® has been launched with a new generation microcrystalline ceramic grain which, in addition to its particularly cooling properties , maintains its high grinding sharpness over the entire service life . The new discs have a glass fiber-free natural fiber compound carrier plate with M14 thread and can be changed in a flash without tools. Especially when it comes to reducing metal mass quickly, saves the COLDSTEEL® RazorFlap® enormously cost-intensive working time!

Our wide range of colour wraps caters for various industries and brands. Effectively colour-code products, streamlining your dispatch process by removing label language barriers. Our blue wrap is a popular choice in the consumables and catering sector. Additionally, our coloured wraps offer a cost-effective alternative to branded options. If you have a specific brand colour but are working within a tight budget, this solution is perfect for you.

Handling represents the history of C.R. In 1984 C.R. production was basically addressed to builders of fork lifts, transpallets and paletization plants with products that later would change the sliding rolling system. Combined bearings were the first bearings to be manufactured and put on the market. Later C.R. improved its production range by manufacturing chain stretcher pulleys. At present C.R. can guarantee an extremely complete service, commercializing medium and large size roller profiles.

Commercial Insurance - From cyber threats and equipment failures to supply chain disruptions, we help you identify, assess, and understand your insurance risks. We’ll ensure you're better prepared, confidently protected, and positioned to keep your business strong - no matter what challenges come your way.

Port of Sunderland has two deep water river berths and over 2KM of safe, in dock, quay frontage that can handle a diverse range of commodities. With mobile cranes capable of handling 240T lifts and 32 tonne forklift trucks the port is ready and able to handle any type of commodity to and from vessels up to 200m in length.

Our team can help determine compositional variance in your materials. Bulk elemental and crystallographic composition determination provides insight into manufacturing processes whilst compositional mapping techniques help understand homogeneity in final products. Compositional characterisation is the study of the elemental and chemical makeup of a material, determining what it is made of and in what proportions, which is fundamental to materials science. This capability is a core element of the Imaging and Characterisation theme at the Henry Royce Institute and the University of Sheffield. Royce at the University of Sheffield's facilities utilise powerful techniques like Inductively Coupled Plasma Mass Spectrometry (ICP-MS) to precisely measure trace and bulk elemental composition in various materials. Furthermore, Electron Microscopy techniques, specifically when equipped with Energy Dispersive X-ray Spectroscopy (EDS) or Wavelength Dispersive X-ray Spectroscopy (WDS), provide spatially-resolved compositional mapping. Understanding a material's composition is crucial for optimising performance in Royce's key areas, such as Advanced Metals Processing and the development of new alloys. Therefore, compositional characterisation is essential for both materials discovery and quality control across academic and industrial projects hosted at the Royce Translational and Discovery Centres. Capabilities: Scanning Electron Microscopy (inc Electron Backscatter Diffraction)

Tieval offer consultancy in the design of systems and processes for a large range of automated NDT applications