From specialized treatments to multi-stage processes, we provide the uncompromising precision and quality your engineering sector demands.
Widely used across rail, oil and gas, structural steel and restoration sectors. Abrasive media is propelled at high velocity onto the component, removing rust, scale and existing coatings to expose clean, bare metal. The result is a uniform, well-keyed surface that significantly improves the adhesion and longevity of any finish applied afterwards.
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Routinely specified by the food and beverage, architectural, automotive and medical sectors. Fine glass beads are directed at the surface at low pressure, peening rather than cutting the metal. This produces a clean, uniform satin finish that masks tool and weld marks, reduces glare and remains entirely non-contaminating on stainless steel and aluminium.
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A core finish for the architectural, automotive, street furniture and leisure sectors. Coloured powder is electrostatically charged and sprayed onto the component so it wraps every surface evenly, then cured in our oven to form a continuous film. The cured coating delivers excellent durability, weather resistance and a consistent decorative finish in virtually any colour or texture.
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Widely adopted by the pharmaceutical, semiconductor, medical and architectural sectors. Components are submerged in an electrolyte bath and a controlled current dissolves a microscopic layer from the stainless steel surface. The result is a brighter, smoother and fully passivated finish that resists contamination and is easier to clean than any mechanically polished equivalent.
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Specified across the fastener, hydraulics, automotive and electronics sectors. Components are immersed in a chemical bath where a current draws a thin, uniform layer of zinc, nickel or chrome onto the surface. The deposited layer adds corrosion protection, wear resistance and conductivity, and can also be specified purely for a bright decorative finish.
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Commonly used by the food and beverage, architectural, marine and petrochemical sectors. A handheld brush passes a controlled current along each weld, electrochemically lifting heat tint and oxide discolouration from the surrounding metal. The pass also re-passivates the weld zone, restoring the full corrosion resistance of the stainless steel without the cost or downtime of chemical pickling.
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A high-throughput process for the precision engineering, defence, jewellery and aerospace sectors. Components are loaded into a vibrating bowl with shaped ceramic or plastic media and tumbled together for a set cycle. The action consistently deburrs sharp edges, breaks corners and produces a uniform satin finish across the entire batch in a single operation.
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Specified across the civil infrastructure, marine, offshore and heavy fabrication sectors. Zinc wire is fed through a spray gun where it is melted and projected as fine molten droplets onto the prepared steel surface. The resulting sacrificial layer delivers long-term corrosion protection with no size restriction and no heat distortion of the underlying component.
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The Webster-Wilkinson Group, based in Telford, UK, is a diverse collective of manufacturing companies supplying specialized engineering products and sub-contracting services to global industries. Founded in 1966 with Webster-Wilkinson Ltd, which focuses on transformer components, the group has expanded its expertise across four other distinct divisions: Component Developments (custom stainless steel drainage and access systems), Telford Laser Cutting Services (sheet metal cutting, bending, and machining), Telford Machining (sub-contract milling, turning, and prototyping), and Webster-Wilkinson Specialist Fabrications (heavy-duty electrical and mining tanks). Together, these companies leverage decades of experience to support critical infrastructure, delivering custom solutions to sectors ranging from electrical power and mining to food production and healthcare.
