Polyurethane Encapsulation
Polyurethane encapsulation involves applying a layer of polyurethane material over an object or surface to protect it from damage or wear. The encapsulation process can help prevent corrosion, weathering, and other damage to the object or surface. Polyurethane encapsulation is often used in industrial applications where components must be protected from harsh environments or chemicals.
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Clifton Engineering provides a PCB & electronic component encapsulation and over-moulding service, along with the ability to manufacture complete cable and harness assemblies.
We offer multi-hardness cable & connector polyurethane over moulds, cable strain reliefs, single & multi splice over moulds, and epoxy pre-potting of connectors & electronic assemblies.
Wide range of polyurethane systems with a range of mechanical & chemical properties to suit many applications & operating conditions. Process Equipment for mouldings up to 35 kg.
Hardness Range: 20 to 95 Shore A, 50 to 85 Shore D. Full colour/pigmentation selection.
Polyurethane is one of the toughest, most wear-resistant engineering polymers available today. Precision components are moulded from high-performance Polyurethane Elastomers in a wide range of hardnesses and colours. Polyurethane materials offer exceptional cut & tear resistance, outstanding abrasion resistance, dynamic load-bearing capabilities and a wide temperature operating range.
Clifton Engineering supplies a wide range of industries, including oil & gas, paper & print, automotive & motorsport, leisure, marine, and materials handling.
In-house mould tool design and manufacture, from customer component drawing and/or samples, ensure the highest standards of tooling, which ultimately ensures excellent quality in product manufacture. Clifton Engineering’s precision engineering background ensures the most demanding customer-driven projects can be fully realised. Cost-effective soft and aluminium mould tooling can be designed, machined & be available for production in short lead times.
Highly trained process technicians operate within the ISO 9001:2015 quality system.
