Surface Engineering; Technologies, Methods And Its Applications

Surface engineering is that segment that deals with technologies which primarily involves the process of transforming the exposed surface of a specific metal in order to enrich its properties. Surface engineering is such a knowhow, which involves certain complex coating and superficial reforming techniques that is practically capable of generating diverse surface properties that are intended to meet the challenging necessities of both simple and advanced products.

With the ability to add progressive values to products and the surfaces, surface engineering technology has found a stabilized and critical place in the equipment manufacturing industry both in terms of economic benefits and physical properties. Envisioned to modify and augment the surface properties of metallic and non-metallic surfaces both for decorative and functional purposes like improving resistance to corrosion and other similar weathering actions and extend component life, enhancing the cosmetic look, surface technologies play an important role in reconstruction of component surface also.

Surface engineering involves various methods which are broadly categorized as, electroplating, electro polishing of metals, surface pickling, phosphating and mechanical surface plating, colouring, dipping, dip-spinning, flow coating, spraying, electrophoretic or auto-catalytic means, application of dry and dusty powders carried out by electrostatic spraying, heat treatment, softening or hardening, galvanizing, tinning, metal spraying, and vitreous enamelling. Surface engineering is applied in a wide range of technological and non-technological applications with an aim to increase the surface fortification of various types of metal surfaces especially with respect to cutting tools, medico optical devices and micro-electronics.

However the efficacy of these coatings decisively depends on the physical characteristics of the surface, which are in turn are ruled by their morphological and compositional aspects. Working as a appreciated contrivance to achieve both surface and substance properties, surface technology is widely employed in industrial applications as well. Surface technology is essential in attaining a shield which effectively works against corrosion and oxidation and increase durability and toughness of the metal surface.

Engineering services providers like wwg engineering pte ltd, specialised in surface engineering technology and allied services like mechanical engineering services, refurbishment services and re-manufacturing, are constantly in the process of training, educating and upgrading integrated competencies in order to fulfil the overall industrial needs.

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