The phrase "a range of coating" is correct and usable in written English.
It can be used when referring to various types or options of coatings available for a particular application or purpose.
Example: "The company offers a range of coating options for different surfaces, ensuring durability and aesthetic appeal."
Alternatives: "a variety of coatings" or "a selection of coatings".
These coatings were deposited onto M2 steel substrates with a range of coating thicknesses using a DC magnetron sputtering system using a CoCrNi alloy target (1 1 1 at.%).
Satisfactory cohesive and adhesive characteristics, low porosities and good microhardness values were obtained for a range of coating parameters.
A range of coating processes based on the formation of HT surface layers has been developed to examine its effect on the coating's thickness and corrosion resistance properties.
In this study, the response of a range of coating types to different mechanical impact tests on flat and structured surfaces was investigated.
The HVAF and HVOF coatings of Part 1 were heat treated for up to 30 days at 900 °C to generate a range of coating microstructures up to steady state.
Coatings were deposited by High Velocity Air Fuel (HVAF) and High Velocity Oxygen Fuel (HVOF) thermal spray techniques to generate a range of coating quality spanning that applied industrially.
The team discovered a range of coat colors on dingoes preserved in the museums: yellow, brown, ginger/red, black, and white.
For example, inbred mice carrying the agouti viable yellow (A vy ) allele show a range of coat colours associated with different DNA methylation states at the locus.
A one-step assay format achieves maximal sensitivity across a broad range of coating concentrations and at a lower concentration of conjugate than that in a two-step format.
The microstructures of thermally sprayed coatings are very complex and incorporate process-dependent defects such as globular pores, interlamellar pores, cracks (in case of ceramics), etc. Porosity is a prevalent feature in the microstructure and affects a wide range of coating properties such as elastic modulus, thermal conductivity and dielectric behavior.
This chapter provides an overview of the versatility of lasers in a wide range of coating applications for corrosion protection of engineering components.
