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prior to insertion in the human body to prevent infection and disease, a process that is usually carried out using steam treatment or gamma irradiation. Research has shown that the use of either sterilisation technique does not significantly alter the physical properties of PEEK, however, small changes at the polymer / carbon fibre interface are identified, most notably observed when steam sterilisation is used [39]. Although the physical properties of PEEK are conducive to use in the subcutaneous environment, research is underway into increasing the bioactivity thereby minimising the interfacial resistance between the surgical implant and the surrounding environment [40, 41]. Exploration into the range of applications of PEEK within the medical profession is ongoing, with research increasingly including the use of PEEK composite materials [28, 42-44]. Thermally sprayed PEEK may be used to create a polymeric coating, exhibiting substantial wear properties whilst maintaining the chemical and thermal properties associated with PEEK [45]. PEEK and PEEK composite coatings may also be produced using a printing process, with the coating demonstrating similar characteristics to thermally sprayed PEEK [46, 47]. Aside from the medical profession, PEEK is applied in the aerospace industry due to its relatively high glass transition temperature, high continuous use temperature, chemical resistance, tensile performance and low density [48]. These properties make PEEK an ideal material for components that are going to be in contact with, or immersed in, organic solvents such as fuels and lubricants [49]. Having a bulk density of 1,300 kg m-3 (manufacturer’s data), PEEK offers an opportunity to reduce the weight of a component when used in place of a conventional metal. Structural reinforcement of PEEK for industrial use is possible using carbon or Kevlar fibres, with increases in tribological performance 39PDF Image | Supercritical Fluids and Their Application to the Recycling of High-Performance Carbon Fibre Reinforced Composite Materials
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