Infinity Thermal Innovations Pty Ltd jobs and careers

About Infinity Thermal Innovations Pty Ltd

Infinity Thermal Innovations manufactures custom removable thermal insulation kits for many different makes & models of heavy duty mining vehicles, drilling rigs, power generators, as well as engines in the marine industry. Infinity Thermal Innovations removable & reusable insulation blankets are custom designed to fit around manifolds, turbo chargers, elbows, pipe sections, flexes & fittings. Our blankets are used to insulate engine turbos, manifolds & exhaust piping systems on these machines & are uniquely designed & manufactured with only the best materials. These removable insulation blankets offer durability, efficiency & flexibility that reimburse the cost of initial investment very swiftly. Our Removable Insulation Blankets are also used to insulate engine parts, exhaust piping & components, industrial process piping & machinery. In particular applications which use diesel engines, such as power generation, off highway equipment, trucks, light vehicles & marine vessels, they often require insulation blankets to manage the heat that these engines generate. With our extensive library of patterns & designs we can offer custom removable blanket kits to suit nearly all makes of engines & machines including Caterpillar®, Atlas Copco, M.T.U, Detroit, Komatsu, Liebherr, Hitachi & Terex. INFINITY THERMAL PRIDES ITSELF IN: Custom manufactured covers to meet the client’s specific needs & requirements, thus offering a more comprehensive & complete service. Manufacturing lead time & competitive market pricing. All our thermal shields (covers) are locally manufactured. We only use market leading textiles in the construction of the thermal shields, constantly doing on-going R&D’s to stay a market leader. Designed specifically for mobile equipment & the harsh mining environment, with prolonged lifespan. World class insulation properties compared to international competitors. Installation ease & ergonomically advancements with relation to fibre exposure.