Kennametal India Limited is set to showcase its cutting-edge wear-resistant solutions at the Valve World Expo India, scheduled for 19-20 September 2024 at the Bombay Exhibition Center, Mumbai.
On display will be the company's Conforma Clad™ technology and Stellite™ components, both designed to offer superior protection in the most demanding environments. These innovations are aimed at enhancing component life and boosting productivity for customers across sectors.
"India is poised for significant growth in the coming years, particularly in the energy sector, with major capacity expansions and greenfield projects on the horizon," said MT Swamy, Director of Sales. "This presents a tremendous opportunity for Kennametal's innovative wear-resistant solutions. Our range, including tungsten carbide, Stellite, and Conforma Clad, has been proven to extend component life between changeovers, thereby improving overall productivity."
Kennametal will also highlight products such as carbide cages, seats, gates, and plug stems, which are designed to maximise uptime in severe service applications by extending the lifespan of critical components. Conforma Clad cloth and cladded butterfly valve segments, liners, and discs will be among the featured technologies for petrochemical applications. This cladding solution is capable of extending component life by up to three to five times, even in high-temperature, erosive, and abrasive conditions.
Attendees will also have the opportunity to learn about Kennametal's Stellite products, including cobalt-based hardfacing alloys in the form of rods, wires, powders, and electrodes, all of which can be tailored to specific customer requirements. With over 100 years of proven performance, Stellite alloys are a preferred choice for customers across industries requiring wear, heat, and corrosion resistance.
Kennametal's presence at Valve World Expo India 2024 promises to highlight the latest innovations in wear protection technology, offering solutions that can meet the challenges of the energy sector and beyond.
