RTP Paganoni: the Diamond 3000 wire drawing coating on showcase in Düsseldorf
RTP Paganoni has kicked off 2024f following the successes of 2023, bringing along a wave of innovation and prestige that reaffirms its steady growth in the wire drawing sector. The company has renewed its participation in the upcoming wire Düsseldorf from April 15 to 19, where it will present its flagship product, the Diamond 3000 coating. This innovation has captured the attention of the wire industry due to its unprecedented advantages.
The Diamond 3000 is a tungsten carbide-based blend used to coat capstans up to 1200 mm in diameter, ensuring exceptional hardness between HRC 61.0 and 64.0.
Among the main benefits of the Diamond 3000 is its excellent resistance to wear and strong abrasions, and it has also been tested as a viable alternative to ceramic coating for dry wire drawing.
Investing in this coating means ensuring exceptional durability, reducing the frequent winches repair. Additionally, the Diamond 3000 exhibits strong adherence to any type of material, making it versatile for various industrial applications, but particularly suitable for harder or larger diameter wires. Its non-insulating nature allows the Diamond 3000 to effectively dissipate the wire's heat, contributing to maintaining an optimal temperature during the wire drawing process.
If you operate in the wire drawing sector, don't miss the opportunity to visit RTP Paganoni's booth, H11/B22 during wire Düsseldorf. The company's experts will be available to explain the advantages and applications of the Diamond 3000, answer your questions, and provide a unique networking opportunity.
RTP Paganoni offers a wide range of components and spare parts for processing ferrous and non-ferrous wires, developed to avoid the most common issues in wire drawing processes, such as wear, abrasion, and corrosion. RTP Paganoni has also ventured into new fields of application, which is why it is sought after in the market by companies operating in sectors not directly related to wire drawing.