Cork composites solutions can play a vital role in transformer design and maintenance. With unique properties such as resilience, compressibility, and load-to-seal capability, cork effectively addresses several challenges encountered in the operation of transformers. The versatility of cork solutions can be a game-changer in ensuring efficiency, reliability and longevity.
One of the primary applications of cork in transformers is the use of gaskets for flanges. These gaskets are crucial for creating secure seals between flanges and covers, areas that require materials that can endure mechanical stress, thermal expansion, and the presence of transformer oils. By combining cork with rubber, flexibility and resistance are enhanced, resulting in a dependable solution that minimizes leaks and ensures long-term structural integrity.
Another key application is the use of cork as sealants around bushings and valves. These critical points of connection and operation require effective sealing to maintain insulation integrity and prevent unwanted leaks. Cork composite solutions are ideally suited for these areas, as they adapt to irregular surfaces and withstand pressure variations, ensuring reliable performance under challenging conditions.
Additionally, cork's natural damping properties make it ideal for use in pads for vibration and noise control. Transformers often experience vibrations from the magnetic flux and load cycles, which can lead to wear and tear or even structural damage over time. By absorbing and dissipating vibrational energy, cork reduces noise and extends the lifespan of key components, contributing to smoother operation and lower maintenance costs.
Why choose Amorim T&D cork composite solutions?
Amorim T&D is a range of cork composite solutions, developed by Amorim Cork Solutions, especially for the power industry. These solutions not only perform well in these specific applications but also offer environmental advantages. As a natural and renewable material, cork aligns with sustainability goals while delivering high performance in demanding industrial contexts.
For instance, a sheet of Amorim T&D VC2100 has a carbon footprint of -20.31 KgCO2eq, meaning it captures more CO2 than it produces. This calculation is based on a cradle-to-gate study conducted using a tool developed by KPMG in collaboration with Amorim Cork Solutions. By combining high performance with a negative carbon footprint, Amorim T&D is helping drive the industry's transition toward more sustainable practices.
For those looking to optimize transformer design or improve overall performance, Amorim T&D offers innovative solutions that elevate the effectiveness and sustainability of transformer systems.
