In the livestock sector, especially in milking machines, high performance and durability are of critical importance. Since milking machines operate continuously and intensively, the materials used must be durable and have a long life. Graphite vanes stand out as an ideal material preferred in such machines, especially in vacuum systems and friction points. Graphite stands out with its excellent friction properties and thermal resistance in pallets and other components used in vacuum pumps of milking machines. Resistant to high temperature and humidity conditions, graphite increases the performance of the machines while also reducing maintenance requirements. Another advantage of using graphite material is that it minimizes noise levels. In the livestock sector, especially during milking, the silent operation of the machines is of great importance. Thanks to its low coefficient of friction, graphite provides quieter and more efficient operation, which provides a more comfortable experience for both animals and operators. As a result, graphite provides significant economic and operational benefits to businesses in the livestock sector by ensuring that milking machines operate as long-lasting, efficient and maintenance-free systems. Fiber-fabric vanes are used for oily milking machines.

Submersible pumps are critical equipment that allows water or liquids to be drawn from deep depths and require high performance under continuous operating conditions. In order for these pumps to operate efficiently and reliably, the motor and other moving parts must be properly bearing. This is where graphite comes into play with its excellent mechanical properties and superior durability. The main reasons why graphite is a preferred material in the bearing elements of submersible pumps are its low coefficient of friction, high thermal resistance and excellent chemical resistance. Graphite used in bearing elements ensures efficient operation of the pump system and prevents overheating of the motor. Graphite material offers a long-lasting and reliable solution against difficult conditions such as high pressure and liquid interactions encountered especially in underwater applications. In addition, thanks to the natural lubricating properties of graphite, submersible pumps show high performance with minimum wear under continuous operating conditions. This reduces the need for maintenance of the pumps and minimizes the risk of failure and downtime. Another important advantage of graphite material is that it contributes to the long life of pump systems by providing excellent resistance to water. This feature allows safe and uninterrupted operation of submersible pumps, especially those operating in harsh environmental conditions. As a result, graphite bearing elements increase the efficiency of submersible pumps, reducing both operational costs and ensuring long-term reliability.

Printing is a sector that requires high precision and efficiency. One of the most important requirements in this area is to provide continuous and uninterrupted vacuum power. Here, graphite plays a major role as a durable and long-lasting material that increases the efficiency of vacuum pumps in particular. When graphite is used as a vane in vacuum pumps in the printing sector, it allows the pump to operate efficiently thanks to its low coefficient of friction and high thermal conductivity. In addition, the high thermal resistance of graphite vanes prevents pumps from overheating, helping systems to operate efficiently for longer periods. The chemical resistance of graphite ensures long-term performance even in aggressive conditions in the printing house. For this reason, graphite materials have become an indispensable part of printing. While increasing energy efficiency and extending equipment life, it provides long-term economic gains to businesses.