Dichtomatik K30-295X274X8.1 Piston Seal PTFE Square Cap Piston Seal With NBR 70 Duro O-Ring Metric

K30-295X274X8.1 PISTON SEAL PTFE SQUARE CAP PISTON SEAL WITH NBR 70 DURO O-RING METRIC Piston Seal - Dichtomatik K30-295X274X8.1 The Dichtomatik K30-295X274X8.1 is a high-performance piston seal designed for use in a variety of industrial applications. This PTFE square cap piston seal incorporates a durable NBR 70 Duro O-Ring, ensuring optimal sealing performance under demanding conditions. With its precision engineering and robust materials, this seal is ideal for enhancing the reliability and efficiency of hydraulic systems. Key Features Material Composition Made from premium PTFE, providing excellent chemical resistance and low friction characteristics for smooth operation. O-Ring Integration Features a high-quality NBR (Nitrile Butadiene Rubber) O-Ring with a hardness of 70 Duro, ensuring a secure seal and long service life. Design Specifications Square cap design offers effective sealing in both static and dynamic applications, with dimensions of 295mm outer diameter, 274mm inner diameter, and a cross-section of 8.1mm. Operating Temperature Capable of withstanding a wide temperature range, ensuring reliability in various environmental conditions. Compatibility Engineered for use with a variety of hydraulic fluids, making it suitable for diverse industrial applications. Applications Hydraulic Systems Ideal for use in hydraulic cylinders, ensuring effective sealing and reducing leakage. Automotive Components Suitable for applications in automotive systems where reliable performance is critical, such as in power transmissions and steering systems. Industrial Machinery Provides robust sealing solutions in industrial equipment, contributing to enhanced operational efficiency. Benefits Enhanced Performance Reduces friction and wear, leading to improved efficiency and extended service life of hydraulic systems. Reliability The combination of PTFE and NBR materials ensures consistent sealing performance under a variety of pressures and temperatures. Cost-Effectiveness Reduces maintenance costs by minimizing the risk of leaks and system failures, thus enhancing overall productivity.