The Festo QSYB148 is a genuine push-in L-fitting designed for reliable pneumatic connections. It features a G1/4 male thread on one end and an 8mm push-in connector for tubing on the other, allowing for flexible and secure system configurations. Constructed with a PBT housing, POM release ring, NBR sealing ring, and nickel-plated brass threaded sleeve, this fitting ensures durability and moderate corrosion resistance. It operates efficiently within a pressure range of -0.95 to 6 bar and a temperature range of -10 to 80 °C, making it ideal for various industrial compressed air and water applications.
Festo is a global leader in automation technology and technical education, with a strong focus on pneumatic and electric drive systems. The company was founded in 1925 by Albert Fezer and Gottlieb Stoll in Esslingen am Neckar, Germany, where its headquarters remain. Festo is a privately held company known for its innovative solutions in industrial and process automation, serving a wide range of industries worldwide.
The brand's product portfolio is extensive, encompassing a vast array of components and systems for automation. Festo is recognized for its pneumatic cylinders, valves, sensors, and proportional technology, which are critical for precise motion control and efficient operation in automated processes. While primarily an industrial automation supplier, its robust and reliable components are often integrated into agricultural machinery for various control and actuation tasks.
At Partao, you can find genuine Festo spare parts across several categories, often used in the hydraulic and pneumatic systems of agricultural equipment. Our catalog includes Air Filters, Ball Bearings, Bolts & Fasteners, Brackets & Supports, and Control Modules. Over 254 genuine Festo spare parts are available at Partao.
Festo components are chosen by manufacturers and operators for their high quality, precision, and long service life, even in demanding environments. The brand's commitment to innovation ensures that its parts contribute to the efficiency and reliability of automated functions within agricultural machinery, from precision seeding to material handling systems.