Ultraflex Adjustable 90° Brass Fitting

Product description: Ultraflex AF90 is a high-quality adjustable fitting made of brass, designed for use in hydraulic, pneumatic installations, and mechanical control systems, especially in the marine and automotive industries. This component allows connection of pipes at a 90° angle, enabling convenient routing of installations in confined spaces or where precise flow direction adjustment is required. The AF90 fitting is used in hydraulic control systems, boat steering systems, yachts, industrial machinery, and wherever reliability and corrosion resistance are crucial. Thanks to its brass construction, the product features high durability and resistance to seawater, oils, and other aggressive media. Installation of the fitting is simple – it allows quick and tight connection of flexible or rigid pipes, and the adjustable design permits precise setting of the outlet angle. The product meets strict quality standards, ensuring safety and long service life even under demanding operating conditions. Technical specifications: Material: brass Connection angle: 90° Connection type: adjustable fitting Intended use: hydraulic, pneumatic installations, mechanical control Corrosion resistance: high (suitable for marine environments) Compatibility: Ultraflex systems, hydraulic and pneumatic hoses Color: gold (natural brass color) Applications: steering systems, industrial installations, yacht systems Product advantages: Made of corrosion-resistant brass, ideal for marine and humid environments Enables tight and durable pipe connection at a 90° angle Adjustable design allows precise flow direction setting Compatible with a wide range of Ultraflex hydraulic and pneumatic systems Simple and quick installation without the need for specialized tools High resistance to oils, seawater, and other aggressive media Increases installation flexibility in hard-to-reach places Meets strict quality standards used in marine and automotive industries Ensures long service life and reliability even under demanding conditions.