-10AN 150 DEGREE KRYPTALON LIGHTWEIGHT BIG BORE 1 PIECE

Description

Maximize your system’s fluid dynamics with a hose end engineered for both performance and space efficiency. The -10 AN 150 Degree Kryptalon fitting eliminates routing challenges by providing a precise 150-degree bend, allowing for tight clearance installations where space is limited.

Constructed from Kryptalon®, a composite material known for its strength-to-weight ratio, this hose end weighs only 0.72 kg. This reduced weight eases handling during installation and contributes minimal added mass to your assembly, maintaining overall system efficiency.

The big bore 1-piece design ensures unrestricted fluid flow, reducing pressure drop and improving system responsiveness. This feature is critical in applications demanding consistent flow rates and minimal turbulence.

• 150-degree bend: Enables tight, precise hose routing in confined spaces, preventing kinks and maintaining flow integrity.
• Kryptalon® construction: Offers high durability and corrosion resistance while keeping weight low at 0.72 kg.
• Big bore 1-piece design: Provides a smooth internal passage to optimize fluid dynamics and system performance.
• Dimensions (15.00 cm length, 11.50 cm width, 3.00 cm height): Compact size fits a variety of system configurations without compromising strength.
• Brand Reliability: Manufactured by Aeroflow, a trusted name in high-performance hose fittings.

Measuring 15 cm in length and 11.5 cm in width, this fitting balances compactness with robust construction, making it suitable for precise installations where space and reliability are paramount.

Engineered specifically for -10 AN hose assemblies, this Kryptalon hose end integrates seamlessly with compatible systems, ensuring leak-free connections and consistent performance under pressure.

Choose the -10 AN 150 Degree Kryptalon hose end to enhance your fluid system with a lightweight, durable, and precisely angled fitting. Its design delivers clear advantages in installation flexibility and flow efficiency, supporting high-performance applications with confidence.