-4AN 45 DEGREE KRYPTALON LIGHTWEIGHT BIG BORE TITANIUM

Description

Maximize system efficiency and reliability with the -4 AN 45 Degree Kryptalon hose end, designed to deliver exceptional fluid flow in demanding applications. Its 45-degree angle configuration facilitates smoother routing in tight spaces, minimizing hose kinks and pressure drops that compromise performance.

Constructed from lightweight titanium, this fitting weighs only 0.2200 kg, significantly reducing overall system weight without sacrificing strength or corrosion resistance. This material choice extends component lifespan and maintains integrity under high-pressure conditions common in automotive and industrial hydraulic systems.

The big bore design enhances fluid passage, allowing higher flow rates and reducing turbulence within the hose assembly. This results in improved system responsiveness and reduced heat buildup, critical for maintaining optimal operating conditions.

• Precise 45-degree angle: Enables efficient hose routing, reducing installation complexity and ensuring consistent fluid flow.
• Lightweight titanium construction: Offers superior strength-to-weight ratio, enhancing durability while lowering system weight.
• Big bore internal diameter: Supports increased flow capacity, improving system performance and reducing pressure loss.
• Dimensions: 16.00 cm length, 9.00 cm width, and 2.00 cm height, ensuring compatibility with standard -4 AN hose assemblies.
• Brand assurance: Manufactured by Aeroflow, guaranteeing precise engineering and quality control aligned with industry standards.

The Kryptalon series hose end is engineered for professional-grade applications where reliability and performance are paramount. Its combination of titanium material and big bore design provides a tailored solution for fluid systems requiring both lightweight components and uncompromised flow efficiency.

Install this fitting to enhance your hydraulic or fuel system with a component that balances durability, weight savings, and optimized fluid dynamics. Its precise dimensions and robust construction make it a dependable choice for high-performance environments demanding consistent, leak-free connections.