AEROFLOW -16AN TO 2 x -12AN FEMALE ORB U BLOCK BLUE

Description

Streamline your hydraulic or fuel system connections with the Aeroflow -16 AN to 2 x -12 AN Female ORB U Block. Designed to simplify complex hose routing, this fitting enables you to split a single -16 AN line into two -12 AN outputs without compromising flow integrity or system reliability.

The U Block’s robust construction supports high-pressure applications, ensuring a secure, leak-free seal through its precision-machined female ORB ports. This guarantees optimal fluid transfer and reduces the risk of system failure caused by improper fittings.

With a compact footprint measuring 16.00 cm in length, 14.00 cm in width, and 1.20 cm in height, this fitting fits neatly into tight engine bays or confined installation spaces. Its lightweight design at just 0.25 kg adds minimal bulk, simplifying integration without adding unnecessary weight.

Manufactured by Aeroflow, a trusted name in hose and fittings, this blue anodized U Block not only resists corrosion but also provides visual identification for easy maintenance and system troubleshooting. The color-coded finish helps differentiate fluid lines quickly during inspections.

• Dual -12 AN female ORB outlets: Allow efficient branching from a larger -16 AN input, facilitating versatile system configurations.
• Precision-machined ports: Deliver secure, leak-proof connections critical for high-pressure fluid systems.
• Compact dimensions: 16 cm by 14 cm by 1.2 cm size maximizes installation flexibility in constrained spaces.
• Lightweight at 0.25 kg: Minimizes added weight while maintaining durability.
• Blue anodized finish: Enhances corrosion resistance and provides easy visual identification.

This fitting is ideal for professional automotive and industrial applications requiring reliable fluid distribution. Its specific design accommodates hoses and lines with -16 and -12 AN sizes, ensuring compatibility with a wide range of systems. Trust Aeroflow’s engineering to deliver a solution that maintains system integrity while optimizing routing efficiency.