AF147-04-03 Aeroflow 1/4″ Npt Y Block To 2 X 3 An Male Fittings Nitrous Nos Blue

Description

Enhance fluid routing in your nitrous oxide system with this Aeroflow 1/4″ NPT Y block designed for dual output via two -3 AN male fittings. This configuration solves the problem of splitting fluid flow efficiently without compromising pressure or integrity, critical for high-performance applications.

Constructed from durable materials with precise threading, the Y block ensures leak-free connections between your nitrous lines and downstream components. The -3 AN fittings are industry-standard for low-volume high-pressure systems, allowing seamless integration with existing hoses and accessories.

Its compact dimensions—16 cm long, 6 cm wide, and 9 cm high—make it easy to install even in tight engine bays or confined spaces, while the lightweight 0.025 kg design minimizes added weight to your setup.

• 1/4″ NPT inlet: Provides a secure, standardized connection point compatible with common nitrous supply lines.
• Dual -3 AN male fittings: Allow splitting fluid flow to two separate lines with reliable sealing and durability.
• Compact form factor: 16 cm length and low profile enable installation flexibility without sacrificing performance.
• Lightweight construction: At just 0.025 kg, it adds minimal bulk while maintaining structural integrity.

This fitting addresses the need for dependable fluid distribution in nitrous oxide systems by combining standardized connection types with a Y-block design optimized for performance and space constraints. Its precision machining and durable finish extend service life even under demanding conditions.

Installation is straightforward due to the compatibility of the 1/4″ NPT and -3 AN fittings with widely used nitrous components. The blue anodized finish not only provides corrosion resistance but also offers a professional appearance that complements high-performance setups.

Choose this Aeroflow Y block to ensure your nitrous system maintains consistent pressure and flow division, critical for achieving optimal engine performance and reliability.