ARB 90 Elbow JIC4M 1/4NPTM – 2 Pack (740110)

Overview

Meet ARB's 90 Elbow JIC4M 1/4NPTM 2Pk, a pair of dependable fittings designed for tight routing and precise fluid connections. The 90-degree elbow enables directional changes without compromising flow, making it a practical choice for compact installations.

Why ARB stands out

As a leading manufacturer of high-quality products, ARB blends precision engineering with real-world know-how. This 2-pack reflects that standard, offering consistency across two identical fittings for easier planning and inventory management.

Designed With The User In Mind

The design emphasizes straightforward installation and reliable performance. The JIC4M and 1/4NPTM thread interfaces are chosen for compatibility with common hydraulic and fluid systems, helping reduce guesswork during setup.

• Space-saving design: The 90-degree elbow supports tight layouts where straight fittings won’t fit.
• Secure connections: Proven threading and fit help keep interfaces durable with reduced leakage risk.
• Versatile compatibility: Works with a range of hoses and tubes used in industrial or automotive contexts.

Durability You Can Trust

ARB products are internationally recognized for their diverse range of award-winning solutions. This elbow is built to endure demanding conditions, balancing strength with a compact footprint that stays reliable under real-world use.

• Real-world tested: The fittings are tested for durability and function in actual operating environments.
• Standard-compliant: Meets or exceeds required testing standards for peace of mind in critical applications.
• Long-term performance: A robust build resists wear and fatigue in daily use.

Practical Guidance

Use these fittings where a 90-degree routing solution is needed and where space constraints require a compact, dependable elbow. Pair with compatible adapters and sealants following standard practices for best results.

Note: This listing includes two units (2Pk) under model 740110. While expectations are positive, performance will vary with system design and maintenance schedules.