Elyaspedy 2026 Upgrade 22985 Plus II Manifold Hose Set – 72-inch Low-Loss Hoses, 1/4-inch FL to 1/4-inch FL, 800 PSI, Pack of 3

Overview

The Elyaspedy 2026 Upgrade 22985 Plus II Manifold Hose Set is a professional-grade trio designed to streamline HVAC service. With a 72-inch reach, these hoses help you access distant components while maintaining steady control over refrigerant work. The low-loss design minimizes pressure drop during handling, supporting smooth, efficient operations on busy job sites.

Built for broad compatibility, the set supports common refrigerants including R410A, R134a, R407C, R502, R12, R22, and more. This versatility makes it a flexible companion for air conditioners, refrigerators, car A/C systems, and cold storage projects, allowing technicians to adapt quickly to varying requirements without swapping hoses.

Durable, precise construction

Durability starts with a brass alloy and rubber construction, paired with PTFE gasket seals to ensure a secure, leak-resistant interface. Deep-knurled connector nuts provide a confident, tool-free grip for fast installation, helping you stay productive on-site.

The hoses are designed with a four-layer construction to reduce refrigerant permeation, which helps minimize unintended losses during service. They’re vacuum-rated to 20 microns, enabling effective vacuum pull and precise condition assessment within HVAC systems.

What you get

• 72-inch reach for easier access to hard-to-reach components
• Standard 1/4-inch flare ends for broad compatibility with gauges and appliances
• Pack of three hoses to cover multiple lines or keep spares handy
• 800 PSI working pressure for reliable performance in typical service scenarios
• Low permeation four-layer design to minimize refrigerant leakage
• 3-year warranty and responsive customer support for peace of mind

In real-world use, technicians rely on this set to recover refrigerants, pull vacuum, and test system integrity. The combination of length, secure fittings, and seal reliability helps maintain focus on the task at hand rather than equipment glitches. While results can vary with conditions, the design aims to support consistent, controlled performance across a range of common refrigerants and applications.