1/4SAE Exhaust Valve Air Conditioning Refrigeration Charging Adapter Valve for R22 R12 R134 Refrigerant Charging Valve HIP Gold

1/4 SAE Refrigerant Charging Adapter Valve – R22 R12 R134a

Gold
Sale price  $29.89 Regular price $35.36
Skip to product information
1/4SAE Exhaust Valve Air Conditioning Refrigeration Charging Adapter Valve for R22 R12 R134 Refrigerant Charging Valve HIP Gold

1/4 SAE Refrigerant Charging Adapter Valve – R22 R12 R134a

Sale price  $29.89 Regular price $35.36
ColorGold

1/4 SAE Brass Refrigerant Charging Adapter Valve for R22, R12 & R134a

Keep your air conditioning and refrigeration work efficient and leak-free with this heavy-duty 1/4 SAE Exhaust & Charging Adapter Valve. Crafted from high-quality brass, this compact valve installs directly onto the end of your charging hose to purge excess air from the manifold tube — ensuring a cleaner vacuum pull and a more effective refrigerant charge every time.

Whether you're a seasoned HVAC technician or a skilled DIYer, this valve is a must-have addition to your refrigeration toolkit. It works seamlessly with the most common refrigerants including R22, R12, and R134a, making it a truly versatile tool for a wide range of air conditioning and refrigeration systems.

Key Features

  • Effective Air Purge: Simply press the valve to exhaust excess air trapped inside the refrigerant meter tube, achieving a better vacuum and more precise refrigerant charge.
  • Universal 1/4 SAE Fit: Compatible with all standard 1/4 SAE interface tools and widely used air conditioning manifold gauge sets.
  • Premium Brass Construction: Made from high-quality brass for superior strength, durability, wear resistance, and long service life.
  • Excellent Sealing Performance: Tight, reliable seal minimizes refrigerant loss during installation and servicing.
  • Quick & Easy Installation: Simply thread it onto the end of your charging hose — no special tools required.
  • Wide Compatibility: Suitable for R22, R12, R134a, and other common refrigerant types used in AC manifold systems.

Specifications

Item Type Refrigerant Charging Adapter Valve
Material High-Quality Brass
Interface 1/4 SAE
Compatible Refrigerants R22, R12, R134a
Weight Approx. 55 g / 1.9 oz
Country of Origin Made in China

What's in the Box

  • 1 × 1/4 SAE Refrigerant Charging Adapter Valve

Related Tools You May Like

Learn more: OSHA on personal protective equipment

Frequently Asked Questions

Q: What refrigerants is this 1/4 SAE charging adapter valve compatible with?

A: This refrigerant charging adapter valve is designed for use with R22, R12, and R134a refrigerants, making it suitable for a wide range of residential and commercial air conditioning and refrigeration systems that use standard 1/4 SAE manifold hose connections.

Q: How do I use this exhaust valve to purge air from the charging hose?

A: Simply install the valve at the end of your refrigerant charging hose. Once connected, press the valve button to release any trapped air inside the manifold tube before beginning the charging process. This helps achieve a cleaner vacuum and a more accurate refrigerant fill.

Q: Is this valve compatible with standard manifold gauge sets?

A: Yes. This adapter valve features a standard 1/4 SAE interface, which is the most common connection size used on HVAC manifold gauge sets, making it broadly compatible with professional and consumer-grade refrigeration tools.

Q: Why is brass used for this valve, and does it affect durability?

A: Brass is the preferred material for refrigeration valves and fittings due to its excellent strength, natural corrosion resistance, and durability under pressure. This high-quality brass construction ensures the valve can withstand repeated use and maintain a reliable, leak-free seal over the long term.

Production & Packaging Notice

To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.

You may also like