- 【Quality Material】: The R134A quick coupler adapter is made of high-quality brass material, corrosion-resistant and wear-resistant, and is not easy to rust in long-term use, providing you with a continuous and reliable use experience.
- 【High/Low SAE Male Fitting】: The R134A quick coupler adapter features distinctive two-color identification, with red for the high-pressure side connector and blue for the low-pressure side connector, which helps users to visually identify it and reduces the risk of misuse.
- 【Widely Applicable】: The R134A quick coupler adapter is designed to connect to 1/4” SAE male flare fittings, which are compatible with the female flare fittings found on most refrigerant manifold hoses and are sufficient for your everyday needs.
- 【Easy to Use】: The R134A quick coupler adapter has a 6-ball quick connector, when docking with the R134A port, it can form a multi-point close fit, which enhances the solidity of the connection, both connecting and disconnecting are fast, simple, and efficient, effectively enhancing the high-speed flow of refrigerant.
- 【Method of Use】: The R134A quick coupler adapter is easy to install by connecting the bottom of the coupler to the vehicle's R134A specialty service port and connecting the R-134A adapter to the refrigerant hose.
The R134A quick coupler adapter is made of high-quality brass material and is long-lasting. Its 6-ball quick coupling provides a solid guarantee for the safe and efficient operation of the refrigeration system.
Specification:
Brand: BDZMC
Name: R134a Quick Coupler Adapter
Color: Red/Blue
Material: Brass
Size:
Blue Adapter: 1.88 × 0.86 inches
Red Adapter: 1.88 × 0.98 inches
Applicable: Most Vehicle
Features:
-The R134A quick coupler adapter is designed with an ergonomic knurled grip ring, which is not easy to slip during use.
-The R134A quick coupler adapter is made of high-quality brass material, which can maintain stable performance during long-term use.
-The R134A quick coupler adapter has a 6-ball design that fits snugly into the R134A ports to prevent leakage.
