Brass Coupling Plug with Internal Thread (G 1/8i - G 1/2i ) - DN 7.2
Simplify your compressed air line installations with our versatile Brass Coupling Plug with Internal Thread. Crafted from high-quality brass, this coupling plug features precise internal threads for secure and leak-free connections. Available in various sizes (G 1/8i, G 1/4i, G 3/8i, G 1/2i), it's the perfect solution for a wide range of pneumatic applications.
Durable Brass Construction
Internal Thread Options: G 1/8i, G 1/4i, G 3/8i, G 1/2i
Designed for Compressed Air Lines
Easy to Install and Use
About the Brass Coupling Plug
Our Brass Coupling Plug DN7.2 is an essential component for professionals and DIY enthusiasts working with compressed air systems. Its solid brass construction ensures durability and corrosion resistance. While the variety of internal thread sizes provides flexibility for different connections.
Key Features:
High-Quality Brass Construction
Crafted from premium brass, this coupling plug offers excellent resistance to corrosion and wear, ensuring a long service life even in demanding environments.
Precision Internal Threads
The precise internal threads ensure a tight, secure fit with compatible couplings, minimizing the risk of leaks and ensuring optimal airflow in your compressed air system.
Versatile Size Options
With internal thread sizes ranging from G 1/8i to G 1/2i, this coupling plug is compatible with a wide range of standard couplings, offering flexibility for various applications.
Applications:
Our Brass Coupling Plug with Internal Thread is ideal for:
- Automotive workshops
- Industrial manufacturing facilities
- Construction sites
- DIY projects requiring compressed air connections
- Applications where a reliable, leak-free connection is essential
Tehnical Specifications:
Material:
Brass
Thread Type:
G 1/8i, G 1/4i, G 3/8i, G 1/2i (Internal Thread)
Size:
DN7.2
For further insights into our Coupling Plugs and its various applications, explore our detailed blog post.
Ich danke Ihnen!
Reviews
There are no reviews yet.