Stainless Steel 21 Series Quick Coupling Male Body 1/4”
Compact, corrosion-resistant connection for high-pressure fluid transfer.
The Stainless Steel 21 Series Quick Coupling Male Body delivers secure transfer in pneumatic and fluid lines. In addition, its 1/4” male threaded connection ensures compatibility with standard ports. Moreover, the 21 Series MINI design allows easy installation in confined spaces.
The stainless steel body provides full corrosion protection, while the coupling withstands working pressures up to 35 bar. Furthermore, it maintains stable performance across temperatures from -20 ºC to +100 ºC. Consequently, the quick-lock mechanism speeds up workflows and guarantees a tight seal. In addition, its compact structure suits laboratory equipment and pneumatic control panels.
Stainless Steel 21 Series Quick Coupling Male Body — Technical Specifications
This coupling is particularly suited for hygienic fluid transfer in the food and pharmaceutical industries. Furthermore, the stainless steel body eliminates corrosion risk in chemical lines. As a result, it provides reliable connections for laboratory instruments and pneumatic panels. Moreover, the fast-lock mechanism shortens assembly time.
Key Advantages
- Compact MINI design enables easy installation in tight spaces
- Stainless steel body offers superior corrosion resistance
- Quick-lock mechanism provides secure connection in seconds
Applications
- Hygienic fluid lines in food and pharmaceutical industries
- Laboratory equipment and pneumatic control panels
- Leak-free stainless steel connections in chemical process lines
In summary, the Stainless Steel 21 Series Quick Coupling Male Body ensures safe and efficient fluid transfer in your industrial installations. ORFA Industrial has been your reliable partner since 1985. We supply worldwide and provide technical support. Contact us for technical support and pricing.
ORFA INDUSTRIAL PRODUCTS INDUSTRY AND TRADE INC.
Your Reliable Partner in Industrial Flow Technologies

Reviews
There are no reviews yet.