Stainless Steel 316L Straight Coupling Twin Ferrule
Secure critical fluid and gas systems with the Stainless Steel 316L Straight Coupling Twin Ferrule. Engineered to seamlessly join two sections of tubing in a straight line, this fitting creates a highly reliable, leak free, and vibration resistant seal. Because it completely eliminates the need for welding, flaring, or specialised tools, it can be installed quickly and safely in demanding environments. The clever four part design featuring an outer body, a nut, a front ferrule, and a back ferrule ensures a tight grip that holds firm under intense operational stress.
Forged from premium 316L low carbon steel, this coupling delivers exceptional resistance to corrosion and extreme temperatures. It provides the unwavering durability required across a wide range of intense industrial applications. From high pressure offshore oil and petrochemical environments to aggressive chemical processing plants, the robust construction ensures maximum safety. It is equally suited for sterile pharmaceutical fluid lines, food and beverage manufacturing, and precise process control instrumentation, keeping operations running flawlessly day in and day out.
Summary:
- Used to permanently or semi permanently join two sections of tubing in a straight line
- Creates a highly reliable, leak free and vibration resistant seal without the need for welding, flaring or specialised tools
- The fitting consists of four part, the outer body, a nut, a front ferrule and a back ferrule
- 316L low carbon steel and highly corrosion resistant
- Can withstand high temperatures
Applications:
Commonly used in;
- Oil, Gas & Petrochemical: Ideal for high-pressure fluid systems, hazardous gas transport, and offshore environments
- Chemical Processing: 316L stainless steel provides excellent resistance to corrosion and aggressive chemicals
- Pharmaceuticals & Food/Beverage: Utilized for sterile fluid lines and sanitary environments that demand non-contaminating materials
- Instrumentation & Hydraulics: Standard in process control systems, gas chromatography, and pneumatic lines
