Nuts, cutting rings, plugs, flare parts
The general principle of the cutting ring DIN2353 type of fittings is based on a a three-piece layout design which consists of a Socket with a conical seat a one-piece machined Progressive Ring (ferrule) and a Coupling Nut.
When the Coupling Nut is gradually screwed, the Progressive Ring moves on to the tube, which produces two bites into the pipe's outer diameter, forming a noticeable collar, providing a powerful, secure, high degree of safety and continuous binding owing to the exceptional building and layout of our progressive ring.
To cover all your requirements of Hydraulic & Pneumatic applications from one shop, we have been offering variety of Single ferrule Bite Type Fittings and couplings since last 15 years.
All needed cutting ring connection components, including Nuts, cutting rings, plugs, flare parts are available in diverse material specifications including steel and brass. We also design & supply duly assembled, complete lubrication, hydraulic and / or coolant circuits of various machines at most economical prices.
What are the key features of the DIN2353 Cutting Ring design?
The DIN2353 Cutting Ring features a three-piece layout design consisting of a socket with a conical seat, a one-piece machined progressive ring (ferrule), and a coupling nut. This design allows for a secure connection as the coupling nut is gradually screwed, enabling the progressive ring to bite into the tube's outer diameter, forming a collar that ensures a powerful and safe binding.
How does the Double-Bite Cutting Ring enhance safety in connections?
The Double-Bite Cutting Ring is designed to provide two bites into the pipe's outer diameter, which significantly increases the grip and resistance against disconnects. This dual biting mechanism helps to create a more reliable and leak-proof connection, making it suitable for high-pressure applications.
What specifications should be considered when selecting nuts for cutting ring connections?
When selecting nuts for cutting ring connections, it is essential to ensure that they comply with standards such as DIN 3870 and DIN EN ISO 8434-1. These specifications ensure compatibility and safety in hydraulic and pneumatic systems, providing optimal performance during operation.