Swivel | FLEX | 16mm | Load capacity 3.2 t | Stainless steel V4A/AISI 316
Dimensions:
A - 41 mm, B - 38 mm, C - 37 mm, D - 48 mm, E - 200 mm | weight 1,20 kg
High-quality material for maximum durability
The FLEX swivel with a diameter of 16 mm and a load capacity of 3.2 tons is made of stainless steel V4A (AISI 316). This material is characterized by its exceptional corrosion resistance, even in demanding environments such as saltwater or chemical settings. Thanks to these properties, the swivel is ideal for maritime, industrial, or outdoor applications. The use of V4A stainless steel ensures not only long service life but also an appealing appearance.
Flexible design for versatile applications
The innovative joint design of the FLEX swivel allows for high mobility and flexibility. This makes the swivel perfectly suited for connections with ropes, cables, or chains. Whether used with winches, in sailing applications, or in industrial lifting operations – this swivel always provides a safe and reliable connection solution. The construction prevents twisting of connected elements and ensures smooth operation. Thanks to the joint, these rotary swivels are particularly well-suited for rope connections running through pulleys or on net drums. It should be noted that the bending load is significantly reduced compared to rigid swivels.
High load capacity and safety
With an impressive load capacity of 3.2 tons, the swivel meets the highest safety standards. The robust construction ensures stability even under extreme loads. This makes it the perfect choice for demanding application areas such as construction, architecture, or shipping. Trust a product that convinces both in terms of quality and performance.
Versatile applications
This stainless steel swivel is a true all-rounder: it is used in maritime navigation, outdoor activities such as hanging hammocks or swings as well as in industrial processes. Even in DIY projects, it is an indispensable tool. Thanks to its corrosion resistance, it remains reliable and durable even under harsh conditions.
