Hexagonal bar 28 mm | Made to measure

Features of our 28 mm Diameter Hexagonal Barbell

The 28 mm Hexagonal Barbell is designed to improve the deadlift by reducing pressure on the back, making it ideal for both professionals and beginners learning the movement. Made of high-quality steel, this barbell is powder-coated for strength and durability.

The dimensions of the barbell are 165x65x11 cm, with a total weight of 20 kg. The parallel handles have a diameter of 28 mm and a length of 25 cm, ensuring a comfortable and secure grip thanks to the knurling. The loading diameter is 28 mm and the maximum load capacity of the barbell is 400 kg. This makes it suitable for professional use in sports centres or home gyms. In addition, two spring-loaded disc clips are included to allow you to change weights quickly and safely.

Note: Please note that the actual diameter may have a downward tolerance of approximately 1 millimetre. This feature ensures optimal insertion of the discs with the corresponding hole.

How and where to use our Hexagonal Barbell

The 28 mm Hexagonal Barbell is particularly suitable for performing deadlifts safely and effectively, reducing the risk of back injuries. In addition, it can be used to bench press, providing less stress on the shoulders than traditional barbells.

Due to its versatility, the hexagonal barbell can be used in various training configurations, both in professional and home gyms. It is perfect for isotonic and free-body exercises, and can be integrated with other equipment such as racks and benches for a complete workout. The robustness of the barbell makes it ideal for athletes of all levels, from beginners to professionals.

Why choose our Hexagonal Barbell

Choosing the 25 mm Hexagonal Barbell means opting for a high quality product, entirely designed and manufactured in Italy. The powder coating treatment ensures durability and resistance to external agents. The knurled handles ensure a firm and secure grip during exercises.

The hexagonal structure of the barbell allows exercises to be performed with greater safety, reducing the risk of injury. In addition, the ergonomic design allows for even weight distribution, improving the athlete's performance.