Unique Hampton Olympic Curl Bar Markdown: -60% [REC6Uxv8]

Superior Curl Bar for Commercial Settings

The Unique Hampton Olympic Curl Bar Markdown: -60% [REC6Uxv8] is a robust and reliable tool designed to withstand the demands of any commercial setting. This 49-inch bar is crafted from cold-rolled carbon Q235 steel, offering an unparalleled tensile strength of 83,000 PSI. Its 28mm shaft and 1.10-inch grip diameter provide a solid and comfortable grip for intense curling workouts. The Unique Hampton Olympic Curl Bar Markdown: -60% [REC6Uxv8] is built to last, making it the ideal choice for professional gyms, fitness centers, and personal home workouts.

Key Features and Specifications

• Construction: Made with durable cold-rolled carbon Q235 steel for maximum strength and longevity.
• Tensile Strength: Boasts an impressive 83,000 PSI rating, ensuring the bar can handle heavy weights.

The Unique Hampton Olympic Curl Bar Markdown: -60% [REC6Uxv8] comes with single ring Olympic hash marks for easy weight loading, electroplated chrome finish for a sleek appearance, and bronze bushings for smooth bar rotation. Its rubber end caps not only protect your plates and users but also help in preventing floor damage. The sleeves are 7.6 inches long and 1.97 inches in diameter, providing a secure fit for Olympic plates with 2-inch center holes.

Practical and Durable Design

• Weight: The bar itself weighs 20 lbs., offering a perfect balance for curling exercises.
• Sleeve Assembly: Features a compression pin for secure sleeve attachment.

Whether you are a professional athlete or a fitness enthusiast, the Unique Hampton Olympic Curl Bar Markdown: -60% [REC6Uxv8] is ready to meet your needs. Its marathon pace design ensures that you can perform numerous repetitions without compromising on quality. With its extensive list of features and specifications, this curl bar is a must-have for anyone looking to enhance their curling workouts. Choose the Unique Hampton Olympic Curl Bar Markdown: -60% [REC6Uxv8] for superior performance and durability.