Valor Fitness BPX-55 55lb Bumper Plate X (sold individually)

The Valor Fitness BPX Rubber Bumper Plates are perfect for any athlete in the world of Olympic weightlifting, cross training, or strength and conditioning. Easily identified by color-coding, these heavy-duty bumper plates are made of a synthetic rubber with a gloss textured and feature several inches of rubber that cover a centralized stainless-steel disk to ensure the stability and longevity of the weight plates. Built to fit 2" Olympic barbell sleeves, this feature protects both your weights and your bars, with each plate measuring 17.5” in diameter.

• HEAVY DUTY: These bumper plates are constructed of synthetic rubber for both strength and a sharp look and feature several inches of rubber that cover a centralized stainless-steel disk to ensure the stability and longevity of the weight plates.
• TESTED AND PROVEN: Our bumper weight plates are placed under the destroy test that puts the plates in realistic, routine conditions to confirm the quality of the plate, so you know they won't fail you during WOD's or personal best lifts!
• STEEL CENTER HUB: Each plate features a chrome-plated steel center hub, much stronger than the simple steel insert you see on many other bumper plates! Built to fit 2" Olympic barbell sleeves, this feature protects both your weights and your bars.
• THINNER BUMPER PLATES: Most bumper plates take up a lot of room on your barbell, but not these! Though just as strong, these bumper plates are less thick than most so you can fit more weight on your bar, put your strength to the test and hit your next PR!
• ADDITIONAL: Each plate has a 17.5" diameter. Multiple colors to easily find the weight you wish to use. Meant for home, light-commercial, and box gym use. Warranty, 2-year.
• DISCLAIMER: Although these plates are built strong, the BPX-10 and BPX-15 plates cannot be dropped when they are on the barbell alone. This is due to the thickness of that particular size plate and it not being able to withstand the amount of force being applied to them when dropped.