What makes these plates so durable?
The steel construction excels under compression and flexion – the two major stresses in powerlifting. Your plates can cope with maximum loading again and again, without deforming. They perfectly resist controlled contact with the ground during deadlifts. But watch out – these rigid plates aren't designed to be violently dropped from a height, like in weightlifting.
Looking for accessories to complete your equipment?
To get the most out of these plates, pair them with a 50 mm Olympic barbell. Go for the 15 kg model (ref. 8484131) or 20 kg model (ref. 8491834) depending on your needs. And add our weights collars (ref. 8485052) to keep your weights securely in place.
Why do you need such precision?
In powerlifting, every gramme counts. Our plates have a tolerance of 0.25%, or 10 g max for the smallest sizes. This precision guarantees exact loading for every training session and official competition. You know exactly what you're lifting, you can track your progress reliably, and you can train under exactly the same conditions as competition day.
Why choose this 0.25 kg powerlifting plate?
This plate has already won over the most demanding powerlifters. During long-term tests at a pro gym, it blew everyone away with its reliability. It's easy to grasp with two hands, meaning you can quickly adjust your bar. And telling your weights apart couldn't be easier – just use the colour codes. With its 5-year warranty, this plate offers the best value for money on the market for chasing your personal bests.
What can you use a 0.25 kg powerlifting plate for?
This size lets you add just 500 g to your bar (two 0.25 kg plates). It's perfect for helping you reach the next level without taking things too fast, particularly with the bench press, where every kilo counts. You'll get stronger smoothly and sustainably, without jumping up by too much weight at a time, which could hamper your progress. These microadjustments are particularly useful when you're close to your limit or you're returning from injury.