These Soft-As-Butter Cooling Sheets Are Currently Less Than $50 (But Only Until Tomorrow)

How well you sleep impacts so many aspects of your life (think: stress level, cognitive performance, physical energy1, and more). The best way to set yourself up for success is by investing in a comfortable sleep environment, which includes a pair of quality sheets. Luckily, one of our top picks is currently less than $50 for Amazon Prime Day.

First things first, it's important to understand why cooling sheets are so beneficial to your sleep. Studies show2 heat exposure increases wakefulness and decreases two of the most important stages of sleep, deep sleep and REM sleep.

Cooling sheets have temperature-regulating materials that draw heat away from the body, which ensures you stay cool all night long.

And while you may think all cooling sheets are the same, the Bedsure Cooling Sheets stand out from the rest. These silky sheets have more than 42,000 perfect five-star ratings on Amazon touting their luxurious look and feel—yet they're surprising affordable (especially with the current markdown).

Available in 16 colors, these luxurious sheets boast a 250-thread count. In case you're new to the world of bedding, the recommended thread count is between 200 to 400.

Better yet, the unique 100% bamboo viscose is described by reviewers as a "miracle fiber." That's because it's soft as silk but still moisture-wicking. So even if you sweat a little, the sheets won't feel heavy or damp (no clingy fabric here.)

Every set comes in standard sizing from a twin to California king, and comes with two pillowcases, one flat sheet, and one fitted sheet. Our favorite part? The sheets are designed to fit a mattress up to 16 inches deep, which ensures they won't slip off the corners of your bed in the middle of the night (though sheet straps always help, too).

Another unexpected perk of the machine-washable material is that it actually feels softer after a trip through the laundry. Shoppers say they've also noticed that pet hair doesn't cling to the material.