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Sqwincher Qwik Serv Full Cases Sqwincher Qwik Serv - Full Cases

$54.95 / 96 packs per Full Case.

Sqwincher Qwik Serv Half Cases Sqwincher Qwik Serv - Half Cases

$28.95 / 48 packs per Half Case.

Sqwincher Qwik Serv Single Bags Sqwincher Qwik Serv - Single Bags

$4.95 / 8 packs per Bag.

20 oz Never Quit Sports Bottles 20 oz Never Quit Sports Bottle

$3.95 per Sports Bottle.

   
 

Sqwincher Qwik Serv Packs

Sqwincher single-serve Qwik Stik hydration packs are quickly becoming one of our most popular items. They feature a unique electrolyte blend which contains 50% less sodium and 50% more potassium.

Mix each single-serve Sqwincher Qwik Stik Serv pack with 16.9 oz (.5 liter) of water for on-the-go hydration. Choose from Lemon Lime, Fruit Punch, Orange and Grape.

Payment Options

When it’s time to checkout we make it easy to pay. Most of our customers prefer to pay via credit card and we accept American Express, Discover, MasterCard and Visa. And for those looking for a more streamlined process, we now accept PayPal and Amazon Pay.

If your company or organization prefers to be invoiced, we also accept purchase orders. Just select “Bill Me” as your payment option at checkout. You can then email or fax us a copy of your PO. If you’re a first time customer we’ll contact you to set up terms.

Driving dehydrated is like driving drunk.

In 2015, researchers at Loughborough University studied the effects of dehydration on driving abilities. Using a driving simulator, eleven subjects first completed a series of tests in a fully hydrated state. Following a period of fluid restriction, they then completed the same tests in a slightly dehydrated state.

Measured errors included lane drifting, late braking and crossing over rumble strips. When dehydrated, the subjects made a similar number of errors as when tested with blood alcohol levels in excess of legal limits. Even more concerning, however, is that the tested level of dehydration was relatively mild. The intent was to mimic a typical hectic day where the subjects had limited access to fluids.

The study concluded that mild dehydration induced through short-term fluid restriction resulted in a significant increase in driving errors due to reduced concentration and slower reaction times.