How to recharge your Wool Dryer Balls

WHY IT’S BETTER 

Dryer sheets can leave harmful chemicals in clothing, which then touches your skin. Our Fluff and Tumble Dryer Balls are made of 100% New Zealand wool to soften fabric, help reduce static and wrinkles as well as cut drying time—all without the use of harmful chemicals. They’re also great for use with your favorite essential oil to naturally scent your laundry. 

• A safe and natural replacement for potentially harmful, chemically laden dryer sheets.

• Separates and creates space between clothes, allowing the hot dryer air to circulate better and soften fabrics.

• Helps reduce drying time, static cling and wrinkles.

• Made of 100% hand spun New Zealand wool, a naturally sustainable and biodegradable resource.

• Safe for all clothes.

• Saves time, energy and money.

• Quieter and more natural than plastic dryer balls, and they won’t melt.

• Excellent for use with pure essential oils for scented laundry

• 2 year warranty

THE PROBLEM

Your clothes never seem to dry all the way, creating longer dry times. To make matters worse, they come out of the dryer wrinkled and full of static electricity. And using dryer sheets or fabric softeners isn’t an option because they can cause harm to your dryer, not to mention the environment, with all those chemicals. 

THE SOLUTION

The Fluff and Tumble Dryer Balls reduce dryer time, wrinkles and static by creating space between your clothes as they are tossed gently in the dryer, allowing more air to circulate between and among them. And, what’s even better, they don’t contain chemicals or dryer-harming ingredients like most dryer sheets and fabric softeners. 

HOW TO USE

• Place Fluff and Tumble Dryer Balls in dryer with fabric and set dryer to desired heat. Remember to set it at a optimal low/medium setting so it doesn't over dry.

• No need to remove them from the dryer.  Store the wool dryer balls inside the dryer for convenient access.

• Try them with a drop or two of pure essential oil for heavenly scented laundry.

  • After the laundry is completely dried, take out 2-3 of the Fluff and Tumble Dryer Balls and apply desired amount of pure essential oil to each ball.

  • Toss the 2 back into the dryer with the other one and run on Air Fluff (no heat) for 10 minutes, so the delicate oil is not damaged.

• It will about 1000 loads. Revamp as needed.

Missing the scent?

TIP: Add essential oils to your dryer balls to add a natural and safe scent to your laundry.

• • After the laundry is completely dried, take out 2-3 of the Fluff and Tumble Dryer Balls and apply desired amount of pure essential oil to each ball.

  • Toss the 2 back into the dryer with the other ones and run on "Air Fluff" (no heat) for 10 minutes, so the delicate oil is not damaged.

Got Static?

TIP: Reduce your heat level and drying time - our dryer balls can reduce drying time by up to 25%. 

DID YOU KNOW

• Dryer sheets and softeners have chemicals and waxes that can kill a dryer’s heating element by creating buildup on the lint catcher, so hot moisture cannot escape the dryer.

• Fabric softeners and dryer sheets are some of the most toxic products around. The #1 cause of indoor air pollution due to the toxic VOCs it releases! 

• They add toxic chemicals to your laundry and, consequently, your body. Remember our largest organ of our body is our skin and we absorb all that is left on our fabrics. Plus, it can take YEARS for a dryer sheet to break down in landfills.

• According to Scientific American, some of the most harmful ingredients in dryer sheets and liquid fabric softeners alike include benzyl acetate (linked to pancreatic cancer), benzyl alcohol (an upper respiratory tract irritant), ethanol (linked to central nervous system disorders) and chloroform (a neurotoxin and carcinogen), among others. Since fabric softeners are designed to stay on your clothes for extended periods of time, such chemicals can seep out gradually and be inhaled or absorbed directly through the skin.
  “Greener” Laundry by the Load: Fabric Softener versus Dryer Sheets, Scientific American, December 10, 2008.www.scientificamerican.com