Womens CoolLife Sleepwear
$143.00 $143.00 $143.00 $143.00 $143.00 $143.00 $143.00 $143.00 $143.00 $143.00 $143.00 $143.00 $143.00 $143.00 $73.00 $73.00 $73.00 $73.00 $73.00 $73.00 $73.00 $73.00 $73.00 $73.00 $73.00 $73.00 $73.00 $73.00 $83.00 $83.00 $83.00 $83.00 $83.00 $83.00 $83.00 $83.00 $83.00 $83.00 $83.00 $83.00 $83.00 $83.00
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Womens CoolLife Sleepwear
Womens CoolLife Sleepwear
Womens CoolLife Sleepwear
Womens CoolLife Sleepwear
Womens CoolLife Sleepwear
Womens CoolLife Sleepwear
Womens CoolLife Sleepwear
Womens CoolLife Sleepwear

Autym is wearing a size medium
and measures 5ft9". 

Womens CoolLife Sleepwear

Sleep Cooler and More Soundly.

Our featherlight, soft-as a-cloud Sleep Top is designed and tailored for ultimate comfort and backed by science to improve your sleep. CoolLife technology works all night long, letting your body heat escape and regulating your body temperature for a perfect rest. 

LifeLab's barely-there Sleep Bottom continuously cools your core temperature throughout the night, so you can sleep better, use less energy and combat climate change before the sunrise. 

Why We Like It:

  • Continuously moves your body heat away from your skin, keeping you 1.1C/1.9F cooler
  • Studies show that maintaining the right temperature during the night helps lead to a more restful sleep
  • Production of this set emits 61% fewer CO2 emissions, cuts water pollution by a third, and uses 58% fewer fossil fuels than typical non-recycled nylon

 

 

$143.00 $143.00 $143.00 $143.00 $143.00 $143.00 $143.00 $143.00 $143.00 $143.00 $143.00 $143.00 $143.00 $143.00 $73.00 $73.00 $73.00 $73.00 $73.00 $73.00 $73.00 $73.00 $73.00 $73.00 $73.00 $73.00 $73.00 $73.00 $83.00 $83.00 $83.00 $83.00 $83.00 $83.00 $83.00 $83.00 $83.00 $83.00 $83.00 $83.00 $83.00 $83.00
Size Guide

Sustainability Index

We make every effort to reduce this product's impact on the earth.

Global Warming Potential

61% fewer CO2 emissions

Water Pollution

54% less water pollution

Water Use

31% less water usage

Fossil Fuel Depletion

58% less fossil fuel depletion

Chemical Impact

63% reduced chemical impact

Earth Friendly Materials

Our CoolLife Sleep Top is constructed with 41% recycled materials by fabric weight.

We use 100% recycled polyester labels and sewing thread.

Sustainable Packaging

We reduce our environmental footprint by choosing our packaging wisely. That means no hangtags or swift tacks and no conventional plastic. When we do use packaging, we choose 100% compostable alternatives made from the bio-based polymer PBAT and the plant-based polymer PLA. 

*

Compared to products that use non-recycled nylon. Based on Higg MSI 3.2 data at Higg.org. Percentage reductions pertain to the finished material phase.

Learn More

Features

Sizing & Fit

xxs XS S M L XL XXL
Chest 28.5-3072.4-76.2 30.5-3277.5-81.3 33-34.583.8-87.6 35-36.588.9-92.7 37-39.594-100.3 40-44101.6-111.8 45-47114.3-119.4
Waist 23-2458.4-61 24.5-25.562.2-64.8 26-2866-71.1 28.5-3072.4-76.2 30.5-33.577.5-85.1 34-4086.4-101.6 41-43.5104.1-110.5
Hip 31-32.578.8-82.6 33-34.583.8-87.6 35-3788.9-94 37.5-3995.3-99.1 39.5-41.5100.3-105.4 42-46106.7-116.8 47-49119.4-124.5

"We believe in a better life through science and design.

Our clothing is the first ever of its kind, providing superior ability to regulate body temperature and reduce energy consumption, a key driver of climate change.​ 

We’re on a mission to fight for a cleaner planet.”

— Scott Mellin, CEO

Womens CoolLife Sleepwear

What We're Hearing

A-Z

CLO Rating

  1. The standard measurement of how warm a textile keeps you (the higher the CLO, the warmer you are).
  2. The degree of insulation provided by an article of clothing. 
  3. LifeLabs CLO levels are significantly higher than materials almost 30% heavier. 

Infrared Radiation

  1. A type of electromagnetic radiation produced when atoms absorb and then release energy with a frequency lower
than visible light.
  2. Thermal energy your body is producing all the time. 

Emissivity

  1. The measure of an object's ability to emit infrared energy (heat by radiation).
  2. A low-emissivity material (like aluminum) acts as a radiant barrier and decreases 
the amount of infrared radiant heat
 that escapes. 

Higg Index

  1. A tool for the apparel and footwear industry to assess the environmental impacts of raw materials and the lifecycle impacts of products.
  2. The industry-leading value chain measurement methodology developed by the Sustainable Apparel Coalition.

Nanoporous

  1. A regular organic or inorganic framework supporting a porous structure.
  2. A nano-scale cell structure that allows body heat to escape through pores to maximize comfort.

PFC

  1. Perfluorinated chemicals, or a subset of perfluorinated chemicals called perfluorocarbons are traditionally used in textile manufacturing to provide water repellency.
     
  2. LLD uses PFC-free water repellent finishes to lower or impact on the environment and human health.

Polymer

  1. Large molecules made by bonding (chemically linking) a series of building blocks.
  2. Polymers are chains of chemically bonded atoms.

Polyethylene

  1. A material that conducts infrared heat away from your skin at a higher, more efficient rate.
  2. Polyethylene has a low Materials Sustainability Index rating compared to conventional synthetic fibers used in apparel today.

QMax Index

  1. Measurement of thermal transport.
  2. A higher Qmax value indicates a faster tranfer of heat from the body to the fabric surface, resulting in a cooling effect.
  3. A measure of predicting the warm/cool feeling of fabrics.  

Reflection

  1. The return of light, sound or heat from a surface.
  2. A reflective fabric or material reflects the body's heat back to itself.

Thermoregulation

  1. A type of homeostasis and a means of preserving a stable internal temperature in order to survive.
  2. Thermoregulation is the maintenance of a relatively constant core body temperature.

Transparency

  1. Allowing the passage of a specified form of radiation.
  2. Honest and open; without secrets or deceit. Transparency in materials means that the textile barrier blocks natural elements (like rain and sunlight) and allows other to pass through (like persperation and body heat.)