Clothing affects body temperature through its insulation, moisture management, breathability, and thermal regulation properties. Traditional fabrics may trap heat and moisture, leading to discomfort through over-insulation, moisture buildup and hindered temperature regulation. However, with an advanced textile technology like 37.5 Technology, clothing can instead actively transport water vapor away from the skin and speed evaporation. […]
Temperature regulating clothing is designed to actively manage your body’s microclimate to help keep you comfortable in any environment. In contrast to traditional fabrics that can lock in moisture, or wicking fabrics that simply spread it out, temperature regulating clothing with 37.5 Technology actually removes moisture at the vapor stage, helping to balance your temperature
Your performance and comfort depend on maintaining an ideal core temperature close to 37.5°C, along with a relative next-to-skin humidity of around 37.5%. The temperature regulating clothing powered by 37.5 Technology does just that, helping you stay cooler when it’s hot and warmer when it’s cold, as well as maximizing performance during work or play.
What are the benefits of temperature regulating clothing? Read More »
The temperature regulating clothing with 37.5 Technology achieves these seemingly opposing actions by harnessing the power of active particles embedded within the fabric. These particles are derived from the natural sources of volcanic minerals and activated carbon from coconut shells. When you’re hot, the particles remove water vapor from next to your skin, effectively cooling
How can the same clothes help cool you when it’s hot and warm you when it’s cold? Read More »
During winter, the 37.5 natural active particles used in temperature regulating sheets absorb your body’s infrared energy, powering the particles to remove moisture, helping to keep you warm and cozy throughout the night. In the summer months, the same technology works to cool you down by speeding evaporation to remove excess heat and moisture, allowing
How can the same sheets be warm in the winter and cool in the summer? Read More »
The best bedding to regulate temperature typically includes materials that actively manage heat and moisture, promoting a comfortable sleep environment. Breathable fabrics like cotton or linen can allow for better airflow and moisture wicking, helping to prevent overheating. However, when 37.5 Technology’s natural active particles are embedded in these fabrics and other textile materials, water
What is the best bedding to regulate temperature? Read More »
Absolutely. Temperature regulating bedding powered by 37.5 Technology is proven to enhance sleep comfort. Testing at Inside Climate demonstrated a relative temperature balancing effect of 5 – 19° F (or 3 – 12° C) when the temperature regulating bedding products with 37.5 Technology were compared against standard bedding products. This means that you spend more
Does temperature regulating bedding actually work? Read More »
Temperature regulating bedding is designed to actively manage your body’s microclimate during sleep, helping to ensure optimal comfort and restfulness. Traditional bedding materials can trap heat and moisture, leading to discomfort and disrupted sleep. However, the temperature regulating bedding with 37.5 Technology features active particles derived from natural sources to capture and release moisture vapor,
The best fabric for temperature regulation can vary by environment and usage. 37.5 Technology is not only embedded in a wide variety of fabric constructions, but also insulations, foams, and laminates to provide tailored thermoregulation in apparel, footwear, bedding and more.
What fabrics are best for regulating body temperature? Read More »
The human body produces heat 24 hours a day. The most important way to regulate temperature is through the release of moisture vapor from the skin as sweat. The temperature regulating fabrics made with 37.5 Technology use ultra-porous minerals to massively increase the fabric’s surface area, attracting and removing this heat and moisture before it
