The Nanobionic Super Heat Membrane: Revolutionising Outerwear and Beyond

2023-08-05
(4)
The Nanobionic Super Heat Membrane: Revolutionising Outerwear and Beyond

A proprietary combination of advanced minerals are carefully engineered to capitalise on the body’s natural heat production.

Nanobionic Technologies is introducing a breakthrough in the realm of performance materials, the Nanobionic Super Heat membrane that significantly boosts body heat to unprecedented levels.

Unlike traditional insulating materials, the proprietary membrane is activated by body heat, providing a game-changing solution for outdoor enthusiasts, military applications and even space exploration.

With its unique blend of enhanced body heat retention, breathability, waterproof and windproof features, the Nanobionic Super Heat membrane is poised to revolutionise the way comfort and protection are experienced in a wide range of applications.

At the heart of the membrane lies is a proprietary combination of advanced minerals, carefully engineered to capitalise on the body’s natural heat production. When activated by the wearer's body heat, the minerals undergo a transformation that leads to an extraordinary increase in heat retention, effectively enveloping the user in a cocoon of warmth without the need for electricity or external power sources.

 

 

Digital thermographs reveal the impact of Nanobionic treatment.

Digital thermographs reveal the impact of Nanobionic treatment.

 

Body heat enhancement

The Nanobionic Super Heat membrane excels in providing unparalleled body heat enhancement. Its innovative design captures and retains body-generated warmth, ensuring maximum thermal comfort even in the most challenging environments. From icy alpine expeditions to frosty space missions, this membrane keeps adventurers warm and focused on their pursuits. Nanobionic was also a NASA iTech Top 10 finalist named as one of the ten companies that could impact space exploration in the near future.

Despite its exceptional insulating properties, the Nanobionic Super Heat membrane does not compromise on breathability. Built-in microstructures allow excess heat and moisture to escape, ensuring a balanced and comfortable microclimate for the wearer. This breathability factor prevents overheating and perspiration build-up, making it an ideal choice for high-intensity activities.

In addition to boosting body heat, the Nanobionic Super Heat membrane forms an impenetrable barrier against water and wind. This advanced waterproof and windproof technology safeguards wearers from harsh weather conditions, making it the ultimate solution for outdoor enthusiasts, military personnel and adventurers alike.

Versatility

The adaptability of the Nanobionic Super Heat membrane makes it a versatile option for numerous industries and applications including:

Outdoor Apparel: The membrane finds its natural home in outerwear jackets, ensuring users stay warm and dry during all-season exploration. From skiing to hiking, its advanced features make outdoor pursuits more enjoyable and comfortable.

Accessories: Gloves, hats, and scarves infused with the Nanobionic Super Heat membrane offer unmatched protection against the bitter cold, making them essential companions for winter activities.

Sleeping Bags: Outdoor enthusiasts and campers will find solace in the warmth and comfort provided by sleeping bags incorporating the membrane, enabling a restful night's sleep even in freezing temperatures.

Space Applications: The Nanobionic Super Heat membrane's ability to retain body heat without relying on electricity holds immense promise for space missions, where the need for lightweight, energy-efficient solutions is paramount.

Military Applications: Soldiers operating in extreme climates will benefit from the membrane’s ability to provide much-needed warmth without additional bulky equipment, enhancing mobility and efficiency.

The Nanobionic Super Heat membrane stands as a testament to human ingenuity and the boundless possibilities of textile engineering. With its ability to significantly increase body heat while maintaining breathability, waterproof and windproof properties, it has the potential to redefine the standards of comfort and protection across various industries.


Read the original article on Innovation in Textiles.

 

COMMENTS

RELOAD
CAPTCHA