Here's what keeps air flowing!
Nike introduces the Air-Max, which is most recognisable of all of Nike's technologies with the help of former NASA engineer M Phrank Judy, who also previously developed space helmets for the Apollo mission. The air has completely changed the sneaker game.
AIR TECHNOLOGY
By using an aeronautical technique called blow rubber moulding (nike.com)
It is designed as the hollowed-out midsole, which is embedded with polyurethane pouches and to make sure the gas doesn't leak, the dense pressurised nitrogen gas is filled inside a tough yet flexible bag which brings out the flexibility and springiness without compromising the structure.
Each air unit is then placed in the midsole in different positions, depending on where the cushioning is needed which reduces the weight of the shoe. After each step the pressure is applied to the air unit which then absorbs and releases the energy and goes back to its original shape, as lighter the shoe, fewer energy athletes put out during their performance.
This Nike technology is working away using and storing the harmful greenhouse gases stored and filled in the air unit also it continuously develops sustainable materials and methods to minimise environmental impact and maximise the productivity as well as performance.
The Air max range Nike launched is an instant hit worldwide, the balance of comfort and style are top-notch, It always has a touch of modern aesthetics
Well, everyone knows about them and who doesn't want to own one of them?
While most of the brands have been thinking the way out to recycle the manufacturing wastes and searching for alternatives. Nike continues to invest in such technologies to do more with less impact!
Nike introduces the Air-Max, which is most recognisable of all of Nike's technologies with the help of former NASA engineer M Phrank Judy, who also previously developed space helmets for the Apollo mission. The air has completely changed the sneaker game.
AIR TECHNOLOGY
By using an aeronautical technique called blow rubber moulding (nike.com)
It is designed as the hollowed-out midsole, which is embedded with polyurethane pouches and to make sure the gas doesn't leak, the dense pressurised nitrogen gas is filled inside a tough yet flexible bag which brings out the flexibility and springiness without compromising the structure.
by nikeair.com |
Each air unit is then placed in the midsole in different positions, depending on where the cushioning is needed which reduces the weight of the shoe. After each step the pressure is applied to the air unit which then absorbs and releases the energy and goes back to its original shape, as lighter the shoe, fewer energy athletes put out during their performance.
Air cushioning gives the next-level protection which makes sure muscles and joints are not contracted or damaged and owing to the everlasting nature of air, the cushioning has long durability.
This Nike technology is working away using and storing the harmful greenhouse gases stored and filled in the air unit also it continuously develops sustainable materials and methods to minimise environmental impact and maximise the productivity as well as performance.
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