What are the amazing effects of Adi sneakers equipped with boost technology?

Because the boost technology uses a plastic sole, which is composed of thousands of TPU particles, it can provide a Q-elastic foot feeling, the foot feeling of walking in the clouds.

This boost technology is comfortable, lightweight, and stylish for the human foot.

The breakthrough revenue also laid the foundation for the development of sneakers and running shoes in the future. Some people think it's a success, while others say it's a failure

I think it's going to be very effective, and it's going to be very good.

Featuring a three-bar logo and a flat sole, it's a sneaker style with a youthful twist.

Of course, this technology has amazing results, and it has to be loved by people.

It has brought breakthrough revenue to Adi, and also laid the foundation for the development of sneakers and running shoes in the future.

It's already there, you can check it up.

This one is very amazing and has a scientific flavor.

Adi brought breakthrough revenue, and also laid the foundation for the development of sneakers and running shoes in the future.

The differences between Adidas Adiprene+ technology and Boost technology are: different content, different applications, and different effects.

First, the content is different.

1. Adidas Adiprene+ technology: Adidas Adiprene+ technology is a technology that recasts rubber after secondary decomposition through high-temperature foaming technology.

2. Adidas Boost Technology: Adidas Boost Technology is a technology that uses hollow fiber material splicing and uses thousands of energy capsules to achieve the heat lock effect.

Second, the application is different.

1. Adidas Adiprene+ technology: Adidas Adiprene+ technology is often applied to the forefoot part of sports shoes to help users start faster and more strongly in various sports.

2. Adidas Boost Technology: Adidas Boost Technology is often applied to the upper of sneakers to ensure that no matter what the temperature, every step when running can clearly feel the body feedback.

Third, the effect is different.

1. Adidas Adiprene+ technology: Adidas Adiprene+ technology has excellent cushioning performance and elasticity. While absorbing the impact force, it can quickly convert it into elastic force release, and quickly return to its own shape caused by compression, which can give users the most stable and timely feedback on the field.

2. Adidas Boost technology: Adidas boost technology can maximize warmth and waterproofing. While locking in the hot air inside the shoes, it also protects against the cold air and snow from the outside, keeping your feet warm.

Adiprene+ is Adi's technology that has been used for many years, mainly to ensure stability while providing better comfort, Boost is Adi's latest main technology, which was initially widely used in running shoes, and transplanted to basketball shoes after the technology matures, it can be said that Boost represents the most cutting-edge material technology in Adi and even the sneaker industry, not only in terms of comfort to bring an excellent experience, durability is currently the best among all materials.

Nike running shoes with Zoom are generally divided into forefoot or backfoot, only a small number of full-palm Zoom, and full-palm Zoom is generally more expensive. However, in Nike's running shoes, the midsole is generally Lunar or Cushlon midsole, and these two materials also have good cushioning.

Adi's Energy Boost, the sole material is soft enough, and it is all over the palm. It's not as detailed as Nike's classification. Both forefoot and heel-first runs are suitable.

The biggest feature of Boost technology is that through the feedback of midsole technology, the energy released when you push the ground in the previous step is fed back to your feet as much as possible, so as to reduce the waste of energy in repetitive movements. However, because it is too soft or too elastic, it may affect the knee a little if you run long distances.

Since you didn't say which Nike Zoom running shoe is, it's hard to tell you which one is more comfortable. However, many of Nike's running shoes feel good, and the Energy Boost is also more comfortable, and the cost performance is relatively high.

Nike cushion and Adidas boost, and Reebok inflatable, which technology is the best for foot comfort?

The foundation of Boost technology is centred around its unique cushioning material.

Based on the pioneering development of its partner BASF Chemical AG, solid granular material (TPU) expands and transforms into thousands of small energy capsules to make the midsole of a running shoe.

Due to the unique structure, each small capsule is able to efficiently accumulate and release energy at every step.

adidas spent 2 years working on R&D, and the Boost midsole was naturally a top priority in the R&D process.

TPU is a polymer material formed by the joint reaction and polymerization of diisocyanate molecules such as methylene diphenyl diisocyanate (MDI) or toluene diisocyanate (TDI) and macromolecular polyols and low-molecular polyols (chain extenders).

Its molecular structure is composed of the rigid blocks obtained by the reaction of methylene diphenyl diisocyanate (MDI) or toluene diisocyanate (TDI) and chain extenders, and the flexible segments obtained by the reaction of diisocyanate molecules such as methylene diphenyl diisocyanate (MDI) or toluene diisocyanate (TDI) and macromolecular polyols.

TPU has excellent high tensile strength, high tensile strength, toughness and aging resistance, higher strength, good toughness, wear resistance, cold resistance, oil resistance, water resistance, aging resistance, weather resistance, and has many excellent functions such as high waterproof and moisture permeability, windproof, cold-proof, antibacterial, mildew-proof, warm-proof, anti-ultraviolet rays and energy release.

A boost midsole contains about 3,000 boost particles, each boost particle is extremely elastic, the previous boost midsole will be encapsulated with eva material, which has the advantage of making the boost more stable, but the new ultra boost midsole has removed the eva wrap, the new process makes the ultra boost midsole as stable as before, and can also provide better rebound.

Due to the complex process requirements for the entire Ultra Boost midsole, all Boost granules are currently produced in Germany.

Therefore, Boost is currently also a unique black technology of adidas.

Hello, adidas boost technology is mainly applied to running shoes, not board shoes. At the heart of the BOOST technology is a sophisticated foam structure that provides ultra-high responsiveness and energy recovery, properties that apply to the Joy Shoes but not to the Sneakers. The demand for skateboard shoes does not require a high degree of responsiveness and energy recovery, so Boost is not invested in skateboards.

Adidas is a good cushioning material, which can replace some of the original foam materials in the car.

The TPU particles developed by the German chemical company BASF, also known as "energy capsules" (by foaming ordinary TPU materials, TPU particles foam and expand to 10 times their original volume like popcorn under high temperature and high pressure) look like popcorn, soft and non-deformable foam. The BOOST sole composed of thousands of TPU particles can be quickly squeezed and expanded at every step in the run, and then effectively cushion and release energy.

Boost is also a testament to its strong cold and heat resistance: it has been tested to provide continuous and efficient energy feedback at temperatures as low as -20 or as high as 40, without compromising energy efficiency due to climate change, allowing it to be used in more areas of footwear.

The basis of the boost technology is its unique cushioning material. Based on the pioneering development of German partner BASF Chemie, the solid granular material (TPU) can be scaled and converted into thousands of small energy capsules to create the midsole of a running shoe. Due to its unique structure, each capsule can efficiently accumulate and release energy at every step.

Adidas spent 2 years on R&D, and the bottom of the boost was also a top priority in the R&D process.

The boost midsole contains approximately 3,000 boost particles, each of which is extremely resilient. The previous Boost midsole was EVA packed to make the Boost more stable, but the new Ultra Boost midsole has been removed from the EVA package and the new process stabilizes the Ultra Boost midsole. Qualitative does not lose before, can provide better **.

Due to the complex process requirements of the entire Ultra Boost midsole, all Boost pellets are currently produced in the German factory. Therefore, the boost is also Adidas' unique black technology.

In the current sneaker circle, almost no one doesn't know the cushioning weapon of boost! For a while, Boost has become a trend vane. And as a person who plays with shoes, it is really unreasonable to not have a pair of boost running shoes, and I don't feel like paying attention to the official Weibo of Weibo "yeezy-shoe addiction geek".

Boost technology is a sole cushioning technology created by Adidas, and the Boost material is made of TPU foaming technology.

The full name of TPU is thermoplastic polyurethane elastomber, which is very hard, but in 2014, Adidas successfully developed TPU foaming technology, which is also a revolutionary success. The process is like turning corn into popcorn.

I guess it's some mesh fabric.