Why is Hermes expensive? The answer lies in those core materials - leather, and of course unparalleled craftsmanship.
It can be said that the biggest factor in the success of Hermes is leather. The best leather suppliers in the world will give priority to Hermes in the first round of leather selection, and then other brands will take their turn. Hermès is full of enthusiasm for leather, and various harsh choices are made. It is said that the leather used by Hermès only accounts for 10% of all good leather materials.
In addition to using scarce materials, Hermès has many processes and low output. All details are full marks, almost impeccable. This is why Hermès bags are more expensive than other luxury bags.
Second rebound technology - 6D material
Let every cell feel the support of the spine
It consists of double-sided mesh fabric and intermediate connecting wire. The double-sided mesh fabric determines the incomparable air permeability of traditional materials. The intermediate connecting wire is a 3D material, which ensures the resilience of the 3D mesh fabric. There is an "X-90°" support knot between the layers, and the double-sided mesh design makes the mattress hollow and three-dimensional and breathable on six sides. Moisture and perspiration will quickly penetrate into the interior without staying too much on the surface of the mattress, making you feel dry.
Ordinary mattresses have about 800 springs. The more springs, the harder the mattress. The monofilament springs of 3D mattresses are about 800 times that of ordinary mattresses. Best state.
a "magnetic" heart
Inseparable from rare earths
Rare earth is an important support for the manufacture of new materials, and it is also a key resource related to the development of cutting-edge national defense technology. It is known as the "universal soil". my country ranks first in the world in the production of rare earth minerals and is also the largest exporter of rare earths.
The so-called "people can't look at their appearance", and rare earths can't "take soil by appearance". As a strategic reserve resource, rare earth is not only known as the "vitamin of industry" because of its scarcity, non-renewable reserves, difficult separation, purification and processing, but also because it is widely used in many industries.
Information, biology, new materials, new energy, space and ocean are promoted by contemporary scientists as six new technology groups. The reason why people attach great importance to rare earths, research rare earths, and develop rare earths is because each member of rare earths has its own characteristics and is very skilled. , in the field of high-precision and cutting-edge technology. At present, rare earth permanent magnets, luminescence, hydrogen storage, catalysis and other functional materials produced from rare earth elements are indispensable raw materials for advanced equipment manufacturing, new energy and other high-tech industries, and are also widely used in electronics, petrochemicals, metallurgy, Machinery, new energy, light industry, environmental protection, agriculture, etc.
The largest user of neodymium is the NdFeB permanent magnet material, which is widely used in electronics, machinery and other industries due to its excellent performance. The advent of NdFeB permanent magnet has injected new vigor and vitality into the rare earth high-tech field. Known as the contemporary "king of permanent magnets", Jiada's disc motor has been successfully developed, and 60 international patents have been obtained, marking that the magnetic properties of my country's NdFeB magnets have entered the world-class level. At present, all the magnetic products of Dayuanbang use NdFeB permanent magnet materials.
Nobel Prize New Materials
As a new material with a single-layer sheet structure composed of carbon atoms, graphene can be said to be the thinnest and hardest material in the world, with ultra-thin, ultra-light, ultra-high strength, ultra-strong conductivity, excellent The room temperature thermal conductivity and light transmittance are very stable, and the structure is also very stable. It is precisely because of these special and excellent physical and chemical properties that graphene has potential application prospects in the fields of microelectronics, physics, energy materials, chemistry, and biomedicine. In 2004, Andrei Geim and Konstantin Novoselov of the University of Manchester, UK, were awarded the 2010 Nobel Prize in Physics for exfoliating graphene from graphite flakes.
Graphene far-infrared rays belong to the wavelength range of infrared rays, which are located outside the red light of the visible light spectrum, so they are called infrared rays, but they belong to invisible light. Although it is invisible light, we can feel its heat and know its existence. Far-infrared has a wide range of uses. In addition to far-infrared rays that are often used in astronomical technology, far-infrared rays also have great effects in medical care. Graphene releases far-infrared rays, enjoys the warmth of sunlight, improves the microcirculation of the human body, and is perfectly combined with rare earth magnetism, which can promote blood circulation and remove blood stasis, and dredge the meridians.
Negative ion cotton
The negative ions contained in the air are called "longevity elements" or "air vitamins" in the air. Medical scientists believe that after negative ions enter the human body, it can promote metabolism, improve the body's immunity, make people energetic, and have a certain impact on people's emotions, memory, growth, development, body, and lifespan. For human health and longevity, it is necessary to inhale more negative ions. The simple way to increase the content of negative ions in the room is to open the windows and open the doors for ventilation to improve the air quality. Especially in winter and spring, the doors and windows are tightly closed, the air circulation is not smooth, and the indoor negative ions are reduced. Open doors and windows frequently for ventilation in order to increase the "vitamin" content in the air.
Inside the Dayuanbang mattress, there is a layer of negative ion cotton, which can release negative ions at room temperature. If graphene far-infrared is turned on, the ability to release negative ions is stronger. Let you breathe negative ions unconsciously when you are asleep.
Recipient of 60 international patents
In the Dayuanbang gyromagnetic mattress, there is also a built-in invention component with 60 international patents-disc motor. The biggest and biggest feature of this motor is that it can be driven by solar energy, silent, and does not generate heat, making it a high-quality product for energy conservation and emission reduction in the new era.
In the future, the motor will be applied to more energy-saving household products, such as air conditioners, fans, refrigerators and other products that require motors, which will greatly reduce the dependence on mains electricity, achieve energy conservation and emission reduction, and save electricity bills.
Da Yuanbang series mattresses use a variety of high-tech materials, all of which are for the sake of customers' health. Jiada advocates energy conservation and health, and will make great contributions to the era of healthy China and energy conservation and carbon reduction, carbon neutrality, and carbon peaking.