For sports and the health care industry and textile integration, the integration of sensor solutions 

Realize its function by nano conductive ink. 

On the wrist or hip wearing heavy fitness tracking device to run may soon be a thing of the past. Now, can be embedded in the shirt, sports underwear, glasses even tiny sensor can continue to track your heart rate and walking distance, and calculate the calories burned. These sensors can be implemented, because scientists have developed a new technology, make the mini scalable circuit can be printed on the fabric. Printing ink and the yarn of this new technology is able to conduct electrical impulses, durability of the sensor on collocation, can create new wearable fitness tracker. New wearable fitness tracking compared with the traditional fitness tracker, the biggest difference is that people can in sweat after exercise its cleaning with clothes. An embedded circuit 

Realize its function by nano conductive ink. Need this ink friends please inquire 13922125860, guangzhou silver standard trade, division I professional agent of high-end imports of conductive ink, covering industry customers are: touch screen, medical electronics, automotive electronics, smart appliances, wearable electronics, etc. The traditional electronic devices containing wires and complex circuit composed of silicon wafers. However, standard electronic components cannot be scaling can not waterproof, so you have to put in the hard backing, such as computer motherboard. Over the years, researchers have been trying to develop scalable conductive material, which launched a new generation of science equipment, such as bionic eye expansion battery or electronic skin as needed. Some technology even has developed quite well, but to suit the requirements of the existing textile manufacturing process production. But in the past few years, scalable conductive material technology has been fruitful. Method of manufacturing the equipment is one of the scalable ink used for wire between different sensors, such as global positioning system (GPS), accelerometer, the heart rate monitor or temperature sensors. Division has developed this kind of ink, its industry manager said, the ink can be embedded scalable made of polymer resin conductive silver nanoparticles. Unlike in the past, a new type of conductive ink by screen printing or laminated pressure to the shirt, or underwear, this technique can be applied in almost any country any textile factory. "The core of the whole system is the scalable ink system, it can load the whole technology on the shirt, sleeves, watches, glasses even." 

Once common smartphone is unfortunate fall into the washing machine, could face a scrap of doom, and the new type of ink is can washing at least 100 times. Design of wearable technology chief executive Reho said, and the other a technique has been used is a conductive yarn made of clothing fibers in the metal string. Conductive yarn than printing ink better ductility, but also more comfortable, and can be printing ink will be even more easier than conductive yarn silicon embedded processor in the clothes. The new clothes Although fashion changes, and clothes as a very old tool, its main function since people use wrapped in furs period is not substantial change, the main purpose of people dressing is keep out the cold and warm, clothing, add glamour. "I thought, pocket is clothes last a great invention, but it was different now." Now there are some smart shirt, underwear, bicycle tights, upcoming have similar products. These smart clothes are more expensive than those of the original products to some. New intelligent sensing technology can bring clothes very different purposes, such as high precision and continuous heart rate monitoring, while this technique is likely to be the wearer measure the amount of calories burned, recovery time and the key to exercise the effect. Maybe in the future, he added, clothes can also be applied in clinic, more closely monitor the patient's health, even predict or avoid health crisis. Unlike existing wearable fitness trackers, new electronic products can be embedded in the wearable personal items.