Alliance Rubber uses graphene technology in rubber to explore the application of RFID in rubber products
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Researchers at Alliance Rubber, a rubber products company, are developing a new material technology that uses graphene technology in rubber to integrate RFID or near field communication (NFC) technology. This may be the first substance in the rubber ring industry in decades. Sexual innovation.
The company said that they are testing whether graphene-based rubber can block RFID signals so that the rubber ring can read product or asset information through radio transmission, barcode scanning, or color change. The company is studying the application of graphene technology in rubber with Sussex University and plans to develop smart rubber products in the next few months or years.
Alliance Rubber is located in Hot Springs, Arizona and is one of the largest suppliers of rubber products. Jason Risner, director of business strategy at Alliance Rubber, said that in recent years, the discovery of graphene has provided new opportunities for innovation. The company has sold 2,200 different products in 55 countries around the world.
About two years ago, the company was interested in a graphene rubber application project at Sussex University. With the injection of graphene, the new rubber is stronger than traditional rubber and has the ability to conduct electricity. This means that sensors can be embedded in graphene and rubber to monitor the environment.
Graphene is one of the strongest substances found so far, 200 times stronger than steel. This strength can make the rubber ring explosion-proof. At the same time, the conductivity of the substance is better than copper, which means that it can use sensor technology and complete data storage. For example, a rubber wristband can sense information such as the temperature of the wearer, and then change the color to remind it.
Currently, Alliance Rubber is sponsoring two researchers from the university to further study the application of graphene in rubber. Initially, the company had three application ideas for the technology: changing colors based on sensor measurements; as “invisible barcodes” that can be scanned with a spectrometer; blocking RFID transmissions (to prevent criminals from reading tags without the user’s knowledge). If the user uses a specific radio frequency for radio frequency transmission, the invisible barcode can be used to read the data on the rubber band. Risner said that if the NFC chip is incorporated into the rubber, basic NFC technology can be used.
In the first use case, these rubber bands can be used on the packaging of temperature-sensitive items. These rubber belts can be equipped with sensors to detect changes in the environment, or built-in RFID chips to collect relevant data when items are moving.
At present, the research has not yet involved RFID and NFC. However, the company believes that it will be feasible to use standard NFC or RFID in the rubber ring. He believes that sensor data and any unique identifiers in the rubber band are valuable to the medical, automotive, agricultural, and retail industries.
Risner pointed out that graphene itself can be used to prevent radio frequency transmission. RFID blocking wallets and similar products already exist on the market to prevent criminals from reading tags without authorization.
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