Hand hygiene has become more important than ever, so the 'SANITAS' antibacterial hygiene card has been created with this in mind to help users avoid commonly touched surfaces like door handles, elevator buttons and more.
The slim, wallet-friendly device is crafted from copper which is naturally antimicrobial and will work to stay clean thanks to its inhospitable surface where pathogens can't live. The device can be slipped out of a wallet when needed to open a door, take cash out of an ATM, press a button for the elevator and much more.
The 'SANITAS' antibacterial hygiene card is recyclable and features an ergonomic design that can be easily gripped by the user to open any style of door handle to prevent avoidable contact.
Slim Copper Door Openers
The 'SANITAS' Antibacterial Hygiene Card Can be Stored Easily in a Wallet
Trend Themes
1. Antimicrobial Door Openers - There is a growing trend towards the development of slim, wallet-friendly devices crafted from antimicrobial materials to help users avoid touching commonly used surfaces.
2. Hygiene Cards - The rise of hygiene cards that can be easily stored in a wallet or pocket is a trend that provides a convenient and portable solution for maintaining hand hygiene.
3. Ergonomic Touch Tools - The popularity of ergonomic touch tools with an easy-grip design is a trend that aims to provide users with a comfortable and efficient way to open doors and interact with surfaces without direct contact.
Industry Implications
1. Health and Hygiene - The health and hygiene industry can capitalize on the trend of antimicrobial door openers and hygiene cards by developing innovative solutions to help individuals reduce contact with potentially harmful surfaces.
2. Manufacturing - The manufacturing industry can explore the production of slim, wallet-friendly devices made from antimicrobial materials to meet the growing demand for convenient and hygienic solutions.
3. Design and Engineering - The design and engineering industry has the opportunity to create ergonomic touch tools with user-friendly features, enhancing comfort and functionality for users looking to avoid contact with surfaces.