ASUS has recently unveiled its antibacterial-coating mousepad as the latest addition to its ProArt mousepad lineup. The mousepad comes in two models, the A4 model and the A3 model. The A4 model measures 210 x 297 mm, and the A3 model measures 297 x 420 mm.
The antibacterial-coating mouse pad models are also professional-grade and contain a sleek fabric surface with a borderless design. The mousepad incorporates an antibacterial material that helps reduce 99 percent of bacterial adsorption while providing a hygienic workspace. The antibacterial-coating mousepad also features a magnetic area that allows easy detection of small metal objects or wires. It also contains a non-slip bottom design of the pad for a stable grip on different surfaces. The A4 model is available for 299 RMB, and the A3 model is available for 399 RMB.
Antibacterial-Coating Mousepads
ASUS Unveils Its Latest Antibacterial Material Mousepad
Trend Themes
1. Antibacterial-coating Materials in Workspace Products - There is a growing trend of incorporating antibacterial materials into workspace products such as mousepads and keyboards.
2. Hygiene-conscious Products for Professional Settings - The increasing demand for hygienic products in professional settings has led to the development of antibacterial-coating mousepads and other office accessories.
3. Borderless Design for Mousepads - Borderless design for mousepads is a trend that is gaining popularity within the workspace products market.
Industry Implications
1. Office Supplies and Accessories - The office supplies and accessories industry can innovate by incorporating antibacterial materials and borderless design in products such as mousepads.
2. Healthcare Industry - The healthcare industry can benefit from using antibacterial-coating mousepads and other workspace accessories that promote cleanliness and hygiene.
3. Technology and Electronics Industry - The technology and electronics industry can collaborate with workspace accessory manufacturers to incorporate innovations such as magnetic areas for detection and non-slip designs.