It's common to be startled by icy cold or scorching hot water gushing out of the faucet and onto your hands -- an experience that can be avoided through the use of the Koeda Intuitive Mixer Tap.
This modern sink fixture concept incorporates a sleek dial into its design, allowing you to modify the temperature of the water with better accuracy. But most significantly, Shan Shan Wang's project features a thin illuminating strip around the knob, embedded with six LED lights.
As you adjust the feel of the flow to your preference and as the stream regularizes, the brilliant ring of the Koeda Intuitive Mixer Tap changes color. It displays a spectrum from light blue to bright red to demonstrate to the user the temperature he should expect on his skin.
Sleek Thermochromatic Taps
The Temperature-Indicating Koeda Intuitive Mixer Faucet Prevents Shocks
Trend Themes
1. Temperature-sensitive Faucets - Faucets that change color to indicate water temperature provide opportunities for creating innovative bathroom fixtures and home appliances.
2. Smart Home Technology - Technology-driven home automation solutions that use sensors and interactive interfaces to enhance the user experience can benefit from integrating temperature-sensitive faucets.
3. Sustainable Plumbing Systems - Innovative plumbing systems that leverage temperature-sensitive faucets can help conserve water resources and reduce energy consumption.
Industry Implications
1. Home Appliances - Temperature-sensitive faucets present a market innovation opportunity for home appliance manufacturers looking to create smarter, more intuitive bathroom fixtures.
2. Plumbing and Building Materials - Manufacturers of plumbing and building materials can create new and innovative eco-friendly products by incorporating temperature-sensitive faucets into their product lines.
3. Smart Home Technology - Integrating temperature-sensitive faucets with smart home technology can provide opportunities for companies involved in developing interactive interfaces and sensors for home automation systems.