Neoflam Coded Antimicrobial Cutting Board Set with Organizer in Assorted Colors

September 21,2024

Arrives by Thu, Jan 11 Buy Neoflam Coded Antimicrobial Cutting Board Set with Organizer in Assorted Colors at .
Now with ALL-NEW Microban Silver Shield Technology for the best antimicrobial protection! The kitchen is the perfect breeding ground for odor and stain producing microbes. Bacteria, mold, and mildew can grow at an alarming rate if you leave your kitchen gadgets, like your cutting board, unprotected. At Neoflam, we have teamed up with Microban, a leader in antimicrobial technologies, to produce a safer, more effective cutting board. We integrated Microban's cutting-edge Silver Shield solutions into our manufacturing process to ensure that the antimicrobial qualities last the entire lifetime of the cutting board. Now you can prepare poultry, meat, and vegetables with a reduced risk of cross-contamination. About Microban is an industry-leader in antimicrobial protection. They safeguard thousands of consumer, commercial, and industrial products from the dangers of microbes and related diseases. When Microban solutions are added to a product, they create an inhospitable environment for microbes so that they cannot grow or reproduce. Their advanced silver based technologies provide a 99% reduction of certain bacteria strains. With over 30 years of experience, Neoflam is proud to put our trust in Microban to create safe cutting boards for your kitchen. About Neoflam has been at the forefront of cutting boards & cookware design and manufacturing for over a decade. The use of premium materials for the cutting boards along with the innovative designs separate Neoflam from its competition. And the combination of durable, lightweight cast aluminum and colorful ceramic coating brought early success as customers looked for new ways to liven up their kitchen. Neoflam' s leadership in product design has been recognized by the following prestigious design awards: if (2012, 2016), Red Dot (2012, 2013, 2014), and Design Plus (2014).