Neuflor is a fusion of creativity and innovation. Lead by a team of dedicated international experts with a combined experience of more than 100yrs in the carpet tile manufacturing, fiber development, nano ink synthesizing, advanced electronic control systems and high precision micro fluidic to bring about disruptive changes to the carpet tile manufacturing industry.
Neuflor is the leading company in the world to have truly developed an on-demand carpet tile manufacturing process by leveraging on advanced process-color digital technology to precisely inject nano particle ink onto the carpet filament molecule, resulting in a carpet with excellent brilliance and colorfastness that exceeds industrial standards.
This technology enable Neuflor to produce unlimited individually customized and personalized carpet tile designs with practically no MOQ requirement and game-changing fast lead-times, a feat not heard of in the carpet tile industry.
Neuflor’s innovative and creative integration of the latest technology in micro fluidic control, nano particle ink and fiber chemistry has started a new era in the carpet manufacturing industry. Unlimited individually customized and personalized carpet tile designs with practically no MOQ requirement and game-changing fast lead-times is now a reality.
Neuflor Smartile is manufactured with the lowest environmental footprint and is ISO 14001 certified.
Neuflor’s latest technology enables carpet to be manufactured with the lowest factory floor space. No need for high inventory holding of multiple colored yarn, uses the least water and consumes the least energy per sq.m of carpet tile manufactured as compared to traditional manufacturing technology.
Neuflor Smartile is manufactured with the lowest environmental footprint and is ISO 14001 certified.
Neuflor’s latest technology enables carpet to be manufactured with the lowest factory floor space. No need for high inventory holding of multiple colored yarn, uses the least water and consumes the least energy per sq.m of carpet tile manufactured as compared to traditional manufacturing technology.
