21/11/2019 – Safe, natural and sustainable — auf Deutsch lesen
Reliable odor-management for cotton textiles using natural mint with the new Sanitized Mintactiv additive.
The new development from Sanitized AG meets the requirements of conscientious textile manufacturers and their brands with sustainability goals.
The antimicrobial treatment of textiles is an aspect of comfort, which textile producers and brands that support sustainability also want to offer their customers. The hygiene management experts from Sanitized AG are launching a new additive, which meets this requirement in full.
Natural biocidal effect of peppermint
The base substance is farmed in plantations: natural peppermint (Mentha piperita). It contains menthol, an essential oil with an antimicrobial effect. It is precisely this natural biocidal effect which is the basis for Sanitized Mintactiv. The peppermint oil is then refined for use in the textile industry, leaving it metal-free and 100 percent natural. Applied without binders and washproof Sanitized Mintactiv is active against a variety of both gram-positive and gram-negative bacteria, including methicillin-resistant Staphylococcus aureus (MRSA). The new, metal-free product can be applied in combination with other textile effects in both extraction and padding processes. A binder is not required.
Cotton textiles such as underwear, t-shirts and outerwear, as well as bed linen and towels are suitable for treatment with Sanitized Mintactiv. The odor-free wearing comfort, which is appreciated not only for functional textiles, can withstand up to 50 household washes.
Transparency for the end consumer
The Sanitized Ingredient Brand can communicate the differentiating competitive advantage to the consumers. “Ecologically concerned textile manufacturers and consumers have finally found a natural, safe and reliable odor-management system for cotton textiles in Sanitized® Mintactiv,” explains Urs Zihlmann, Product Manager at Sanitized AG.
Sanitized AG also supports Sanitized Mintactiv users in the production process, as well as with microbiological examinations of the treated end products.