Biomaster antimicrobial additive technology can be incorporated into a wide range of materials to support built-in product protection. When integrated during manufacture, Biomaster helps inhibit the growth of odor-causing and material-degrading microorganisms on treated articles.
To explore the different material categories where Biomaster can be applied, see the solutions below.
Flexible packaging materials are used across a wide range of applications, including food-related packaging, cosmetics, pharmaceuticals, pet care, and other consumer goods. These materials are subject to handling, storage, and environmental exposure throughout their lifecycle.
Biomaster antimicrobial additive technology can be incorporated into flexible films during manufacture to help inhibit the growth of odor-causing and material-degrading microorganisms on the treated material itself. This supports material durability, surface quality, and appearance retention over time, alongside standard handling and maintenance practices.
Paints and coatings are often used in environments where long-term surface appearance and material durability are important considerations. Over time, untreated coatings may be affected by microbial growth that contributes to staining, odor development, or surface degradation.
Biomaster antimicrobial additive technology can be integrated into paint and coating formulations during manufacture to help inhibit the growth of odor-causing and material-degrading microorganisms on the treated coating. This supports consistent surface quality and durability across a wide range of applications.
Paper, pulp, and board products are used across many applications where appearance, handling performance, and durability are important. In certain use conditions, untreated paper-based materials may be susceptible to issues such as odor development or material degradation over time.
Biomaster antimicrobial additive technology can be incorporated into coated and uncoated paper and board during manufacture to help inhibit the growth of odor-causing and material-degrading microorganisms on the treated article itself. This supports material performance across a variety of paper-based applications.
Plastic and polymer materials are used across a wide range of industries and product categories, often requiring long service life and consistent material performance.
Biomaster antimicrobial additive technology can be incorporated into polymer and plastic materials during manufacture to help inhibit the growth of odor-causing and material-degrading microorganisms on treated products. This supports surface quality, appearance retention, and material durability over time.
Disinfectant sprays and wipes can be effective at removing microorganisms at the time of application, but their effect is temporary. Once surfaces are re-exposed through normal use, microbial growth may occur again.
Routine cleaning and maintenance remain essential. Biomaster antimicrobial additive technology can be incorporated into surface materials during manufacture to help inhibit the growth of odor-causing and material-degrading microorganisms on the treated product itself, supporting surface quality and material durability between regular cleaning cycles.
Textile and fabric materials are used across a wide range of applications and are subject to repeated handling, wear, and laundering. Over time, untreated fabrics may experience odor development or material degradation associated with microbial growth.
Biomaster antimicrobial additive technology can be integrated into fibers, yarns, or finished fabrics during manufacture to help inhibit the growth of odor-causing and material-degrading microorganisms on treated textiles. This supports fabric appearance, freshness, and durability throughout the product’s intended use.