BIOSAFE®’s keystone product, HM4100 Antimicrobial, is registered for safe use in food-contact applications and complies with EPA and FDA regulations.
BIOSAFE® renders materials inherently antimicrobial. The organosilicon technology is more cost-effective and faster acting than silver-based additives, avoids discoloration, and is non-leaching.
HM4100 forms an interpenetrating network with the host polymer system. The HM4100 polymeric antimicrobial forms hydrogen bonds with the host polymer and becomes permanently entangled with the host such that the antimicrobial forms an interpenet rating network with the plastic resin or coating rendering the antimicrobial non-leaching.
BIOSAFE® technology provides an environmentally sustainable means of rendering food-contact products bacteriostatic, fungistatic, and algistatic. BIOSAFE® addresses the growing demand among the food prep, food service, and consumer food and beverage markets for increased hygienic cleanliness of the surfaces the food is touching such as plastics, coatings, and activated carbon antimicrobial properties without migrating, BIOSAFE eliminates the safety issues associated with leaching antimicrobials and does so while actually reducing the cost to protect finished goods.
BIOSAFE® protected products contain no volatile organic compounds (VOCs), heavy metals such as arsenic, or polychlorinated phenols. Toxicity tests have demonstrated that BIOSAFE® products do not cause irritation or sensitization with or on skin contact. BIOSAFE®’s chemistry has been reviewed and approved by FDA and EPA, and is registered with EPA as HM4100 Antimicrobial Reg. No. 83019-1.
The antimicrobial component of HM4100 kills microorganisms by effectively puncturing and rupturing the organisms’ cell wall. By comparison, conventional antimicrobials kill by leaching into the cell, where they are metabolized and interfere with critical life processes. This conventional mode of action has been shown to cause microorganisms to mutate and adapt, becoming resistant to the antimicrobial. BIOSAFE® products avoid this problem.
BIOSAFE® protects materials used in a wide range of consumer and industrial applications where microorganisms can cause staining, pitting, deterioration, or foul odors. BIOSAFE® solves microbial problems in these food contact end uses:
BIOSAFE® protects surfaces in kitchen and food prep environments either incorporated into the resin, a food contact laminate layer, or applied to the surface as part of a coating. BIOSAFE® may be used at a maximum use level of 1 weight percent of the resin, laminate, or coating.
The moisture and nutrients that can reside in beverage tubing are a prime place for microbes to flourish. This can lead to staining from mold, odors from bacteria, and bad tasting beverages. BIOSAFE® protects the tubing and extends its useful life, keeping it fresh and clean.
Bacteria growing in my water filter? – not something we thought too much about, until recently. Head- lines on the evening news have brought attention to a growing issue. Products ranging from hand-held filter pitchers and faucet filters to in-line water treatment systems are evidence the public’s growing concern. BIOSAFE® is added to coconut shell activated carbon for the drinking water filtration market. Please contact Gelest with more questions about bacteriostatic activated carbon.
Packaging for food and beverage applications accounts for the major share of plastics consumption within the total packaging applications representing over 50 percent. These applications have immense potential for microbial attack as the products within the packaging are food materials, which are very much susceptible in case of defects in packaging. This is the most important and potential area of application for antimicrobial plastics in the total industrial applications.
Additionally, a market report by Pira International stated that “Most of the growth in flexible packaging comes for the rising use of anti-microbials in food packaging, and this is driven by consumers demand for well-presented, healthy foods that last longer."