The Challenge of Microbial Contamination
Built-in antimicrobial protection that defends your product and your reputation — from bacteria, mold, and material degradation.
In environments where hygiene, longevity, and surface integrity matter, microbial growth on plastic surfaces can pose serious risks. Bacteria, fungi, and mold can cause odor, staining, discoloration — and in some cases, even material degradation or health hazards.
Long-Lasting Protection for Demanding Applications
Whether used in agriculture, public tools, indoor spaces, or personal equipment, plastics exposed to moisture, dirt, and frequent handling are especially vulnerable. Conventional cleaning or surface coatings may offer temporary protection — but they fade over time, require re-application, or fail in harsh conditions.
PREXELENT® antimicrobial compounds are designed to prevent microbial growth directly within the plastic — delivering durable, long-lasting protection that stays active throughout the product's lifecycle.
How Antimicrobial Compounds Work
Antimicrobial functionality is achieved by integrating active additives directly into the polymer matrix during compounding. These additives inhibit the growth of microbes — such as bacteria, mold, and fungi — on the plastic surface, helping maintain hygiene, appearance, and performance.
Unlike surface coatings or chemical sprays, this built-in protection
Does not wear off over time
Remains effective even after repeated washing or abrasion
Requires no extra processing steps.
The antimicrobial effect is passive and long-term — activated by the presence of microbes, but harmless to humans in regular use. This makes PREXELENT® antimicrobial plastics ideal for applications where cleanliness and reliability are essential.
Benefits of Prexelent® Antimicrobial Plastics
Our antimicrobial compounds are engineered to offer lasting performance without compromising the durability, aesthetics, or processing of the base material.
Inhibits the growth of bacteria, mold, and fungi throughout the product's service life.
Built-in effectiveness
No need for secondary coatings or treatments — the antimicrobial feature is embedded during compounding.
Improved product hygiene and appearance
Helps prevent unpleasant odors, staining, or surface degradation caused by microbial contamination.
Durable and weather-resistant
Maintains performance in wet, dirty, or high-touch environments — even after repeated cleaning.
Reduces cleaning effort and extends product life
Supports easier maintenance and lowers the risk of premature material failure.
Where Antimicrobial Plastics Are Used?
Agricultural tools and components
Handles, housings, and working parts that are exposed to dirt, moisture, and repeated handling in outdoor environments.
Shared tools and consumer products
Equipment and accessories that are passed between users, including gardening tools, sports gear, and household items.
Public-facing surfaces
Plastic parts in environments like schools, transport, healthcare facilities, and gyms — including switches, panels, and touch surfaces.
Waste bins, containers, and lids
Helps reduce microbial build-up and odors in high-use waste systems in both commercial and residential settings.
Food-related plastic components
Surfaces that require extra cleanliness and easier maintenance — such as cutting boards, trays, or casing parts.
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