Reducing Microbial Contamination in Veterinary Environments with Antimicrobial Technology

Veterinary environments present unique challenges when it comes to maintaining surface hygiene. From treatment rooms to animal housing and equipment, surfaces are continuously exposed to a wide range of microorganisms associated with pets and livestock.

For manufacturers supplying products into veterinary settings, there is increasing demand for materials and surfaces that support higher hygiene standards without compromising durability or performance. This is where antimicrobial technology plays a critical role

Why Surface Hygiene Matters in Veterinary Applications

Veterinary clinics, farms, and animal care facilities are high-contact environments. Surfaces such as worktops, cages, equipment housings, and flooring can act as reservoirs for microorganisms if not properly managed.

While cleaning protocols remain essential, there is a growing need for built-in protection that works continuously between cleaning cycles. Antimicrobial additives integrated into materials provide an additional layer of defence by reducing microbial load on treated surfaces over time.

BioCote® technology has been tested against a panel of microorganisms commonly associated with veterinary environments, including:

• Staphylococcus aureus (MRSA)
• Escherichia coli
• Bordetella bronchiseptica
• Salmonella enteritidis
• Streptococcus agalactiae

Proven Performance Across Key Veterinary Microorganisms

MRSA on Polymer Surfaces

Testing conducted using ISO 22196 methodology demonstrated that TPU treated with BioCote® achieved a 99.94% reduction in MRSA after 24 hours, compared to untreated control samples.

This highlights the effectiveness of antimicrobial integration in polymer-based components commonly used in veterinary equipment and furnishings.

E. coli in High-Risk Contact Areas

E. coli is frequently associated with contamination in animal environments. In testing, BioCote® treated TPU delivered a 99.98% reduction after 24 hours

For manufacturers, this is particularly relevant for products exposed to organic matter or moisture, such as trays, housing components, and handling equipment.

Airway-Related Microorganisms in Coatings

For coated surfaces, such as metal fixtures or enclosures, BioCote® technology was evaluated against Bordetella bronchiseptica. Results showed a 99.79% reduction when incorporated into a coating system.

This demonstrates how antimicrobial coatings can support hygiene performance in high-touch or enclosed environments.

Salmonella on Plastic Substrates

In PETG materials, often used in transparent or rigid applications, BioCote® achieved a 99.98% reduction against Salmonella enteritidis within 24 hours.

This is particularly valuable for manufacturers supplying components used in animal housing, feeding systems, or containment areas.

Dairy and Agricultural Applications

For Streptococcus agalactiae, commonly linked to dairy environments, treated surfaces showed a 99.92% reduction compared to untreated controls.

This supports the role of antimicrobial technology in agricultural equipment, milking systems, and related infrastructure.

What This Means for Manufacturers

For OEMs, material suppliers, and product designers operating in the veterinary and agricultural sectors, these results reinforce several key points:

1. Integration Without Compromise

Antimicrobial additives can be incorporated into polymers, coatings, and other materials without affecting core product performance or aesthetics.

2. Broad-Spectrum Efficacy

The data demonstrates consistent performance across a diverse range of microorganisms relevant to animal environments, supporting versatility across multiple product categories.

3. Added Value for End Users

Products enhanced with antimicrobial technology provide an additional layer of protection, helping customers maintain cleaner surfaces between routine cleaning.

4. Differentiation in Competitive Markets

In sectors where hygiene expectations are rising, antimicrobial functionality can serve as a clear point of differentiation for manufacturers.

Supporting Hygiene Protocols, Not Replacing Them

It is important to note that antimicrobial technology is designed to complement, not replace, standard cleaning and hygiene practices. When integrated into materials, it works continuously to reduce microbial presence on surfaces, supporting overall hygiene management strategies.

Applications Across Veterinary and Agricultural Products

Manufacturers can integrate antimicrobial technology into a wide range of applications, including:

• Animal housing and enclosures
• Veterinary equipment casings
• Feeding and watering systems
• Flooring and wall panels
• Coated metal fixtures
• Transport and handling equipment

Bringing Antimicrobial Innovation into Veterinary Design

With over 30 years of expertise, BioCote® supports manufacturers from concept through to production, ensuring antimicrobial solutions are optimised for specific materials, processes, and end-use environments.

As veterinary and agricultural sectors continue to evolve, integrating antimicrobial technology offers a practical, scalable way to enhance product performance and meet growing hygiene expectations.

How BioCote® Supports Healthcare Hygiene

Maintaining hygiene standards in healthcare settings is a constant challenge. As facilities look for smarter ways to enhance cleanliness, they aim to improve healthcare devices and equipment with the introduction of antimicrobial technology. BioCote® technology is built into materials during manufacturing, forming an integral part of the surface that continuously inhibits the growth of microbes such as bacteria and fungi.

BioCote® adds a long-term solution for reducing cross-contamination from one surface to another, as it works between regular cleaning practices. Hospital wards fitted with BioCote®-treated products, like bed rails, door handles, and furniture, have recorded lower bacterial levels compared to untreated areas.

Why Choose BioCote® Technology

BioCote® antimicrobial technology is backed by over 30 years of global expertise and rigorous testing across multiple materials and applications. It delivers measurable reductions in microbial load within a short timeframe and continues working continuously between cleaning cycles.

Because the technology is integrated directly into the material during manufacturing, it becomes a permanent feature of the product. This ensures it remains effective for the expected lifetime of the item, without washing off or wearing away through use.

For manufacturers, this provides a reliable way to enhance product performance while maintaining material integrity, processing efficiency, and design flexibility.

BioCote® is supported by regulatory approvals in key global markets, including Great Britain, the European Union, and the United States, offering reassurance for international product development and supply.

Strengthening Veterinary Product Performance with BioCote®

As hygiene expectations continue to evolve across veterinary and agricultural sectors, manufacturers are under increasing pressure to deliver products that support cleaner, more controlled environments.

Integrating antimicrobial technology into materials provides an additional layer of protection, helping to reduce microbial presence on surfaces between routine cleaning. This not only supports end users in maintaining higher hygiene standards but also enhances the overall value and durability of the product.

If you are looking to differentiate your product range or strengthen performance in demanding animal environments, BioCote® offers a proven, scalable solution.

To learn more about integrating antimicrobial technology into your products, contact our team to discuss your requirements.