BioCote Ltd

BioCote Ltd Integrated BioCote® antimicrobial technology creates high-value products certified resistant to the negative effects of bacteria, mould and viruses.

The BioCote® business was established in 1994 as a developer of patented antimicrobial/ antibacterial powder coatings. In only a few years, BioCote® became a pioneer and global provider of antimicrobial solutions, offering both the additives and support to help manufacturers produce antimicrobial treated products. BioCote® operates on a global scale and has partners in over 50 countries, on all co

ntinents. We work closely with businesses ranging from global corporations, to small, local enterprises. The antimicrobial technology and the support we offer is the same in each case. The BioCote® team includes trained microbiologists and chemists with extensive experience of working with antimicrobial and antibacterial agents. They are leading professionals in the field of antimicrobial technology and are dedicated to increasing awareness of the danger of harmful microbes and speeding the uptake of microbe-preventative technology across the globe.

Hospitals face an ongoing challenge from ESKAPE pathogens: a group of bacteria associated with healthcare-associated inf...
31/08/2026

Hospitals face an ongoing challenge from ESKAPE pathogens: a group of bacteria associated with healthcare-associated infections and known for their ability to develop resistance to antimicrobial treatments.

BioCote® antimicrobial technology has been independently tested by a third-party laboratory against all six ESKAPE bacteria (Enterococcus faecium, Staphylococcus aureus, Klebsiella pneumoniae, Acinetobacter baumannii, Pseudomonas aeruginosa and Enterobacter spp.) using the recognised ISO 22196 test method.

The results showed more than 99% reduction after 24 hours on BioCote® treated surfaces under laboratory test conditions. BioCote® helps provide an added layer of product protection between routine cleaning cycles; it does not replace established cleaning, hygiene or infection-prevention measures.

See more: https://eu1.hubs.ly/H0xWMR70

🦠 Freaky Bacteria Friday: Clostridioides difficileCommonly shortened to C. difficile or C. diff, this Gram-positive, str...
28/08/2026

🦠 Freaky Bacteria Friday: Clostridioides difficile
Commonly shortened to C. difficile or C. diff, this Gram-positive, strictly anaerobic bacterium is particularly associated with hospital environments.

One of its most notable characteristics is its ability to form highly resilient spores. These can remain present under unfavourable environmental conditions and may withstand many commonly used cleaning chemistries more effectively than vegetative bacterial cells.

This distinction demonstrates why antimicrobial performance must always be interpreted within the scope of the specific organism, microbial form, test method and conditions assessed. Claims should always be supported by relevant data.

At BioCote®, we take an evidence-led approach to antimicrobial testing, with product claims supported by relevant data generated through independent, third-party laboratory testing.

Learn more about the antimicrobial testing process with BioCote®:
https://eu1.hubs.ly/H0xTP1Z0

Partner Spotlight: AkzoNobelFor more than 200 years, AkzoNobel has developed coatings that decorate and protect a wide v...
27/08/2026

Partner Spotlight: AkzoNobel

For more than 200 years, AkzoNobel has developed coatings that decorate and protect a wide variety of products and environments, from renowned buildings and stadiums to vehicles, furniture and household appliances.

That long-standing coatings expertise also includes Interpon AM, a range of antimicrobial powder coatings developed through AkzoNobel’s partnership with BioCote®.

By incorporating BioCote® antimicrobial technology, Interpon AM helps protect coated surfaces against microbial growth and the odours, staining and material degradation it can cause. This provides an additional layer of built-in product protection across a wide range of applications and environments.

Discover more about AkzoNobel, Interpon AM and its partnership with BioCote®:
https://eu1.hubs.ly/H0xTQ410

Pipe and tube extrusion produces continuous profiles with a consistent cross-section. By incorporating a compatible BioC...
25/08/2026

Pipe and tube extrusion produces continuous profiles with a consistent cross-section. By incorporating a compatible BioCote® antimicrobial additive into the polymer during manufacture, the additive can be evenly distributed throughout the material rather than added later as a surface treatment.

Once integrated, BioCote® technology works continuously to help inhibit the growth of bacteria and fungi, including mould, on treated surfaces. It is designed to remain effective for the expected functional lifetime of the product.

Potential applications include selected pipes and conduits, as well as specialist and fluid-handling tubing. In each case, the additive must be matched to the polymer, manufacturing process, intended use and relevant regulatory requirements.

Developing an extruded pipe or tube product? Speak to BioCote® about additive selection, integration and finished-product testing and validation.
https://eu1.hubs.ly/H0xQH2z0

21/08/2026

On National Senior Citizens Day, we recognise the experience and contribution of older generations, and the importance of solutions that support comfort, choice and independence.

This is reflected in the work of our partner, Gainsborough Specialist Bathrooms. Its power-assisted baths and accessible bathroom solutions are designed around the needs of bathers and care teams, combining safety, comfort and ease of use.
With BioCote® antimicrobial technology integrated into its specialist baths, Gainsborough also provides lasting product protection that supports regular cleaning and advanced hygiene.
Explore our partnership with Gainsborough:

Explore more about our partner:
https://eu1.hubs.ly/H0xMhSm0

Validation is at the heart of every solution we deliver. BioCote® technology is tested by independent third-party labora...
20/08/2026

Validation is at the heart of every solution we deliver. BioCote® technology is tested by independent third-party laboratories using ISO 22196, a recognised method for measuring antibacterial performance on plastics and other non-porous surfaces.

Our technical team supports manufacturers throughout the validation process, helping them obtain reliable data and demonstrate bacterial reduction under defined test conditions. This provides confidence in product performance, cleaner surfaces and material durability.

🔗 Learn more about antimicrobial testing with BioCote®:
https://eu1.hubs.ly/H0xLv7W0

High-performance flooring for demanding food and drink environments.With decades of experience in specialist resin floor...
19/08/2026

High-performance flooring for demanding food and drink environments.

With decades of experience in specialist resin flooring, Lord Specialist Flooring designs and delivers systems for challenging production environments where durability, slip resistance, chemical resistance and thermal stability are critical.

For selected John Lord resin flooring systems, BioCote® antimicrobial technology is integrated directly into the resin during manufacture. This provides continuous, built-in protection that helps reduce microbial growth on the floor surface and remains active for the lifetime of the flooring.

The result is a flooring solution that combines John Lord’s established expertise in high-performance resin systems with BioCote® antimicrobial technology, supporting manufacturers and processors with surfaces designed for demanding operational and hygiene requirements.

From food and drink production areas to cold storage and wet processing environments, the partnership brings together proven flooring performance with BioCote® antimicrobial technology, independently certified by International for use in food-handling environments, providing an added level of hygiene protection where cleanliness is critical.

🔗 Learn more about John Lord resin flooring enhanced with BioCote®:
https://eu1.hubs.ly/H0xKr3x0

How is antimicrobial protection built into an extruded profile?Profile extrusion is used to manufacture continuous plast...
18/08/2026

How is antimicrobial protection built into an extruded profile?

Profile extrusion is used to manufacture continuous plastic components with a consistent cross-section, from window and door profiles to trims, rails and specialist components. For antimicrobial protection to become part of the finished profile, the technology needs to be considered as part of the material formulation and manufacturing process.

BioCote® works with manufacturers and processors to identify a suitable antimicrobial additive for the polymer, processing conditions and end-use requirements. The selected additive is incorporated into the polymer during manufacture, allowing the antimicrobial technology to be distributed throughout the extruded material rather than applied as a post-production surface treatment.

With more than 30 years of expertise in antimicrobial technology, BioCote® offers additive formulations suitable for a wide range of polymers and extrusion applications, supported by technical guidance, testing and validation.

Once incorporated, BioCote® technology works continuously to inhibit the growth of bacteria, mould and fungi on treated surfaces and is designed to remain effective for the expected functional lifetime of the product. It complements regular cleaning rather than replacing it.

Developing an extruded plastic product? Speak to BioCote® about selecting, integrating and validating the right antimicrobial additive for your material and manufacturing process.

Explore more : https://eu1.hubs.ly/H0xJ9MR0

Gyms are built for constant use, with dumbbells, benches, mats, handles and control panels all exposed to repeated conta...
17/08/2026

Gyms are built for constant use, with dumbbells, benches, mats, handles and control panels all exposed to repeated contact throughout the day.

Some microorganisms can remain on dry surfaces for extended periods. For example, Staphylococcus aureus can persist on dry surfaces for seven days or more, reinforcing the importance of considering antimicrobial performance as part of product and material design.

Over time, microbial growth can also contribute to unwanted effects such as odour, staining, discolouration and material degradation.
Integrated directly into materials during manufacturing, BioCote® antimicrobial technology works 24/7 to reduce bacteria by up to 99.9% on treated surfaces.

This built-in antimicrobial performance works continuously between cleaning cycles, helping manufacturers add an extra level of material protection to fitness equipment and components.
BioCote® technology works alongside regular cleaning and hygiene practices, not as a replacement for them.

Discover how BioCote® can be integrated into the next generation of fitness equipment:
https://eu1.hubs.ly/H0xGyCs0

Week 3 - Pseudomonas aeruginosa | The fluorescent biofilm builder.Found naturally in water and other wet environments...
14/08/2026

Week 3 - Pseudomonas aeruginosa | The fluorescent biofilm builder.

Found naturally in water and other wet environments, Pseudomonas aeruginosa is particularly well adapted to moisture-prone conditions. One of its most notable characteristics is its ability to form biofilms, structured communities of microorganisms that attach to surfaces and become embedded within a protective matrix. This persistence makes P. aeruginosa especially relevant to water storage and dispensing environments, where moisture can remain within tanks, pipework, fittings, drip trays and dispensing components. Some strains produce pyoverdine, a fluorescent pigment that can give them a distinctive appearance under ultraviolet light.

For product manufacturers, the ability of P. aeruginosa to persist and form biofilms highlights the importance of considering material selection, component geometry, drainage and ease of cleaning during product development.

It is also one of the five microorganisms included within BioCote®’s PEELS testing panel, developed specifically around organisms relevant to water storage and dispensing systems. The panel includes P. aeruginosa, E. coli, E. faecalis, L. pneumophila and S. enteritidis.

Using ISO 22196 methodology, BioCote®-treated materials demonstrated a 99.99% reduction in P. aeruginosa after 24 hours compared with untreated control samples. Antimicrobial technology is designed to complement effective product design, drainage, flushing, descaling and routine maintenance.

Want to know more about antimicrobial performance testing for water storage and
dispensing systems?

Read our PEELS blog:
https://eu1.hubs.ly/H0xFbjt0

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Coventry
CV64QL

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Thursday 8:30am - 5pm
Friday 8:30am - 5pm

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