Surfaces that
actively fight
bacteria
Antibacterial plastic solutions built into your products from the ground up — not added as an afterthought. Science-backed, ISO verified, manufactured in Australia.
verified by ISO 22196 testing
Processes
22196
for antibacterial surface testing
We solve real bacteria problems
Biosafe Technologies is a Brisbane-based advanced materials company specialising in antibacterial innovation for plastic products across injection moulding, extrusion moulding, and 3D printing. We embed proven antimicrobial technology directly into the polymer matrix — so performance is permanent, not a surface treatment that wears off.
Whether you need to reduce cross-contamination risk in high-touch environments, meet hygiene compliance requirements, or differentiate your product in a crowded market — we provide a clear, science-backed pathway to antimicrobial performance.
Application Assessment
We work with you to understand your product, its use environment, target pathogens, and compliance requirements. Every application has different demands — we start there.
Antimicrobial Technology Integration
Our proprietary antimicrobial technology is compounded directly into your polymer system, optimised for processing temperature, shear conditions, and end-use environment — compatible across injection moulding, extrusion moulding, and 3D printing platforms.
Manufacturing & Production
We work with our manufacturing partners to integrate antimicrobial technology during the production process — building durable antibacterial performance into every part, at commercial scale.
ISO 22196 Verification
Every product is tested against the international standard for measuring antibacterial activity on plastic surfaces. You receive documented, verifiable performance data to take to market.
Built in.
Not coated on.
Most antibacterial treatments are surface coatings — they scratch, peel, and wash away. Our approach is fundamentally different. Antimicrobial technology is incorporated into the polymer at the molecular level, providing lifetime protection that cannot be removed — across injection moulding, extrusion moulding, and 3D printing.
Antimicrobial Technology Mechanism
Our antimicrobial technology penetrates bacterial cell membranes, disrupts DNA replication, and inhibits enzymatic activity — a multi-target approach that makes resistance development extremely unlikely and delivers broad-spectrum efficacy.
Polymer Integration
Antimicrobial technology is compounded directly into the polymer matrix — HDPE, PP, nylon, and other engineering plastics — ensuring uniform distribution throughout the entire part, not just at the surface. Compatible with injection moulding, extrusion moulding, and 3D printing.
ISO 22196 Validation
Performance is measured using the international standard for antibacterial activity on plastics and non-porous surfaces. Testing quantifies bacterial reduction over a 24-hour contact period under controlled conditions.
Biofilm Suppression
Biofilm — the sticky microbial matrix that harbours pathogens and resists disinfection — is the primary failure mode on plastic surfaces in food, agriculture, and healthcare settings. Our materials actively suppress biofilm formation.
Long-Term Efficacy
Because the antimicrobial is embedded throughout the polymer, the protective effect is not lost over time. Even if the surface is scratched or abraded, fresh antimicrobial material is exposed — maintaining protection for the product's lifetime.
Manufacturing Compatibility
Our antimicrobial technology is formulated to be fully compatible with standard plastic manufacturing processes — injection moulding, extrusion moulding, and 3D printing. Existing tooling, cycle times, and mechanical specifications are not compromised by the addition of the antimicrobial agent.
Where bacteria problems are costly
Antibacterial plastic surfaces deliver the greatest value where contamination risk is high, regulatory scrutiny is intense, or where biofilm on surfaces directly impacts animal or human health outcomes.
Healthcare & Aged Care
High-touch surfaces in hospitals, clinics, and aged care facilities are primary vectors for healthcare-associated infections (HAIs). Antibacterial plastics in equipment housings, handrails, trays, and fittings reduce transmission risk continuously — without relying on cleaning schedules alone.
Food Processing
Poultry, red meat, and seafood processing environments face severe biofilm challenges on conveyor components, trays, and fixtures. Pathogens including Listeria, Salmonella, and Campylobacter form persistent biofilm on plastic surfaces — driving product recalls and compliance failures.
Agriculture & Livestock
Water troughs, feed bunks, and pen fixtures in feedlots accumulate biofilm containing E. coli, coliforms, and antibiotic-resistant strains. Antibacterial plastic components actively suppress biofilm growth — improving water quality, animal health outcomes, and reducing reliance on chemical sanitisers.
Industrial & Consumer
From high-touch consumer products to industrial housings and fittings, antibacterial plastics provide a compelling product differentiation story. Meeting hygiene compliance requirements, reducing maintenance burden, and building trust with end users are all tangible commercial benefits.
ISO 22196 Verified PerformancePerformance built into the material
Materials science expertise
Our team brings deep knowledge of polymer systems, additive compatibilisation, and compound optimisation — ensuring the antimicrobial agent performs at its best in your specific substrate and end-use conditions.
End-to-end partnership
From formulation through to finished moulded parts, we manage the entire process. You receive a validated antibacterial product — not a raw material and a problem to solve.
Market-ready documentation
ISO 22196 test results, performance data, and technical documentation give you the evidence to support regulatory submissions, procurement requirements, and marketing claims with confidence.
Australian manufacturing
Designed and developed in Brisbane, with Australian manufacturing partners. Australian supply chain, Australian standards, and responsive local support — without offshore lead time risk.
Formulated by us.
Manufactured with precision.
Biosafe Technologies combines advanced materials science expertise with established Australian manufacturing capability — delivering antibacterial plastic components at commercial scale across injection moulding, extrusion moulding, and 3D printing, with consistent quality and verified performance.
Our manufacturing partnerships mean you work with a single, accountable team from concept to finished product. No disconnects between formulation and production. No compromises.
Antimicrobial Technology
Biosafe Technologies uses industry-leading antimicrobial technology — a globally recognised, safety-assessed agent with established efficacy data across a wide range of polymer systems and application environments.
Manufacturing Processes
Our antimicrobial technology is compatible with injection moulding, extrusion moulding, and 3D printing — giving you flexibility to adopt antibacterial performance across your entire product range, regardless of manufacturing method.
Australian Manufacturing
Commercial-scale production in Australia, with quality management systems aligned to ISO manufacturing standards. Local partnerships mean responsive support and supply chain reliability.
Testing & Validation
ISO 22196 testing for antibacterial surface activity. Results expressed as percentage bacterial reduction over 24 hours, providing independent, comparable performance verification.
Let's talk about your application
Tell us about your product, your bacteria challenge, and your market. We'll help you find the right antibacterial plastic solution and provide a clear pathway to market.
Location
Brisbane, Queensland, Australia
Certifications
ISO 22196 Verified · Australian Manufacturing
Send us an enquiry
We typically respond within one business day.