With medical scientists' backing, we are advancing surface protection beyond the limitations of traditional chemical treatments — safer, more efficient, and genuinely sustainable.
The world's most advanced class of water-based, intrinsically safe Smart Surface Technologies — built on physics, not chemistry.
EvoTek Innovations Ltd, through its own R&D and strategic scientific partnerships, has created the world's most advanced class of water-based, intrinsically safe Smart Surface Technologies (SST) built on Engineered Surface Physics (ESP) — not chemistry, not biocides, and not toxic residues. ESP is a physics-driven platform that modifies surface energy and molecular behaviour, creating a stable, long-lasting transformation in how a surface interacts with its environment. These technologies do not release chemicals, do not leach, and require no SDS, because they operate through molecular-scale physical structuring, altering surface charge, morphology, wettability, and nanoscale topology across fabrics, metals, plastics, rubbers, wood, glass, bedding, and soft furnishings.
This engineered shift in surface behaviour delivers real-world performance gains: stain resistance, self-cleaning and self-polishing effects, UV protection, reduced fouling, and extended material lifecycles. By lowering the adhesion of contaminants, organic residues, and biofilm-forming deposits, ESP-based SST creates cleaner, safer environments in homes, industry, healthcare, and public spaces — reducing the environmental conditions that support disease transmission and antimicrobial resistance (AMR). This is proactive hygiene, not reactive disinfection: continuous, preventative, non-toxic, and fully aligned with WHO and NHS sustainable hygiene principles.
Our biodegradable nanoscale architecture provides long-lasting hygiene and material protection without contributing to AMR, because it does not poison microbes — it removes the physical conditions they rely on. By reinforcing surfaces at the molecular level, ESP also reduces Environmental Stress Cracking (ESC), preventing micro-fracture initiation and chemical-driven degradation that cost organisations millions annually. EvoTek delivers a smarter, safer, future-proof approach to contamination control and material preservation — pure physics, continuous protection, and environmental responsibility engineered into every surface.
With efficacy of 336 hours and coverage per litre up to 140 m², your current costs will reduce around 30 times — with the same cleaning teams you have now in situ.
Comprehensive research and supportive clinical trials have led to the development of a hybrid, biodegradable nanoscale barrier coating. Using Smart Surface Technology (SST) — a Non-Depleting Technology (NDT) — it delivers continuous antimicrobial protection for up to 336 hours, significantly reducing contamination burden without repeated chemical application.
Our goal is to educate different industries on a safer and more efficient surface protection approach — one that prevents respiratory effects on humans, eliminates toxic effects on the environment, and significantly reduces pathogenic resistance levels.
Applicator designed to exact micron — treatment particles don't linger in air.
Water-based, natural acid formulation. Compliant with EC 648/2004 biodegradability regulation.
Physical rupture mechanism — pathogens cannot develop metabolic resistance to physical destruction.
Inhibiting all major pathogenic strains on treated surfaces — keeping public health at a more progressive stage.
Hospital-acquired infection pathogens and antibiotic-resistant strains. Broad-spectrum antimicrobial efficacy via physical cell membrane disruption.
Coronavirus, Ebola, SARS-CoV-2 and all enveloped viruses per EN 14476. Validated Log4 — 99.99% microbial reduction (BluTest Laboratories, 2020).
Broad-spectrum antifungal efficacy. Prevents colonisation on surfaces in high-humidity environments including healthcare and catering.
Organosilane chemistry enables covalent attachment to substrates and surfaces, forming a non-leaching antimicrobial layer. The bond is permanent — not a coating that wears off.
The physical disruption mechanism ruptures pathogens rather than relying on metabolic inhibition — dramatically reducing the risk of antimicrobial resistance development. Supports NHS Green Plan priorities.
Due to a carrier complex in the formula, SST attaches to any surface — soft furnishings, hard surfaces, metals, plastics, fabrics. Compatible with standard cleaning methods.
Water-based formulation made with a natural acid. Surfactants comply with biodegradability criteria in Regulation EC 648/2004. Supports sustainability goals and lowers chemical load on the environment.
Secured NHS supply partner status — deploying 5th generation SST technology within NHS settings.
Smart Surface Technology classified as a candidate technology in NHS briefing papers. Internationally recognised.
Dual ISO certification demonstrates commitment to quality management and environmental responsibility.