Materials for a cleaner future

One technology. More than 200 potential applications.

In development

NanoFlashing™ is proven science, peer-reviewed and independently tested → Science & Evidence, and it is engineered into the material itself → How It Works. Air filtration is commercial today → Air Filtration, and the next four application areas are on their way to market.

The four paths below start from the same permanent positive polarity. Each is earning its own evidence.

Explore the pathways Develop with C-POLAR

Products in development

Four paths. One permanent property.

White filtration media and components representing water-treatment development
In development

Water treatment

Water filters foul with biofilm, and the dosing treatments that fight it are used up and must be replenished. The NanoFlashing™ technology takes a different position. It gives conventional filtration media a permanent positive polarity, engineered into the material itself during manufacturing, with nothing to dose and nothing to replenish. It requires no power and does not deplete in use. NanoFlashing™ is being developed for water filtration media and water contact surfaces, helping capture waterborne contaminants.

Explore the development pathway →
White performance textiles representing personal protective wear development
In development

Personal protective wear

Personal protective wear (PPW™) is designed to reduce contamination. NanoFlashing™ gives conventional fabrics a permanent positive polarity, and is being developed for healthcare, industrial, and frontline workers. On the platform's tested media, NanoFlashing™ captures and destroys viruses, bacteria and fungal spores on the media, by physical action.

Pathogen evidence in Science & Evidence →
White food packaging materials and fresh produce representing packaging development
In development

Food packaging

Spoilage starts where food meets its packaging, and treatments that migrate into the food are used up while the food is still on the shelf. The NanoFlashing™ technology gives conventional packaging materials a permanent positive polarity, engineered into the material itself during manufacturing. The property is permanent and non-migrating. It requires no power and does not deplete in use.

Explore the development pathway →
White medical material components representing device development
In development

Medical devices

NanoFlashing™ transforms medical materials to help reduce microbial contamination throughout the continuum of care. From catheters and IV systems to wound care products, surgical drapes, and patient-contact devices, it has the potential to support cleaner patient-contact surfaces while integrating seamlessly into existing medical materials and manufacturing processes.

Explore the development pathway →
The platform's tested evidence, in Science & Evidence

Partner development

Development starts with what you make.

Every path on this page reached its stage through a manufacturing or development partner, and every next step starts the same way. Tell us what you make, and we will reply with how NanoFlashing™ can be engineered into it.

Development runs configuration by configuration, because a filter, a fabric, a film, and a device surface each behave as their own case. The conversation starts with your substrate, your target challenge, and your development stage. Trials run jointly, with success criteria agreed before they start and independent measurement named.

Discuss an application
Material formats prepared for collaborative product development

Contact C-POLAR

Talk to us

Tell us what you make. We will reply with how NanoFlashing can be engineered into it.

General enquiriesinfo@cpolartechnologies.com

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