Textile & Wearables

Innovative solutions to soft goods powered by Graphene

Graphene
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Graphene
Fabric

Graphene
Sensor

Graphene
Mask

Why? The air we breathe is hardly purified but contaminated by a mixture of dust, pollution in form of nanoparticles (such as PM2.5) and airborne virus and bacterial particulates. How do we protect ourselves from these health hazards?

Graphene Mask

Where Graphene
Technology Comes In

Graphene-enhanced face mask is a patent-pending design that employs a unique graphene coating technology. This coating leverages both the antistatic and known antimicrobial characteristics of graphene to create one of a kind fabric face mask. The outer layer of mask is made of Interlock polyester coated graphene tech, which repels dust and nanoparticles including bacteria and virus. The inner layer is soft and dry fit polyester. Stopper & neck strap available if requested. The mask is washable up to 100 times without losing its antibacterial or antistatic properties. It even passed the test on PH Value, Fastness to rubbing, Azo & Formaldehyde color washing.

Graphene Mask

Our Current Status

Commercially available
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Graphene
Fabric

Why? Fabric feature does not inherently possess good thermal conductivity. In fact, fabrics are used for thermal insulation, not heat removal. However, thermal conductive fabric becomes essential in many high risk situations such as firefighters’ cooling garments, Liquid cooled ventilations for astronauts, cooling vests for multiple sclerosis patients etc. For heat removal to be effective, large system of water-cooling tubes in integrated in the fabric design, this creates discomfort and bulkiness, which further adds fatigue to problem.

Graphene Fabric

Where Graphene
Technology Comes In

Graphene enhance in textile could make its way into adaptive clothing that keeps the wearer cool in warm weather, and vice versa. Human body emits infrared radiation. Graphene can be designed to allow this radiation to pass through freely to help keep the body temperature low, also can be designed to lock it in to keep the wearer warm. Graphene can be tuned to alter the thermal radiation of the textile via pattern and electrical tuning.

Graphene Fabric

Our Current Status

Prototyping phase

RFID
Ink

Why? Protective armor has been around for centuries. From bronze, iron, steel to fabric, recent improvements are gravitated towards stronger, lighter and less bulky. However, the absurd level of protection reliability and comfort did not see the light of day until the discovery of graphene and its application on fabric.

Our Current Status Early Stage R&D