Emtex is a pristine cellulose nanocrystal derived from an indigenous crop of the Philippines creating a "high-value" material when used in various industrial applications. Apart from superior strength enhancement, it is also biodegradable and biocompatible. When added to a biodegradable polymer matrix, it minimizes pollution during product end-of-life unlike petroleum-based polymers. Due to its biocompatibility, it is highly suitable to many different medical applications. Emtex is a nanoscale polymer derived from an indigenous crop of the Philippines creating a "high-value" material when used in various industrial applications. Apart from superior strength enhancement, it is also biodegrable and biocompatible. When added to a biodegradable polymer matrix, it minimizes pollution during product end-of-life unlike petroleum-based polymers. Due to its biocompatibility, it is highly suitable to many different medical applications. Competitive Advantage: - BIODEGRADABLE & BIOCOMPATIBLE - ABUNDANT & RENEWABLE - HIGH DEGRADATION RESISTANCE - SUPERIOR TENSILE STRENGTH
Filmet is a pristine graphene oxide having excellent mechanical, electrical and thermomechanical properties. It is used to develop thermally, electrically, high-strength, and fire retardant/resistant material. Furthermore, its biodegradable and biocompatible properties open it to many medical application opportunities. It has antibacterial and antiviral properties thus extending to new application like coating or paint and more recently to new medical applications. Filmet is a nanoscale polymer having excellent mechanical, electrical and thermomechanical properties. It is also used as an agent to develop fire retardant/resistant material. Furthermore, its biodegrable and biocompatible properties open it to many medical application opportunities. It has antibacterial property thus extending to new application like coating or paint other than medical application. Competitive Advantage: - MECHANICAL STRENGTH REINFORCEMENT - ELECTRICALLY & THERMALLY CONDUCTIVE - FIRE RETARDANT - BIODEGRADABLE & BIOCOMPATIBLE - ANTIBACTERIAL Filmet is stronger than steel and many times more conductive than copper, heat resistant to approx. 3,500 °C with various application to virtually every industry.
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Nanotronics’ nanotechnology materials, its pristine and advanced cellulose nanocrystals can be used as an additive to existing polymers like plastic and rubber. “When our material is added to a biodegradable plastic bag, for instance, it can help increase the bag’s strength significantly while maintaining its biodegradability.” “It can also provide more gas mileage for a car while simultaneously keeping the structural integrity needed by a car body so that it will be of high quality and safety,” he continues. The company, which has pioneered a bio-based nanomaterial made from indigenous plants. Nanotronics’ biomaterials are designed to help reduce plastic waste in the country, as a sustainable contribution to overall environmental safety.
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