Duravi provides a plant-based metal treatment that initiates a Catalytic Alloying and Atomic Rearrangement (CAAR) process to modify metal surfaces at the molecular level. This persistent modification significantly reduces friction, enhances wear resistance, and increases component durability. The result is improved machinery efficiency, extended equipment lifespan, and reduced operational maintenance.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional lubricants offer temporary friction reduction but do not address the underlying causes of wear and inefficiency in machinery, leading to recurring maintenance, environmental harm, and energy losses. Nearly 20% of the world's total energy consumption is lost to friction, and over 20% of pollutants in the air result from mechanical inefficiencies.
Solution
Duravi provides a bio-based metal treatment technology that modifies metal surfaces at the molecular level, reducing friction and enhancing durability. The Duravi Catalyst, a 99% plant-based and 100% non-toxic solution, facilitates a Catalytic Alloying and Atomic Rearrangement (CAAR) process that restructures the metal's surface, creating a denser, more uniform layer. This process results in increased hardness, enhanced corrosion resistance, and extended surface performance, leading to improved machinery efficiency, longer operational life, and reduced maintenance costs. Duravi's products offer a sustainable alternative to traditional lubricants by reducing waste, energy consumption, and the use of harmful chemicals.
Target Audience
Duravi's products are designed for industries including automotive, industrial machinery, HVAC, aerospace, mining, and agriculture, targeting businesses seeking to reduce friction, extend equipment longevity, and lower maintenance costs while minimizing environmental impact.
Features
- Catalytic Alloying and Atomic Rearrangement (CAAR) technology that restructures metal surfaces at a molecular level
- 99% plant-based and 100% non-toxic formula, certified by the USDA as 99% bio-based (ASTM-D6866)
- Friction reduction, leading to smoother operation and extended lifespan of moving parts
- Surface enhancement, creating a smoother, harder, and more corrosion-resistant finish
- High-temperature resistance, withstanding temperatures exceeding 2,500°F
- Anti-corrosive properties, protecting metal surfaces from moisture and corrosive elements
- Natural detergent properties, preventing the build-up of debris and varnish on contact surfaces
- Products are H2 food grade