Green Technology

ELEMENT IMPACT LIMITED

šŸŒ Official Website šŸ¢ HKSTP Source
62 Potential

Decision Maker

N/A
enquiry.marketing@hkstp.org
+852 2629 1818
5/F, Building 5E, 5 Science Park East Avenue, Hong Kong Science Park
Raw Description
Element Company Limited established in 2020, located in Hong Kong. Our company specialize in the production of physical antibacterial technology through research develop and unique physics principle of silver micron particle to annihilate bacteria and viruses in order to attain the antibacterial effect. | Since 2008 our team has started researching the silver micron particle technology. In 2015 our company has been widely recognized by obtaining the patent authorization in China, America, Germany, Japan and Singapore. | Originally silver micron particle itself is an non exiting material, therefore our team started the research and develop process from the beginning until production. As a result, our company not only obtain the invention patent but also obtain the patent of the processed material. || Product | Anit-Bacterial Silver Micron Shield | Long lasting efficacy of bacterial growth inhibition and virus combating

Strategic Analysis

Executive Brief

Element Impact Limited is a Hong Kong-based advanced materials company specializing in the development and patenting of "Silver Micron Particle" technology. Their core value proposition lies in a physical (non-chemical) antibacterial and antiviral mechanism used to create long-lasting protective shields and coatings. They have successfully moved from R&D to international patenting and commercial production of these specialized micron-scale materials.

Strategic Fit & Lead Score

Lead Score: 62 (Adjacent Tech / Advanced Materials)

Why this Score? While Element Impact currently focuses on silver-based solutions, they operate in the "Advanced Surface Engineering" and "Pathogen Control" space where Diamond technology represents the ultimate performance ceiling. Silver-based coatings face three major engineering bottlenecks: mechanical wear-off, chemical oxidation (tarnishing), and leaching/environmental toxicity. 6Cā€™s Boron Doped Diamond (BDD) and Diamond-like coatings offer a non-leaching, chemically inert, and virtually indestructible alternative for high-end medical, industrial, and water-treatment applications where silver may fail or be restricted.

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
Active Sterilization BDD Electrodes Transition from passive silver leaching to active electrochemical oxidation. BDD generates hydroxyl radicals (&OH;) to annihilate 99.9% of pathogens in water or air without chemical additives.
Wear-Resistant Coatings MPCVD Diamond Coating Direct diamond coating of silver-treated substrates to prevent mechanical abrasion of the micron particles, extending the "long-lasting" claim from months to years.
Electrochemical Sensing BDD Sensors Provide Element Impact with the ability to integrate real-time "Pathogen Detection" into their shields, using BDD's wide electrochemical window to sense bacterial metabolic markers.
Manufacturing Tooling PCD Inserts & Nozzles Use 6C's Polycrystalline Diamond for the high-precision nozzles and milling tools required to produce "non-existing" silver micron particles, reducing tool downtime and contamination.
Next-Gen Bio-Shield Nanocrystalline Diamond (NCD) A "Metal-Free" antimicrobial alternative. NCD surfaces can be engineered with specific nanostructure topographies that mechanically rupture bacterial cell walls, offering a permanent physical kill-mechanism.

Engagement Hooks

  • Technical Question: "How does Element Impact address the gradual loss of efficacy caused by the oxidation of silver micron particles, and have you explored Boron Doped Diamond as a chemically inert, permanent alternative for high-traffic or corrosive environments?"
  • Value Statement: "6C can help Element Impact evolve from passive antimicrobial coatings to active, diamond-based electrochemical sterilization systems that are more durable, more effective, and environmentally sustainable."