Green Technology

LI-TEX COMPANY LIMITED

🌍 Official Website 🏢 HKSTP Source
68 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
In addition to Dr Hu Xitao (CEO) and Professor Li Quan (Chief Scientist), the company currently has two full-time employees: Ms Chan Lai Wun (Administrative Assistant) and Dr He Zhen (Senior Materials Research Scientist). Furthermore, Dr Zhang Yi will join the company as a Senior Materials Research Scientist once his work visa is approved. | Description | Li-Tex Company Ltd. is an innovative startup revolutionising the battery industry. Our core technology utilises {110} textured Li metal foil, offering superior electrochemical properties for battery electrodes. We understand the evolving needs of the global battery market and provide a breakthrough solution for enhanced energy storage and power delivery. || Product | These {110} textured lithium metal foils offer several advantages: | (1) The {110} textured Li metal electrode demonstrates significantly improved cycle performance compared to both {100} textured Li and commercial Li foil electrodes. | (2) The Li {110} electrode exhibits a consistently smooth surface morphology during cycling. Therefore, there is strong potential for the {110} textured thin Li metal foils to replace the current commercial lithium foil as an anode material in lithium metal batteries, which are considered the mainstream solution for meeting the escalating energy density demands in energy storage applications.

Strategic Analysis

Executive Brief

Li-Tex Company Ltd. is a deep-tech startup specializing in the next generation of energy storage: Lithium Metal Batteries (LMBs). Their core innovation lies in the crystallographic control of Lithium foil, specifically achieving a {110} textured orientation. This orientation is critical for suppressing dendrite growth and ensuring a smooth surface morphology during high-density cycling, addressing the primary safety and longevity hurdles in the lithium metal roadmap.

Strategic Fit & Lead Score

Lead Score: 68/100 (Adjacent Tech / Advanced Materials Integration)

Why this Score? Li-Tex is solving the "interfacial stability" problem in batteries. While 6C specializes in carbon (Diamond), the engineering challenges are identical: controlling crystal growth, surface roughness (Ra), and thermal/mechanical stability. 6C’s MPCVD technology can provide the protective "Diamond Shield" (Ultra-nanocrystalline Diamond) required to prevent electrolyte degradation on Li-Tex’s textured foils, or provide the thermal management systems necessary for the high-power applications their foils enable.

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
Interfacial Protective Layers Ultra-Thin UNCD Coating Direct deposition of sub-micron Diamond-Like Carbon or UNCD on Li-Tex foils to act as an artificial SEI. Diamond's high Young’s Modulus (>1000 GPa) mechanically suppresses dendrites that might bypass the {110} texture.
Thermal Management PCD Heat Spreaders Li-metal batteries are targeted at high-power EV/Aerospace. 6C's Polycrystalline Diamond (PCD) wafers (>2000 W/mK) provide the ultimate heat dissipation for battery packs utilizing Li-Tex high-energy-density anodes.
Electrochemical Monitoring BDD Sensors Use Boron-Doped Diamond (BDD) electrodes to perform in-situ electrochemical impedance spectroscopy (EIS) to monitor electrolyte decomposition products within Li-Tex test cells.
Manufacturing Tooling Diamond-Coated Rollers Li-foil is notoriously "sticky" and soft. 6C can provide MPCVD diamond coatings for the precision rollers used in Li-Tex's foil thinning process to reduce friction, prevent contamination, and maintain the {110} texture.
Custom R&D Systems Modular MPCVD Reactor Provide Li-Tex with a custom-built reactor for their lab to experiment with carbon-based surface modifications on their proprietary textured foils in-house.

Engagement Hooks

  • Technical Question: "While your {110} textured Li foil significantly improves epitaxial plating, have you considered how a high-modulus, chemically inert carbon interface (via MPCVD) could further stabilize the solid electrolyte interphase (SEI) against aggressive liquid electrolytes?"
  • Value Statement: "6C can augment Li-Tex's textured foil performance by providing the world's hardest, most thermally conductive protective coatings, ensuring that your {110} surface remains pristine through hundreds of high-C-rate cycles."