Material And Precision Engineering

ASMAC Limited

🌍 Official Website 🏢 HKSTP Source
78 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
ASMAC is a materials testing and consultation service provider specializing in surface analysis and materials characterization. Our clients include MNC and industrial partners in the South China region. We have a highly qualified team of analytical consultants, all of whom hold either a master’s or doctoral degree in related disciplines. With our in-depth knowledge of surface and material science and experiences in an array of industrial processes, we provide services to various sectors including semiconductor, PCB, metal finishing, communications, data storage, automotive, jewellery and display industries, etc. | ASMAC provides routine analyses on surface and material properties, including surface, microscopic, thermal, elemental, chemical and mechanical analyses. We also provide consultancy services like reverse engineering, failure analysis, tailor-designed testing methodology and automation system development. Upon request, we also run confidential R&D projects for companies. | In Hong Kong Science Park, it has the operation of our team of analytical consultant. Our analytical consultants also conduct materials analysis planning and development activities for new area of application development for the electronics and solar energy industry.

Strategic Analysis

Executive Brief

ASMAC Limited is a premier materials characterization and failure analysis (FA) consultancy based in the Hong Kong Science Park. They serve as a critical technical bridge for MNCs in the South China region, providing deep-dive analytics in semiconductors, data storage, and telecommunications. ASMAC specializes in identifying material deficiencies and providing reverse engineering services, making them a strategic gatekeeper for advanced material integration.

Strategic Fit & Lead Score

Lead Score: 78/100 (Strong Strategic Partner & Advanced Material User)

Why this Score? ASMAC does not just "buy" materials; they diagnose why materials fail. As the semiconductor industry shifts toward Wide Bandgap (WBG) materials like GaN and SiC, thermal throttling is the primary failure mode. ASMAC’s role in Failure Analysis and R&D for the electronics and solar sectors makes them the perfect partner to validate and implement 6C’s Diamond thermal spreaders and BDD sensors for their industrial clients.

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
Failure Analysis (FA) SCD/PCD Thermal Spreaders Provide ASMAC with diamond heat spreaders to solve "hot-spot" failures in their clients' high-power RF and GaN devices.
Electrochemical Sensing BDD Electrodes Enable ASMAC to develop ultra-sensitive, non-fouling electrochemical sensors for their water treatment and solar energy R&D projects.
Advanced Microscopy SCD Optical Windows & Tools Ultra-pure SCD (Ra < 1nm) for high-resolution IR/X-ray windows and diamond AFM tips for their surface analysis lab.
Industrial R&D Custom MPCVD Reactor Build Equip ASMAC’s HKSP lab with a 6C MPCVD system to allow them to offer "Diamond Coating & Growth" as a service to their South China clients.
Metal Finishing/Tooling PCD Thin-Film Coating Provide high-durability diamond coatings for ASMAC’s clients in precision machining and automotive components.

Engagement Hooks

  • Technical Question: "As your semiconductor clients migrate to higher power densities in GaN-on-Si applications, are you seeing an increase in failures related to interfacial thermal resistance? How would integrating a 2000 W/mK diamond substrate into your thermal modeling change your R&D outcomes for them?"
  • Value Statement: "6C can transform ASMAC from a diagnostic lab into a solution provider by supplying the world's most thermally conductive material (Diamond) to fix the heat and wear bottlenecks your clients are currently facing."

Technical Specifications for ASMAC Consultation:

  • Thermal Conductivity: 6C PCD offers > 1800 W/mK; SCD > 2200 W/mK.
  • Surface Quality: Atomic-grade roughness (Ra < 1nm) for precision interface bonding.
  • Chemical Stability: BDD electrodes for harsh environment sensing (pH 0–14).
  • System Purity: 9N purity H2 generation for ultra-high mobility electronic grade SCD growth.