Conductivity paste for crystal devices
ANTech is a venture-certified corporate that manufactures ECA for crystal device, which is essentially used in communication equipment for military/weapons system (GPS, radar, missile, etc.) and IT, automobile circuit, etc.
In addition to the basic adhesion required for adhesives, the company also possess the ECA manufacture technology, which enhanced conductivity of silicone adhesives that previously held technological limitation and enabled more convenient spout to miniaturized devices.
ANTech is a competitive company that can promptly supply to not only military items which require high precision and high specification intensity but also to high quality of products to various industry areas, based on the technology know-hows accumulated in the process of research and development.
Possessing technology and products
Excellent conductivity
Conductivity two times stronger compared to other company's products
- Conductivity based on volume resistance 2x10-4(Ω.cm)
- Enhanced the resistance of crystal device and frequency stability
Enhanced adhesion
Maintains adhesion under applied area of under 100µm
- Connection strength over 0.6(kgf)
- Prevention of pulsation blockage and maintains application area after sprout
-Enhanced thixotropic
-Reduced poor fixation
Enhanced long-term reliability on crystal devices
Long-term aging frequency stability Δf ±3ppm
Possessed Technology
Enhanced conductivity particles and particle size distribution control (patent application)
Particle surface processing technology (patent registration)
Mix original ingredients and design curing reaction
Possessed Technology Utilization
- 6035 20MHz Cannonball timer
- Portable, drone GPS communication module
- Wi-Fi antenna module
- Electromagnetic shielding ECA
- Frequency occurrence based on digital circuit for military radar and missile, etc.
Silver Paste for Crystal Device
Apply conductivity paste
- Conductivity volume resistance standard under 2x10-4(Ω.cm) : frequency/resistance stability and long-term credibility enhanced
- Adhesion intensity over 0.6(kgf) : Applied area reduced 50% compared to previously applied area of military crystal device
- Viscosity 25 ± 5(pa.s) and improved thixotropic : Convenience in sprouting miniaturized product, prevent pulsation blockage