National Defense and Military Application Scenarios

Core Scenario Requirements

It must adapt to combat-oriented working conditions such as strong electromagnetic interference, extreme high and low temperatures, intense shock and vibration, and high concealment. The core demands include high material reliability, miniaturization and lightweight design, and strong damage resistance. Meanwhile, 100% independent controllability of core materials must be achieved to break import blockades and ensure supply chain security.

Specific Applications of Six Major Products

1. Single/Polycrystalline Diamond Substrates and Heat SinksApplied to chip substrates of military high-energy laser weapons, heat sinks for RF power devices of airborne radar, and thermal dissipation of laser chips in optoelectronic countermeasure systems.Single-crystal diamond substrates greatly improve the output power and service life of laser chips, solving the overheating and failure problem of military lasers operating continuously at high power. They enhance the range and damage capability of laser weapons, serving as a core and critical material for new-generation directed energy weapons.
2. Diamond Composite Heat Sinks & EnclosuresUsed for heat dissipation enclosures and heat sinks of power devices in airborne fire-control radar, high-power modules of shipborne electronic warfare systems, and power supplies for individual tactical equipment.The thermal conductivity of diamond-copper composite heat sinks reaches 1000 W/m·K, breaking the heat dissipation bottleneck of military equipment with high power density and confined space. Meanwhile, the enclosures deliver excellent electromagnetic shielding performance against strong electromagnetic interference, adapt to the severe vibration environment of airborne and shipborne platforms, and improve the continuous combat capability of equipment.
3. M9/M10 Copper-Clad Laminates & TVG Glass SubstratesApplied to high-frequency boards for T/R components of military phased array radar, high-frequency signal boards of tactical communication radios, and high-speed processing boards of electronic warfare systems.Extremely low dielectric loss ensures distortion-free signal transmission in millimeter-wave and terahertz bands, compatible with new-generation military communication and radar systems. High thermal conductivity solves the heat dissipation challenge caused by dense arrangement of T/R components. TVG glass substrates feature outstanding resistance to high and low temperature shock, adapting to extreme field operating environments from -55℃ to 125℃.
4. Aluminum Silicon Carbide (AlSiC)Adopted for electronic equipment enclosures of missile-borne guidance systems, packaging bases of phased array radar T/R components, and optical support structures of military optoelectronic pods.It realizes integrated structure and heat dissipation. Its shock and vibration resistance is far superior to traditional aluminum alloys, with weight reduced by 30%. It greatly downsizes missile-borne and airborne equipment, improving guidance accuracy and equipment mobility. Fully domestically manufactured, it completely eliminates the “bottleneck risk” in the supply chain of military equipment.
5. Customized Diamond Heat Dissipation ModulesProvide integrated customized thermal management solutions for vehicle-mounted military command systems, shipborne integrated radio frequency systems, and airborne mission payloads of unmanned aerial vehicles (UAVs).Optimized via thermal simulation design, it adapts to narrow installation space and realizes fanless passive heat dissipation, lowering equipment noise and improving battlefield concealment. Its heat dissipation efficiency is more than twice that of traditional solutions, ensuring full-load continuous operation and adapting to maintenance-free field combat scenarios.
6. Quantum DiamondApplied to military underwater magnetic anomaly detection systems (anti-submarine detection), portable individual quantum magnetometers, battlefield nuclear radiation detection equipment, and high-precision inertial navigation systems.Quantum diamond magnetometers enable ultra-sensitive magnetic anomaly detection of underwater submarines without active sonar, offering extremely high concealment and acting as a core technology for new-generation anti-submarine warfare. It can also be used for individual portable detection of landmines and unexploded ordnance, greatly improving battlefield survivability.Inertial navigation systems based on quantum diamond can maintain high-precision positioning even under strong electromagnetic interference and complete GPS signal shielding, meeting the full-scenario combat requirements of informationized warfare.