AMAZING COOL TECHNOLOGY CORPORATION.

ACOOL Copper is a uniquely modified material that simultaneously enhances electrical, mechanical, and thermal performance. Surpassing the standards of oxygen-free copper while maintaining the fundamental physical properties of pure copper, it offers a comprehensive suite of superior characteristics:

• Performance: Higher conductivity, improved mechanical strength (yield, tensile, and toughness), and superior bending resistance.

• Stability: Lower thermal expansion and temperature resistance coefficients, high bonding force, and excellent corrosion/oxidation resistance.

• Electrical: Enhanced high-voltage, low-leakage, and EMI resistance.

Applications: Ideal for high-demand sectors including EVs (motors, charging stations), aerospace, drones, generators, and high-frequency/high-voltage cabling. ACOOL Copper can be processed into flat wires, foils, plates, or targets, providing an essential performance upgrade over conventional copper materials.

ACOOL Copper is a uniquely modified material that simultaneously enhances electrical, mechanical, and thermal performance. Surpassing the standards of oxygen-free copper while maintaining the fundamental physical properties of pure copper, it offers a comprehensive suite of superior characteristics:

• Performance: Higher conductivity, improved mechanical strength (yield, tensile, and toughness), and superior bending resistance.

• Stability: Lower thermal expansion and temperature resistance coefficients, high bonding force, and excellent corrosion/oxidation resistance.

• Electrical: Enhanced high-voltage, low-leakage, and EMI resistance.

ACOOL Copper targets are utilized in Physical Vapor Deposition (PVD) and sputtering processes to create high-performance thin films. Key applications include:

• Semiconductors & ICs: Used for high-conductivity interconnects, barrier layers, and advanced packaging to improve signal speed and heat dissipation.

• Display Technology: Ideal for electrodes and conductive layers in OLED, LCD, and touch panels due to its low resistivity and superior oxidation resistance.

• Solar Energy: Applied in Thin-Film Photovoltaics (CIGS/CdTe) to enhance energy conversion efficiency and long-term environmental stability.

• Functional Coatings: Used in low-emissivity (Low-E) glass and decorative coatings that require both high durability and precise electrical properties.

• Surface Modification: Provides an essential upgrade for components requiring high bonding force and resistance to electromagnetic interference (EMI).