Durable: Good in toughness, strength, and wear resistance, able to withstand impacts and friction in photovoltaic production lines, less prone to cracking and wear, ensuring stable equipment operation.
Resistant to Extremes: Melting point exceeds 2700°C, maintaining stable performance in high temperatures, acidic and alkaline environments, and outdoor conditions (exposed to wind, rain, and large temperature fluctuations), with excellent thermal shock resistance, remaining crack-free during sudden temperature changes.
Electrically Suitable: Insulating at room temperature, with ionic conductivity at high temperatures, suitable for use as insulation components in photovoltaic equipment or in special ionic conduction structures (such as sensors).
Customizable: Capable of processing complex shapes with micron-level dimensional accuracy, meeting specific installation and functional requirements of photovoltaic equipment (such as supporting inverters or positioning battery cables), aiding in the miniaturization and efficiency of equipment.
Low-disturbance Adaptation: Chemically stable, does not contaminate silicon materials, electrolytes, and other substances; has moderate density and is light, balancing performance and lightweight design in photovoltaic modules/equipment, and is suitable for automated production lines.
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