Anti-mold packaging liner paper for photovoltaic glass

It is suitable for the transportation and storage of photovoltaic glass, offering highly effective mold‑prevention and precise protective performance to help improve product yield. Additionally, it provides customized specifications to enhance packaging efficiency and utilizes eco‑friendly materials, contributing to the development of a green supply chain.

Product Features

• High-quality, pure ingredients 
  Made from 100% virgin pulp, primarily hardwood pulp, it features fine, long fibers, a smooth paper surface, and an even color tone—free of specks and resistant to shedding.
• Targeted mold-resistant design 
  A specialized antifungal agent is added during the pulping process to inhibit the growth and reproduction of mold in high-temperature, high-humidity conditions, thereby addressing the issue of mold formation during the storage and transportation of photovoltaic glass.
• Highly customizable and adaptable 
  Supports wide-width 4860 mm rolls with a basis weight of 35–45 g/m², and features high-speed slitting for precise cutting, compatible with photovoltaic glass products of various specifications.
• Environmentally friendly and easy to dispose of 
  The paper is naturally biodegradable in water, aligning with green manufacturing principles, and can be easily recycled afterward without imposing additional environmental burdens.
• Product Advantages 
  Designed for the transport and storage of photovoltaic glass, it offers efficient mold prevention and precise protection to boost yield rates; customized specifications enhance packaging efficiency, while eco‑friendly materials support a green supply chain.

Performance Parameters

• Long-lasting mold resistance 
  Under harsh conditions of 80% humidity and temperatures between 35–40°C, it provides long-lasting mold resistance, extends the storage life of photovoltaic glass, and reduces the risk of mold-related scrap.
• Physical Protection Performance 
  It boasts exceptional tear resistance, effectively withstanding impacts and compression during transportation to prevent paper damage that could compromise glass protection; the paper is uniformly thick and consistently dense, achieving a bonding rate exceeding 98% to avoid uneven stress that might scratch the glass.
• Moisture-absorbing and moisture-controlling capability 
  It exhibits strong hygroscopicity, rapidly adsorbing moisture from the glass surface and its surroundings to keep the glass dry, thereby preventing reverse osmosis once saturation is reached—providing dual protection for a consistently dry environment.
• Chemical stability 
  It has low ion content and does not react with the coating layer of photovoltaic glass, thereby preserving the optical performance and power-generation efficiency of the coating.
• Electrostatic Protection 
  Following ESD surface electrostatic treatment, it resists the adhesion of dust and particulates, thereby preventing electrostatic contamination and ensuring both the light transmittance and surface cleanliness of photovoltaic glass.