Optoelectronic Glass Interleaving Paper
Product Features
● A specialized protective interleaving paper for the optoelectronics industry, made from high-quality virgin wood pulp and processed through ultra-clean treatment, high-precision calendering, and anti-static processes.
● Ultra-clean, dust-free: High paper surface cleanliness, no impurities, no dusting, no residue, prevents contamination of optoelectronic glass surfaces.
● Scratch prevention: Soft and fine texture, excellent smoothness, prevents scratches and abrasions during glass stacking and transfer.
● Anti-static performance: Treated with a special anti-static process, effectively eliminates static electricity, prevents dust attraction and damage to glass coating layers.
● High conformability and flatness: High flatness, adheres closely to glass, not easily displaced, providing uniform and reliable protection.
● Moisture and mildew resistant: Blocks moisture, prevents glass from getting damp, oxidizing, or mildewing, extending storage life.
● Dimensional stability: Uniform moisture content, no curling, no expansion/contraction, suitable for automated glass processing equipment.
Product Applications
● Protective interleaving during production, storage, and transport of touch cover glass and automotive glass.
● Buffering interleaving for processing photovoltaic glass, coated glass, and ultra-thin optoelectronic glass.
● Protection during automated cutting, edging, and cleaning processes of optoelectronic glass.
● Protection for finished and semi-finished glass products in high-end optoelectronic display and photovoltaic industries.
Application Scenario
Product Details
Terminology Breakdown
Photoelectricity usually refers to the conversion characteristics of light energy and electrical energy. It is commonly used in photovoltaic glass (such as solar panels), electrochromic glass (smart glass), etc.
Glass Interleaving Paper: Traditionally used in glass production and transportation to prevent surface scratches or adhesion of protective materials, mostly anti-static, high temperature resistant paper or polymer film.
Characteristics
Optical performance: high light transmittance is required to avoid affecting the light absorption efficiency of photovoltaic glass due to the spacer material (e.g., the utilization rate of incident light in photovoltaic glass).
High temperature resistance: adapt to glass lamination or heat treatment process (e.g. EVA film lamination in PV module production, temperature can reach 150℃ or above).
Anti-adhesion and anti-scratch: the surface is coated with silica gel or fluorinated material to prevent the glass and spacer paper from adhering under high temperature and pressure.
Anti-static treatment: adding conductive agents (such as carbon nanotubes, metal oxide coating) to avoid static adsorption of dust affecting subsequent processing.
Chemical stability: anti-acid and alkali corrosion, prevent reaction with glass surface coating (such as ITO conductive film).