PID

Photo Imageable Dielectric
PID Photo Imageable Dielectric  LG Chem Advanced Materials High‑performance photo‑imageable insulation material for forming micro‑circuit patterns in advanced semiconductor packages
PID Photo Imageable Dielectric  LG Chem Advanced Materials High‑performance photo‑imageable insulation material for forming micro‑circuit patterns in advanced semiconductor packages

High‑performance photo‑imageable insulation material for forming micro‑circuit patterns in advanced semiconductor packages

PID(Photo Imageable Dielectric) is a photosensitive insulating material used to form the fine circuit patterns that connect semiconductor chips to substrates in advanced semiconductor packages. It enhances package performance and reliability by enabling ultra‑fine circuit formation and ensuring stable electrical insulation.

As advances in AI increase the demand for higher‑performance semiconductors, LG Chem delivers PID materials featuring high‑resolution patterning and exceptional reliability essential for ultra‑fine circuit fabrication. Through an extensive lineup of liquid and film‑type products, we provide optimized material solutions tailored to customers’ process conditions and technical challenges.

Features

High Reliability

High‑resolution

Low‑temperature Curing

Eco‑friendly (PFAS Free)

Applications

Product Functions and Structure

• High‑resolution performance and high reliability enabled by proprietary material design
• Stable low‑temperature curing with low shrinkage and low moisture absorption for improved process stability and reliability
• Eco‑friendly formulation free of PFAS and organic solvents such as NMP and toluene
• Film‑type PID supporting fine‑line circuitry on large‑area panels and substrates

Product Group

    Advanced Adhesive Products and Their Functions

      Product Classification

      Product Classification :Category ,Grade ,Features ,Applications ,Download
      Category Grade Features Applications Download
      PID
      Positive Type - Liquid
      • Excellent thermal, mechanical, and electrical performance
      • FO‑WLP / PLP (PMIC, Mobile AP)
      • 2.xD (AI accelerators)
      • Dielectric material for glass substrates
      PID
      Positive Type - Liquid(High Resolution)
      • High‑resolution capability for fine‑line circuitry in advanced, high‑density semiconductor devices
      • Low‑shrinkage characteristics supporting multilayer circuitry and high‑density package fabrication
      • FO‑WLP / PLP (PMIC, Mobile AP)
      • 2.xD (AI accelerators)
      • Dielectric material for glass substrates
      PID
      Negative Type – Liquid
      • High reliability, high resolution, and strong adhesion to substrates
      • Low dielectric constant (Low Dk) and low dissipation factor (Low Df) for reduced crosstalk and leakage during high‑speed signal transmission
      • FO‑WLP / PLP (PMIC, Mobile AP)
      • 2.xD (AI accelerators)
      • Dielectric material for glass substrates
      PID
      Negative Type - Film
      • Applicable to film lamination processes
      • Applicable to large‑area panels
      • FO‑WLP / PLP (PMIC, Mobile AP)
      • 2.xD (AI accelerators)
      • Dielectric material for glass substrates

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