As a core technology to address various semiconductor/display process chemicals such as developers, strippers, etchants and functional cleaners, we carry out 'Residue-free' processes based on solubility parameter theory and deepen research on metal corrosion control technology based on electron mobility theory while exploring formulation optimization for each product.

We focus on researching synthesis design and polymerization techniques related to special additives that impart differentiated functionality to products or exploring retrosynthesis technologies that estimate pathways created by breaking down any already synthesized material into molecular structure units.

We explore nano-scale particle size reduction technologies with high concentration and low viscosity characteristics that are required across fields from conductive slurry for secondary batteries to pigment mill bases for displays, based on research related to dispersion systems that effectively control particle agglomeration and dispersion methods that reduce rheological behavior.

To respond to various chemical-derived defects occurring in the semiconductor, display and battery fields, we deepen our research on defect analysis technologies that identify the causes of defects, primarily using spectroscopic and chromatographic methods.

- Thermoset-type Adhesive Remover for Wafer Support System - Electrodeposition-type Photoresist for Lead-frame - Developer for Negative-tone Photo-imageable Dielectric - Semi-aqueous Photoresist Stripper for Panel Level Package - EO-PO based additives for Pulse-electroplating (accelerator, suppressor)

- Performance Thinner for Integrated Cleaning (Organic Insulation Film, Color & TFT Photoresist) - Mask Cleaner for Simultaneous Cleaning of QD-OLED Organic/Inorganic Deposits - CMR-Free Solvent Alternative to NMP (1-Methyl-2-pyrrolidone)

- Water-based dispersing slurry for lithium-ion battery anodes, based on high-concentration/low-viscosity SWNT - High-concentration/low-viscosity NMP dispersing slurry for lithium-ion battery cathodes, based on TWNT - Binder solution for all-solid-state battery electrolytes - High-conductivity carbon primer for all-solid-state battery electrodes

- Technologies and products related to Heterogeneous Integration    1. Performance Thinner & Remover
   2. Adhesive for TSV
   3. Low CTE & High Tg Materials

- Technologies and products related to In-Vehicle Infotainment    1. Performance Thinner & Cleaner
   2. Functional Optical Adhesive & Film

- Technologies and products related to All Solid Batteries    1. Process chemicals for sulfide solid electrolytes
   2. Single-ion Lithium Conducting Polymers