1. Coatings and Inks Industry (Accounting for approximately 40%)

　　Resin Dissolution and System Regulation

　　It has strong dissolving power for nitrocellulose, acrylic resins, etc., and can be used as a main solvent to formulate high-solid-content coatings, reducing system viscosity and improving pigment dispersibility. In electrostatic spraying, its high resistivity (approximately 10Ω·cm) can regulate the conductivity of the coating, reducing coating unevenness issues, and is particularly suitable for precision spraying scenarios such as automotive OEM paints and metal anti-corrosion coatings.

　　Retarder Function: It has a relatively slow evaporation rate, which can extend the "open time" of the coating, avoiding defects like orange peel and pinholes during winter construction or thick film application, for example, improving film formation quality in wood coatings and coil coatings.

　　Eco-friendly Alternative: Due to its low VOC content and absence of benzene toxicity, it can replace toluene and xylene for use in eco-friendly coatings, meeting European and American VOC regulations (such as US EPA standards and EU Solvent Emissions Directives).

　　Printing Ink Adaptation

　　It regulates drying speed in plastic film printing (such as PET, PVC), ensuring sufficient ink transfer during high-speed printing, avoiding plate blocking or dot blurring. It has good pigment dispersibility, which can enhance color saturation in food packaging printing.

　　2. Electronics and Precision Manufacturing Fields

　　High-Purity Cleaning

　　Electronic-grade products (purity ≥99.9%) can replace high-risk solvents such as trichloroethylene for cleaning flux residues or oil stains on the surfaces of circuit boards and semiconductor components. For example, in MEMS device cleaning, IBIB increased the yield rate from 88% to 94%.

　　Photoresist Stripping: When compounded with NMP, the stripping rate reaches 120nm/min, a 20% increase over traditional systems, and it causes no damage to wafers.

　　Electronic Coatings and Encapsulation

　　It regulates the curing rate in copper-clad laminate coatings and LED encapsulation adhesives, ensuring uniform film formation and reducing bubble generation, suitable for precision device processes.

　　3. Fragrance and Food Industry

　　Synthesis of Food Flavorings

　　It possesses natural pineapple and grape aromas and has extremely low toxicity (FDA certified as a GRAS substance), used for the blending of fruit flavorings in soft drinks, candies, and baked goods.

　　Flavoring Solvent and Stabilizer: As a diluent, it regulates the release rate of the aroma while preventing the oxidative decomposition of fragrance components, extending the shelf life.

　　4. Pharmaceutical and Adhesive Fields

　　Synthesis of Pharmaceutical Intermediates

　　It has extremely low toxicity (rat oral LD?? is 12800 mg/kg) and can be used in the synthesis process of steroid drugs, antibiotics, etc., meeting the high purity requirements of pharmaceutical-grade solvents.

　　High-Performance Adhesives: It regulates the curing rate in epoxy and polyurethane adhesives, enhancing the bonding strength to difficult-to-bond substrates such as polyethylene and polypropylene, used for bonding automotive interior parts and wind turbine blades.

　　5. Other Special Fields

　　Metalworking Fluids: As a coupling agent, it enhances the compatibility of lubricants with water, improving the rust prevention and cooling performance of cutting fluids.

　　Paint Stripper Formulations: Compounded with ketone solvents, it efficiently removes old epoxy and polyurethane coatings, and has better biodegradability than aromatic hydrocarbon solvents.