Phenolic Molding Compounds (22.4% share)
This is the primary application area for phenolic resins; the products have a lower density than aluminum alloys and achieve a UL94 V-0 flame retardancy rating.
They are widely used to manufacture lightweight, heat-resistant components such as automotive seats, battery pack covers, motor encapsulation parts, and various electrical insulating housings.
Wood Processing and Laminates (20.3% share)
Used as an adhesive in the production of plywood, particleboard, and blockboard, significantly enhancing the structural strength and water resistance of the panels.
Used to manufacture high-frequency, high-speed circuit board substrates and insulating laminates, meeting signal transmission requirements for 5G communication base stations and data centers.
Abrasives and Friction Materials (20.1% share)
Used as a binder for abrasive tools such as grinding wheels and discs, suitable for grinding applications involving various materials like metals and stone.
Used in the production of automotive brake pads and clutch discs; in electric vehicle energy recovery systems, they withstand higher frictional temperatures and reduce wear.
Fire-Resistant Insulation Materials (18.9% share)
Phenolic foam insulation board is a mainstream green building material for exterior wall insulation and was included in the national catalog for the promotion of low-carbon technologies in 2024.
Used to manufacture fire door cores, binders for refractory bricks in the metallurgical industry, and insulation layers for high-temperature equipment, offering excellent flame retardancy and low-smoke characteristics.