Oxidized polyethylene wax, often simply referred to as oxidized wax or OPE wax in the industry, is a high-end industrial functional wax product meticulously modified from high-quality polyethylene（PE） raw materials using a mature and sophisticated deep oxidation synthesis process. Its unique molecular structure and polar properties overcome the performance limitations of traditional waxes. With its superior comprehensive processing performance and stability, it has become a core additive in industrial fields such as PVC products, CPVC products, SPC/WPC flooring, and PVC stabilizers. It is also a popular raw material with continuously rising search demand in the global chemical industry. The product continues to gain market recognition due to its excellent performance and stable quality, and its global market influence is constantly increasing.

In the field of oxidized polyethylene wax, we possess significant technological advantages. Our products can completely replace similar products from internationally renowned brands, providing more price-competitive solutions while maintaining or exceeding equivalent performance. This helps PVC product and PVC stabilizer companies reduce costs and improve production efficiency. We have established long-term strategic partnerships with globally renowned stabilizer manufacturers to jointly develop high-performance products suitable for various industrial scenarios, including high-melting-point general-purpose products and special models with high viscosity and strong dispersibility to meet different production process requirements.

In high-filler formulations, our oxidized wax exhibits superior dispersibility and melt-promoting capabilities, resulting in more uniform raw material mixing and ultimately a smoother, finer surface texture for PVC products. Simultaneously, our versatile oxidized wax breaks application boundaries, proving suitable not only for PVC products, PVC foam boards, and calcium-zinc stabilizer systems, but also widely used in masterbatches, filler masterbatches, coatings, paints, cable materials, emulsions, printing and dyeing, textile auxiliaries, and asphalt modification, becoming a truly "all-scenario adaptable" functional additive.

In plastic modification and PVC processing, oxidized wax balances internal and external lubrication, ensuring smooth and efficient extrusion and injection molding processes. In masterbatch and filler masterbatch production, it powerfully disperses pigments and inorganic powders, preventing agglomeration and ensuring uniform and fine coloring. In printing inks and industrial coatings, oxidized wax optimizes leveling and surface gloss while enhancing wear and scratch resistance. In hot melt adhesives, rubber products, and composite materials, oxidized wax effectively improves processing efficiency and finished product quality.

With the continuous upgrading of industrial production standards, oxidized wax has become an irreplaceable core additive in modern industrial manufacturing processes. Compared with traditional ordinary wax, oxidized wax, with its optimized molecular structure and enhanced polarity, is highly compatible with resins, fillers, and other chemical raw materials, effectively avoiding production problems such as blooming, precipitation, and uneven color, thus ensuring stable and consistent product quality from the source.