What are the advantages of oxidized polyethylene wax?

The outlook for the oxidized polyethylene wax industry is very good, as it offers numerous benefits to businesses, making it highly popular among customers. To help people learn more about it, let's discuss the advantages of oxidized polyethylene wax. Hopefully, this will be helpful to many.

Many people still lack basic knowledge about oxidized polyethylene wax. Therefore, as a manufacturer, we find it necessary to provide a brief explanation. This oxidized polyethylene wax, with its high viscosity, high crystallinity, and acidity (7～30), exhibits a significant plasticizing effect, making it highly suitable for PVC profiles. A small amount of additive is sufficient for effective plasticization. Indeed, in the initial extrusion stage, these products are observed to remain in the PVC material for a longer duration, facilitating the dispersion of various materials within the formulation and resulting in a more homogeneous mixture. In the later stages of extrusion, it migrates to the surface between the material and the metal, exhibiting external slip. Due to its significant advantages, it can be used in shoe polish, floor wax, polishing wax, car wax, cosmetics, match wax, ink abrasion resistant agents, ceramics, precision casting agents, oil absorbents, sealing mud, traditional Chinese medicine wax granules, and as a melting matting agent for adhesives, paints, and powder coatings. Of course, oxidized polyethylene wax can also be used as an additive for cable materials, oil well wax absorbents, crayons, carbon paper, wax paper, stamp pads, photosensitive material substrates, fabric softeners, electronic component sealants, transistor packaging, rubber processing aids, primers for automobiles, dental material processing aids, and rust inhibitors for steel, etc.

Oxidized polyethylene wax possesses strong internal lubrication and coupling effects, enhancing the production efficiency and reducing the production cost of plastic processing, thus bringing benefits and profitability to enterprises. This is primarily because the molecular chains of oxidized polyethylene wax contain a certain amount of carbonyl and hydroxyl groups, significantly improving compatibility with fillers, pigments, and polar resins. Due to its good thermal stability and low high-temperature volatility, it also exhibits excellent dispersibility of fillers and pigments. When used, it is compatible with some polyolefin and resin materials, making it an ideal substitute for lignite wax, montan wax, liquid paraffin, microcrystalline wax, natural paraffin wax, and polyethylene wax. Oxidized polyethylene wax exhibits good moisture resistance and chemical resistance at room temperature, excellent electrical properties, and improves the appearance of finished products. Its low molecular weight ethylene-vinyl acetate copolymer containing carbonyl groups and the carbonyl and hydroxyl groups in the molecular chain of oxidized polyethylene wax are considered excellent new polar waxes. The company is committed to expanding and developing both domestic and international markets, employing both online e-commerce platforms and offline physical sales channels.

After the above introduction, we have a better understanding of the advantages of oxidized polyethylene wax. We will be more familiar with it in the future and encounter fewer problems during use. That's all for today's content. We believe there will be more exciting knowledge points to come.