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Internal and External Lubrication to Improve Processing Efficiency: In the processing of plastics such as PVC and polyolefins, Fischer-Tropsch wax serves as an excellent external lubricant. It reduces friction between the material and processing equipment (such as screws and molds), thereby lowering torque and energy consumption and increasing production speed.

Fischer-Tropsch wax is a high-performance polishing material. Thanks to its high melting point, low oil content, and excellent wear resistance, it is often used as a key ingredient in formulations or directly as a polishing agent. Below are its specific applications and advantages as a polishing material: Metal Polishing: It can be blended with shortening, polyethylene wax, polishing acids, and other ingredients to enhance the brightness and smoothness of metal surfaces, while also improving the polishing wax’s resistance to water, damp heat, and staining.

Fischer-Tropsch wax can be used in candle manufacturing, often as a substitute for or a modifier of paraffin wax, to improve burning stability, reduce shrinkage and deformation, and optimize appearance.‌‌ ‌Applications‌: Low-melting-point grades, after degreasing and refining, have a quality comparable to refined paraffin wax and are widely used in the manufacture of artisanal candles, pillar candles, and similar products; high-melting-point grades are primarily used for modification and blending rather than for candle production on their own.

In the production of PVC pipes and color masterbatches, Fischer-Tropsch wax plays a key role as a highly effective lubricant and excellent dispersant. In the processing of rigid PVC pipes, Fischer-Tropsch wax is primarily used as an external lubricant. It works by forming an extremely thin lubricating film between the molten PVC and the metal surfaces of the processing equipment, thereby significantly reducing friction and adhesion.

Fischer Tropsch wax offers several performance advantages in candle manufacturing: Enhanced Hardness and Structural Strength: With a high melting point and firm texture, Fischer-Tropsch wax significantly increases a candle’s hardness and resistance to deformation. This is particularly important for candles with intricate designs and in regions with higher temperatures, as it effectively prevents candles from softening, deforming, or even “toppling over” during storage or transportation.

Oxidized polyethylene wax is a widely used polymer processing aid, with its core applications falling into three categories: plastics processing, coatings and inks, and household chemicals. Plastics and Rubber Processing: This is its primary application area. In the processing of PVC pipes, profiles, films, and other products, it serves as both an internal and external lubricant, reducing adhesion between the resin and equipment and facilitating easier demolding.

Oxidized polyethylene wax has various applications in the industrial field, mainly encompassing the following aspects: Coating and ink industry: Oxidized polyethylene wax is an important additive in coatings and inks. It provides good lubricity, helps to disperse pigments and dyes evenly, increases the gloss of coatings and inks, and improves their wear resistance and scratch resistance.

Oxidized polyethylene wax is a polar wax with carbonyl and hydroxyl groups on its molecular chain. In hot melt adhesives, it primarily functions in two ways: Reduce melt viscosity and improve fluidity: OPE wax can penetrate between polymer molecular chains like a plasticizer, weakening the intermolecular interaction force, thereby reducing internal friction, decreasing melt viscosity, and increasing fluidity.

The core advantage of oxidized polyethylene wax in PVC processing lies in its excellent compatibility brought by its molecular polar groups. It can balance internal and external lubrication, significantly promote plasticization, and enhance filler dispersion and product surface quality. ‌‌ Rigid PVC pipes/profiles: Leverage its plasticizing and balanced lubricating properties to enhance extrusion efficiency and dimensional stability.

Micronized wax powder is used as a functional additive in shoe polish processing. Its core functions are to enhance abrasion resistance and anti-scratch properties, improve slip and feel, and assist in matting or gloss control. Anti-scratch and abrasion resistance: Regular spherical micronized wax migrates to the surface of the coating/wax film, forming hard micro-protrusions that reduce frictional damage and extend the duration of gloss retention on leather shoes.

Micronized wax is a highly effective pigment dispersant in color masterbatch. Its core mechanism of action lies in the fact that its micron-level particle size is comparable to that of pigment particles, allowing it to effectively coat the surface of pigment particles, separate them from each other, and prevent agglomeration, thereby achieving excellent dispersion performance.

Micronized wax is a high-performance additive widely used in industrial applications. Simply put, adding it to products such as coatings, inks, or plastics can significantly enhance their surface properties—for example, making them more wear-resistant, smoother, or imparting a unique texture and appearance.

Unlike traditional polishing waxes, which achieve a temporary high gloss by filling in surface imperfections, micronized polypropylene wax acts more as a performance enhancer. When added to paint or clear coat, the wax microparticles distribute evenly across the surface after the coating dries and cures: Exceptional polish resistance: With its high hardness and high melting point, micronized polypropylene wax forms a surface coating that resists physical polishing effects such as sanding and friction, ensuring the coating’s gloss remains long-lasting and is not easily restored or worn away by frequent wiping.

Main Applications ‌Plastics Processing (PVC/PE/PP/ABS, etc.)‌: Acts as an external lubricant to prevent melt adhesion to metal, and as an internal lubricant to promote molecular sliding; increases extrusion and injection molding speeds, improves demolding efficiency, and enhances surface smoothness.

In leather processing, micronized wax primarily serves as a functional finishing additive, imparting core properties to the leather such as scratch resistance, abrasion resistance, anti-adhesion, a smooth feel, and controllable luster.‌‌ ‌Scratch Resistance and Abrasion Resistance‌: Micropowder wax particles are dispersed in the finishing agent and concentrate on the surface after film formation, reducing the coefficient of friction.

In adhesives, microcrystalline wax primarily serves as a tackifier, flexibility modifier, and structural shaping agent, leveraging its high melting point, strong adhesion, and excellent ductility. ‌Enhanced Adhesion and Cohesion‌: Microcrystalline wax molecules contain a large number of branched alkanes and cycloalkanes.

In papermaking, microcrystalline wax is primarily used as a water- and moisture-repellent agent, a sizing aid, and a paraffin modifier. It is added through impregnation, coating, or pulping to enhance the paper’s water resistance, flexibility, and printability.‌‌ ‌Water and Moisture Repellency‌: Leveraging its high melting point and hydrophobic properties, it forms a dense protective film on the fiber surface, significantly reducing moisture absorption and water permeability.

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In plastic processing, micronized wax primarily serves as a highly effective internal and external lubricant and dispersant. By reducing melt viscosity, improving flow properties, and enhancing demolding performance, it significantly optimizes processing efficiency and the surface quality of the finished products.

Micronized wax primarily serves as a surface modifier in wood coatings. By enriching on the surface of the paint film with micron-sized particles, it significantly enhances the physical properties and tactile feel of the coating. Enhance scratch and abrasion resistance: Wax micro-powder forms a dense protective layer on the surface of the paint film, dispersing external frictional stress and effectively resisting daily scratches and steel wool abrasions.

Microcrystalline wax is ideal as a gloss enhancer in paste-based products and is one of their classic core ingredients. Excellent film-forming and gloss properties: Microcrystalline wax imparts outstanding gloss to paste-based products, forming a uniform, lustrous protective film on surfaces such as automotive paint, furniture, and leather shoes, while providing both gloss and care.

Microcrystalline wax is widely used in paper processing, primarily to enhance the waterproof, oil-proof, heat-seal, and flexibility properties of paper. Enhancing water and oil resistance: Applying microcrystalline wax in the form of a lotion to paper surfaces can impart good waterproof, oil-proof, and water vapor barrier properties to the paper, making it a viable alternative to fluorine-containing oil repellents for packaging paper.

Microcrystalline wax is a core physical antioxidant in the rubber and tire industry. Its key advantages in tires and rubber include: ‌Ozone crack resistance: Particularly suitable for areas subject to dynamic stress, such as tire sidewalls, significantly extending service life under outdoor exposure.

Applications as a Lubricant ‌Grease Thickener: Leveraging its high gel strength and excellent adhesion, it serves as a thickener for greases, enhancing their adhesion and protective properties. It is commonly used in greases for instrumentation and sealing applications. ‌Surface Friction Reduction and Release Agents‌: In rubber and plastic processing, microcrystalline wax migrates to the surface to form a film, acting as a release agent and anti-adhesive to reduce frictional resistance; it also reduces fiber friction in textile yarn waxing.

In the packaging and printing industries, microcrystalline wax is primarily used to impart moisture resistance, oil resistance, and gloss to materials, as well as to enhance ink performance.‌‌ ‌Packaging sector‌: Used as a wax coating agent for packaging paper (such as food and pharmaceutical paper bags) to provide moisture resistance, oil resistance, and anti-stick properties; it is also used for fruit coatings or impregnation treatments to enhance barrier properties and surface texture; Certain high-melting-point grades can serve as heat-seal layers or adhesion promoters.

Industrial microcrystalline wax, with its high ductility, low brittleness, excellent film-forming properties, moisture-proof sealing capabilities, and thickening and stabilizing properties, is widely used in the following industrial sectors:‌‌ ‌Packaging and Printing‌: Used as a paper coating to enhance water resistance, gloss, and heat-sealability; used in inks to adjust viscosity, improve adhesion, and reduce plate clogging.

Key Features of Microcrystalline Wax in Printing Inks: 1. Provides Excellent Surface Protection Microcrystalline wax effectively enhances the ink’s scratch resistance, abrasion resistance, and anti-blocking properties, preventing smudging or scratching of printed materials during stacking or subsequent processing.

Microcrystalline wax is a crucial functional additive in shoe polish manufacturing, primarily used to enhance the polish’s gloss, paste stability, and film durability. Forms a high-gloss protective film: Microcrystalline wax has a dense structure and excellent luster; when rubbed, it produces a glossy finish and forms a thin, hard protective film on the surface of leather shoes, providing long-lasting shine.

Microcrystalline wax is a white, amorphous solid wax refined from petroleum residue oil. Its main components are C31–C70 branched-chain saturated hydrocarbons and a small amount of naphthenes. It features a high melting point, strong adhesion, excellent ductility, and low-temperature toughness. It is odorless and tasteless, insoluble in water and ethanol, but soluble in organic solvents such as benzene and chloroform.

OPE wax is a plastic processing aid that provides both internal and external lubrication. It is widely used in the extrusion, injection molding, and calendering processes of thermoplastic resins such as PVC, PE, and PP to reduce melt viscosity, minimize equipment friction, improve demolding properties, and enhance the surface gloss of finished products.