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Oxidized polyethylene wax finds significant application in the field of electronic component sealants due to its outstanding properties. Its unique molecular structure confers excellent polar compatibility, low volatility, and the absence of heavy metals, enabling it to meet regulatory requirements for food-grade and medical-grade plastic products.

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Micronized wax is primarily used in plastic products to enhance processing properties and surface quality, with specific applications including lubrication, demoulding, and improved flow characteristics. Enhancing processing properties Micro-wax reduces the viscosity of plastic melts, improving flowability, shortening plasticisation time, and reducing equipment wear.

Micronized polyethylene wax primarily functions as a dispersant and lubricant within masterbatch formulations, enhancing pigment dispersion, improving processing properties, and boosting product gloss. Enhanced dispersion performance: By wetting pigment surfaces and penetrating agglomerates, micronised polyethylene wax weakens interparticle cohesive forces.

Oxidized polyethylene wax is a novel polar wax exhibiting characteristics such as a high softening point, high hardness, and low penetration. It finds extensive application in plastic processing, coatings, inks, and related fields. Its core features are outlined below: Physical and Chemical Properties High softening point and hardness: Maintains stable performance at elevated temperatures, demonstrating superior abrasion resistance and scratch resistance compared to conventional waxes.

Beeswax is primarily used in cosmetic formulations for its moisturising, film-forming and stabilising properties, commonly found in products such as lip balms, face creams and eye shadows. Moisturising and Film-Forming Effects Beeswax forms a protective barrier on the skin's surface, locking in moisture to alleviate dryness.

Fischer-Tropsch wax is primarily used to enhance the moisture-proof and water-resistant properties of paper products, while improving printability and surface finish. ‌ Specific Applications By forming a continuous hydrophobic and oleophobic film, Fischer-Tropsch wax effectively prevents moisture and grease penetration, safeguarding the quality of packaged goods.

Abrasion Resistance and Scratch Resistance Micronized wax significantly enhances the abrasion resistance and scratch resistance of water-based inks, preventing surface scratches or wear on printed materials. It is particularly suitable for applications prone to damage, such as label printing and packaging printing.

Micronized wax is primarily dispersed into aqueous systems via surfactants for use in water-based inks and coatings, imparting properties such as scratch resistance, abrasion resistance, and water repellency. [1] Polyethylene Micronized wax is insoluble in water at ambient temperatures and requires surfactant dispersion into aqueous systems.

The Primary Role of Beeswax in Pharmaceutical Manufacturing Thickener and Hardening Agent Application: Primarily used in ointments and creams. Principle: Possessing a high melting point and hardness, beeswax added to oily or emulsified bases significantly increases their viscosity, transforming them from liquid or semi-solid to firmer solid or semi-solid states.

The primary applications of industrial-grade microcrystalline wax are categorised and detailed as follows: 1. Fats and Lubricants Industry This represents one of the largest application areas for microcrystalline wax. Petroleum jelly: Serving as the principal thickener and gelling agent, it blends with high-viscosity mineral oils to form petroleum jelly's characteristic paste-like structure.

Micronized wax, through core-shell structure design and functionalisation, can significantly enhance the abrasion resistance of products such as coatings and inks. Below are specific application scenarios and mechanisms of action: Coatings Sector Acrylate Micronized wax, via core-shell structure design, enhance coating scratch resistance.

Oxidized polyethylene wax is employed for viscosity adjustment in hot melt adhesives, primarily functioning through the following mechanisms: Viscosity Modulation: Within hot melt adhesives, oxidized polyethylene wax primarily functions as a viscosity modifier. Adjusting the wax dosage alters melt viscosity to accommodate diverse application requirements.

Key advantages of using Fischer-Tropsch wax for candle production: 1. Exceptional burning performance Smoke-free and odourless: This stands as one of Fischer-Tropsch wax's most notable attributes. Derived from natural gas or coal via the Fischer-Tropsch synthesis process, it boasts a pure composition with negligible impurities such as sulphur or nitrogen.

High-melting-point Fischer-Tropsch wax (typically with a melting point above 108°C) possesses characteristics such as a high melting point, low oil content, and excellent wear resistance. It is primarily applied in the following fields: Plastics processing High-melting-point Fischer-Tropsch wax serves as a PVC lubricant, enhancing production speed and improving the surface gloss of finished products.

Oxidized polyethylene wax is a modified material produced through an oxidation process applied to polyethylene wax, primarily used to enhance plastic processing performance and finished product quality. Core Functions Lubrication and Demoulding: Acts as an external lubricant during plastic processing, forming a lubricating layer at the mould-to-plastic interface to prevent adhesion and shorten moulding cycles.

The most important role of Fischer-Tropsch wax in rubber. Migration and Film Formation: Fischer-Tropsch wax has limited compatibility with rubber. During rubber compounding and vulcanization, it disperses uniformly within the compound. However, during storage and use after vulcanization is complete, the wax gradually migrates from the interior of the rubber to its surface.

Microcrystalline wax is a commonly used mineral oil-based ingredient in cosmetics, primarily serving as a base and setting agent in paste-like products such as lipsticks, mascaras, and eyebrow pencils. It possesses film-forming, moisturising, and anti-friction properties. ‌ Specific Applications ‌ Lipstick/Lip Colour: As a base component, it enhances paste resilience and improves application smoothness.

Micronized wax primarily serves to enhance surface properties and improve processing efficiency in polymer manufacturing, finding extensive applications in plastics, coatings, inks, and related fields. Below are specific application scenarios and functions: Plastics Processing Enhances surface gloss and flow: Polyethylene Micronized wax improves surface gloss and demolding properties of plastic products by enhancing material flow, suitable for injection molding, extrusion, and similar processes.

The application of micronized polypropylene wax in epoxy resins primarily manifests in two aspects: enhancing surface properties and optimizing processing characteristics: Surface Property Enhancement Micronized polypropylene wax improves the scratch resistance, abrasion resistance, and high-temperature resistance of epoxy resin coatings.

In industrial applications, micronized wax is commonly used as a lubricant and release agent, offering benefits such as reduced friction, extended service life, and improved surface smoothness. Lubricant Applications Plastic Processing: Polyethylene wax reduces the viscosity of plastic melts, enhancing flowability while acting as a lubricant to minimize friction during processing.

Micronized Polyethylene Wax Primarily Applies to the Following Fields: Paints and Inks Enhances paint film scratch resistance (pencil hardness test) and surface smoothness, suitable for matt paint systems. Acts as an anti-blocking agent and degassing aid, improving the abrasion resistance and apparent adhesion of printing inks, suitable for high-solids inks such as flexographic and gravure printing.

Micronized polypropylene wax serves as a matting agent, primarily employed to enhance the matting effect in coatings and inks while improving the product's scratch resistance and surface feel. ‌ Performance Characteristics ‌Matting Effect: Achieves a matt finish by reducing surface gloss, suitable for solvent-based coatings, powder coatings and similar systems.

Micronized wax may serve as plasticisers, primarily employed in plastic processing applications. They function to enhance flow properties and improve surface finish. Specific application scenarios are outlined below: Plastic Processing Micronized wax (such as oxidized polyethylene wax) serve as release agents and lubricants in plastics processing.

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The application of micro-powder wax in PVC pipes primarily serves to enhance surface gloss, improve wear resistance, and reduce adhesion. Common types include oxidised polyethylene wax and Fischer-Tropsch wax. ‌ Principal Functions ‌Enhanced Appearance: Adding micro-powder wax improves the smoothness and lustre of PVC pipe surfaces while minimising surface imperfections.

Oxidized polyethylene wax primarily functions as a dispersant in masterbatch production. By enhancing the uniform distribution of pigment particles within the carrier resin, it improves the gloss, processability, and dispersion stability of the final product. ‌ ‌Enhancing Dispersion Uniformity： Oxidized polyethylene wax reduces van der Waals forces and electrostatic attraction between pigment particles, disrupting agglomerate structures to facilitate dispersion in the molten state.

Oxidized polyethylene wax is primarily used in rubber demolding to enhance release properties and surface compatibility while providing anti-adhesion functionality. ‌ Specific Applications Oxidized polyethylene wax is commonly employed as a release agent or lubricant in rubber processing, improving demolding efficiency and reducing adhesion issues.

Key Advantages of Oxidized Polyethylene Wax in PVC Applications Superior Lubrication: Delivers stable and balanced internal and external lubricity across a broad processing temperature range. Enhanced Plasticisation: Effectively regulates plasticisation rates, ensuring a smoother process and preventing premature or delayed plasticisation.

During the final stage of leather manufacturing—the finishing process—micro-wax is added to topcoat finishing agents (such as glazes and fixatives). Its primary purpose is to impart a premium feel and practical physical properties to the leather surface. Primary Functions: Hand Feel Improvement (Most Critical Function) Silky Smoothness: Micro-wax particles form an ultra-thin, smooth wax film on the leather surface, significantly reducing friction coefficients to create an exceptionally smooth and refined tactile sensation.