Petrochemical Products

Microcrystalline wax is primarily used in industry as a thickener, modifier, protective agent, and insulating material, with its core value reflected in enhancing flexibility, weather resistance, and waterproofing. Grease thickener: With strong gel strength and good protective properties, it is used to manufacture instrument and sealing greases as well as Vaseline. Electrical insulation: Used for capacitor paper impregnation, battery sealant, cable insulation paper impregnation, and encapsulation coating. Paints and inks: Used in hot-melt road marking paints, paints, and inks to enhance wear resistance, waterproofing, and flexibility. Candle modification: Adding 5%-15% can improve the toughness of paraffin, prevent brittle fracture, and endow craft candles with mirror-like luster and the ability to create complex shapes.

The core value of microcrystalline wax in industry lies in its high melting point, flexibility, strong lipophilicity, and excellent adhesive properties. Its industrial applications are mainly concentrated in the following aspects: Rubber and tire industry: used as softeners, plasticizers, and anti-chapping agents. Adding microcrystalline wax (often blended with paraffin wax) to rubber can improve its flexibility and cold resistance, prevent powdering or cracking on the surface of products, and facilitate mold release. Hot melt adhesives and binders: Utilizing their flexibility and bonding strength, they are used to manufacture heat-seal materials and melt adhesive materials, imparting better flexibility and impact resistance to adhesives. They are commonly used in packaging, labeling, and laminating materials.

In candle and wax paper manufacturing, microcrystalline wax is primarily used as a‌ modifying additive‌. When combined with base waxes such as paraffin, it can significantly improve the performance of the finished product.‌‌ Candle Manufacturing ‌Improved Surface Texture‌: Microcrystalline wax has a fine structure that makes the candle surface smoother and harder, reducing a “powdery” feel and giving it a more premium look and feel.‌‌ Wax Paper Manufacturing ‌Enhances Flexibility‌: Microcrystalline wax has good elasticity, making wax paper (such as baking paper and food packaging paper) more resistant to folding and bending, and less prone to brittle cracking at low temperatures.

Microcrystalline wax has a wide range of industrial applications. Its core value lies in‌ thickening, modification, protection, and insulation‌, and it is primarily used in the following fields: ‌Packaging and Papermaking‌: As a paraffin modifier, it can‌ improve the crystal structure, toughness, and flexural strength of paraffin‌, enhancing the performance of barrier coatings and heat-seal coatings for packaging paper, moisture-proof paper, and frozen food cardboard. ‌Precision Casting and Modeling‌: In casting processes, it is used as a component of wax patterns, or for the production of test ship models and mechanical prototypes. Its moderate melting point and flexibility facilitate molding and demolding.

In industrial applications, microcrystalline wax is primarily used for rubber protection, thickening greases, moisture protection in packaging, coatings and inks, and precision casting.‌‌ ‌Rubber and Tires‌: Microcrystalline wax acts as a physical antioxidant in rubber. During processing, it migrates to the surface to form a dense film that blocks ozone and ultraviolet rays, preventing cracking and aging in tires and seals. It also reduces mold release adhesion and improves processing efficiency. ‌Grease Thickening‌: Microcrystalline wax has high gel strength, excellent adhesion, and protective properties. It is commonly used as a thickening agent for greases and petroleum jelly used in instruments and seals to prevent the separation and migration of liquid oil components.

Microcrystalline wax is commonly used in shoe polish, primarily to‌ harden the formula, adjust the consistency of the paste, and enhance the shine. ‌Adjusting Hardness and Consistency‌: Microcrystalline wax has a high melting point, which increases the consistency of the shoe polish and improves its setting properties, preventing the paste from softening and collapsing. ‌Improved Shine and Adhesion‌: With its dense structure, it generates a shine through friction. Once a film forms, it exhibits excellent adhesion and toughness, resulting in a more lustrous finish on leather shoes after polishing. ‌Prevents Oil-Wax Separation‌: Microcrystalline wax has excellent oil-absorbing properties, preventing oil and wax from separating during long-term storage and ensuring the paste remains stable. ‌Enhances Abrasion Resistance‌: Adding microcrystalline wax to shoe polish formulations can significantly improve the abrasion resistance of the wax film.‌‌

Microcrystalline wax has a wide range of industrial applications, primarily in the areas of rubber protection, rubber and plastic modification, lubrication and mold release, wax product processing, waterproof sealing, and gloss coatings. Rubber and Tire Protection: It can be added to rubber products such as tires as a protective wax to help form a stable protective film that resists ozone aging and extreme temperature fluctuations, thereby extending service life. ‌Rubber and Plastic Processing and Modification‌: In plastic processing, microcrystalline wax acts as a lubricant and release agent, improving processing flow. Furthermore, it offers better heat resistance than ordinary paraffin wax, making it suitable for the production of high-end engineering plastics and rubber products.

The core industrial applications of microcrystalline wax 80A are primarily focused on rubber protection, rubber and plastic modification, lubrication and mold release, as well as inks, waterproof materials, and craft candles. It features strong toughness, good flexibility, minimal shrinkage, and excellent sealing and moisture-proof performance. ‌‌ Rubber protection and rubber and plastic modification: It can enhance elasticity and tensile properties when added to rubber formulations, and forms a protective film on the surface to resist ozone aging and cracking. It is commonly used in tires, sealing strips, engineering rubber parts, etc. Lubrication and Demolding: Due to its low friction properties, it can be used as a lubricant in metal processing and machinery manufacturing. In rubber and plastic molding processes, it can serve as a demolding agent to reduce friction and protect surfaces.

In industrial applications, microcrystalline wax is primarily valued for its high melting point, strong viscosity, good ductility, and ability to prevent oil separation. Common uses include: ‌Paraffin wax modifier‌: Adding a small amount of microcrystalline wax to paraffin wax alters its crystal structure and improves its plasticity, making the paraffin wax more resistant to bending and moisture. This makes it suitable for use in waterproofing materials, packaging paper coatings, and casting wax. ‌Grease thickener‌: Due to its high gel strength, microcrystalline wax is commonly used as a thickener in instrument greases, sealants, and petroleum jelly. ‌Rubber and Plastic Processing‌: A blend of paraffin wax and microcrystalline wax can serve as an anti-cracking agent for rubber, preventing surface chalking and cracking, and aiding in demolding; it can also be added to plastics, textiles, and leather.

Microcrystalline wax is a commonly used thickener, which mainly utilizes its characteristics of high melting point, high viscosity, and strong gel strength to thicken, densify, and stabilize the structure in systems such as lubricating grease and ointment. ‌‌ Grease and Vaseline: Microcrystalline wax is often used to manufacture hydrocarbon-based grease for instruments and sealing purposes, as well as thickeners for Vaseline-type products, due to its high gel strength, good adhesion, and excellent protective properties. Pharmaceutical Ointments and Creams: As a hardening agent in topical creams and ointments, it can also reduce oil leakage from wax mixtures; with a higher melting point and greater melt viscosity than paraffin, it can increase the consistency of the formulation.

Microcrystalline wax has a wide range of industrial applications, primarily serving as a grease thickener and a paraffin modifier, while also being extensively used in the rubber, personal care, packaging, electronics, and food industries.‌‌ ‌Grease Thickener‌: Microcrystalline wax is a key thickening agent in the manufacture of lubricants for instruments and seals, as well as petroleum jelly. Leveraging its high gel strength, excellent adhesion, and protective properties, it is used to adjust the consistency and performance of lubricants. Rubber Industry: This is a major application area for microcrystalline wax, where it is primarily used as a rubber protective wax, serving as a “long- lasting protective barrier” in products such as tires and rubber seals.

OPE wax has a wide range of applications, with its core value lying in its excellent internal and external lubricity, outstanding dispersibility, and the coupling effect brought by polar groups. It primarily serves as an internal and external lubricant and mold release agent, demonstrating outstanding performance in the extrusion and injection molding of PVC profiles, pipes, and sheets. It effectively enhances the lubrication between plastics and metal molds, improves the surface finish of products, and reduces mold cleaning time. In concentrated color masterbatch and filled masterbatch, it acts as a dispersant for pigments and fillers, aiding in the uniform dispersion of colorants and enhancing the appearance of products. In water-based coatings, inks, and road marking paints, OPE wax is widely used as an anti-friction, anti-scratch, and anti-blocking agent. It forms a protective layer on the surface of the coating, which is precisely the principle behind the improved wear resistance you noticed earlier.

OPE wax is commonly used as a viscosity modifier for hot melt adhesives, primarily relying on its low viscosity and high softening point properties to adjust the fluidity and application performance of the adhesive. ‌‌ Improve adhesion and wettability: Polar groups make the colloid wet the adherend better, resulting in stronger adhesion. Improve heat resistance: The high melting point characteristic helps enhance the temperature resistance of hot melt adhesives. Easy to demold: In the EVA hot melt adhesive system, it can also act as an auxiliary agent, improving adhesive performance while facilitating demolding during application.

OPE wax (oxidized polyethylene wax) has a wide range of industrial applications, with its core functions being as a lubricant, dispersant, and modifier, primarily focusing on the fields of plastics, coatings and inks, textiles, rubber, and more. ‌‌ Paints and inks: Serving as dispersants and anti-abrasion agents, they enhance the wear resistance, scratch resistance, matting effect, and leveling properties of coatings and inks, preventing pigment sedimentation. ‌‌ Textile industry: After being formulated into a micro-emulsion, it can be used as a fiber protectant, smoothing agent, and softener. It can reduce the friction coefficient of the fiber surface, enhance the tear strength and pilling resistance of fabrics, and can also be used as a softener for high- speed sewing threads, spinning oil, or sizing agent. ‌‌ Rubber processing: As a rubber processing aid and release agent, it enhances the diffusion of fillers, increases the extrusion molding rate, facilitates mold release, and improves the surface gloss of the product.