Petrochemical Products

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.

Fischer-Tropsch wax is an ideal synthetic wax for EVA-based hot melt adhesives. Its core functions are to regulate the solidification and curing speed, enhance heat resistance, and reduce melt viscosity, making the adhesive easier to mix and pump. ‌‌ Adjusting the curing speed: The melting point and crystallinity of wax directly control the initial solidification temperature and curing time of hot melt adhesive. High-melting-point wax can make the adhesive dry faster. Improve heat resistance: High-melting-point Fischer-Tropsch wax can significantly enhance the heat resistance of adhesives, making it suitable for scenarios where temperature resistance is required. Improve operability: The low viscosity characteristic can reduce the viscosity of polymers and resins, facilitating mixing and pumping, while also maintaining moderate surface wetting. Enhanced Strength: With a low penetration (high hardness), the strength of the hot melt adhesive can be improved.

Fischer-Tropsch wax has a wide range of industrial applications, primarily serving as a high-performance lubricant, dispersant, and modifier. Due to its high melting point, low viscosity, and good chemical stability, it finds use in multiple industries. Plastic and PVC processing: Used as an internal and external lubricant, it can reduce processing energy consumption, enhance surface glossiness, and prevent thermal degradation. In color masterbatch and modified plastics, it acts as a dispersant to help fillers disperse evenly. Rubber industry: As a protective wax and lubricant, it migrates to the surface of rubber, forming a dense protective film. This film effectively resists ozone and cracking, extending the service life of products such as tires, while also improving processing performance. Hot melt adhesive: Due to its high melting point and low viscosity, it can enhance the setting point and bonding speed of the adhesive, making it one of the preferred wax materials for hot melt adhesives.

The primary industrial value of Fischer-Tropsch wax lies in its use as a lubricant, dispersant, and modifying additive, with core applications concentrated in plastics processing, inks and coatings, hot-melt adhesives, and rubber. Plastics Processing: It is primarily used as an internal and external lubricant for plastics such as PVC, helping to disperse fillers and pigments, reduce processing viscosity, increase extrusion speed, and enhance the surface gloss of finished products. ‌Inks and Coatings‌: When added in the form of fine powder, it improves the abrasion resistance, scratch resistance, and gloss of inks; in powder coatings, it acts as a lubricant, reducing screw torque and energy consumption. It can also create special textured effects such as stripes and water ripples.

Fischer-Tropsch wax finds extensive industrial applications, with its core values lying in its high melting point, low viscosity, low oil content, and high purity. It is primarily used as a lubricant, dispersant, and modifying agent. Plastic Processing: Fischer-Tropsch wax can serve as an internal and external lubricant for PVC, reducing processing torque and energy consumption, increasing extrusion speed, and enhancing the surface gloss of products. Rubber Industry: The high-purity straight-chain alkane structure makes it an excellent protective wax for rubber. When added to rubber products such as tires, it slowly migrates to the surface to form a dense film, effectively resisting ozone and cracking, significantly enhancing aging resistance and service life. It can also improve carbon black dispersion during mixing and reduce roll sticking.

Fischer Tropsch wax is primarily used as a lubricant and dispersant in epoxy resin processing. It improves processing fluidity, enhances the surface gloss of finished products, and helps ensure uniform dispersion of fillers and pigments.‌‌ ‌External Lubrication: Fischer Tropsch wax has low compatibility with polymers, so during processing it easily migrates to the surface to form a lubricating layer. This reduces friction between the resin and equipment, prevents adhesion, and improves demolding and extrusion efficiency. ‌Internal Lubrication and Plasticization‌: At high temperatures, its compatibility with the resin increases, weakening intermolecular cohesive forces, reducing melt viscosity, and improving flow. This is particularly effective for the extrusion of high-viscosity systems. ‌Pigment/Filler Dispersion‌: Its low viscosity and high wettability enable it to effectively wet dye and filler particles, reducing particle agglomeration and improving dispersion efficiency, while also enhancing the wear resistance of masterbatches.

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Beeswax is a natural animal wax. In cosmetics, it is mainly used as a base or structure regulator, and it has a very wide range of applications. In color cosmetics, beeswax mainly utilizes its film-forming properties, smoothness, and high melting point to help products take shape and improve the user experience. Lipsticks and lip balms: This is one of the most classic uses of beeswax. It helps lipsticks maintain their shape and provides a smooth application feel. Eyebrow pencils and eyeshadows: Its good adhesion helps powders attach more easily to the skin. In skincare products, beeswax is often used as a co-emulsifier or thickener to help products form a stable cream and also provides a certain moisturizing and water-locking effect.

Beeswax primarily serves as a thickener, setting agent, emulsifying stabilizer, film-forming agent, and moisturizer in cosmetics; it is a classic ingredient in creams, lipsticks, hair wax, and eyebrow wax. Lipstick/Lips: Provides structure to prevent the formula from becoming too soft or collapsing, while forming a lightweight protective film to reduce moisture loss from the lips. Creams/Ointments: As an oil-phase thickener, it helps maintain stability after oil and water are emulsified, preventing the product from running too much when applied. Hair wax/clay: Provides hold and a certain amount of shine; it is more flexible than pure wax and does not break easily when bent.

Uses of Beeswax In the industrial and personal care sectors, beeswax is a key ingredient in the production of high-quality candles, helping them burn more slowly. It is also an essential raw material for floor wax, shoe polish, polishing wax, crayons, and batik. In beekeeping, beeswax is used to make foundation sheets that support beehives and artificial queen cells. In the cosmetics industry, beeswax imparts the ideal solid form and hardness to products such as lipstick, lip balm, and hair wax, serving to set the shape and thicken the formulation. In the pharmaceutical industry, beeswax is commonly used as a medicinal excipient—as a coating for pills and as a binder and base for medications such as ointments and liniments—to increase their viscosity.

Beeswax has a wide range of uses in handicrafts, appearing in everything from traditional candles and wax fruit to intricately carved wax artworks. This is primarily due to its high malleability, smooth texture, and ability to blend with a variety of materials. Beeswax candles: This is one of the most classic uses of beeswax. In addition to the traditional method of repeatedly dipping and shaping the wax by hand, there are also specialized casting techniques that can produce pure beeswax candles with smooth surfaces and a sturdy texture. High-quality beeswax candles burn smoke-free and dust-free, and even help reduce smoke—a key feature that distinguishes them from paraffin candles.