Petrochemicals

Micro-powdered wax is a micron-sized wax powder additive primarily used to improve surface properties and processability. It is most commonly found in coatings and inks, and is also used in plastics, rubber, personal care products, and other fields. Coatings and Paints Enhanced Surface Protection: Significantly improves abrasion resistance, scratch resistance, and stain resistance, while increasing surface smoothness. Improved Appearance and Processability: In powder coatings, it aids in defoaming and degassing, improving film leveling and smoothness; in wood finishes or varnishes, certain grades can replace silica to provide a matting effect while maintaining high transparency.

In industrial applications, micro-powder wax is primarily used as a functional additive in coatings, inks, and plastic processing. Its core function is to improve surface properties, such as scratch resistance, wear resistance, anti-blocking, and a smooth, slippery feel.‌‌ ‌Coatings and Wood Finishes‌: Enhances the coating’s scratch resistance, wear resistance, and surface slip, and is used in solvent-based coatings, powder coatings, and wood varnishes to maintain transparency while improving the tactile feel. ‌Ink Printing‌: Used in gravure, offset, and flexographic printing systems to reduce the coefficient of friction and improve scratch resistance and slip. ‌Plastics and Rubber Processing‌: Used as a lubricant in PVC pelletizing, pipe manufacturing, and other processes to improve dispersion and processing flow, enhance product gloss, and reduce dust generation and screw torque.

We are a professional refinery supplier of straight-run asphalt cement bitumen, strictly produced in accordance with ASTM D946 American standard and GOST 22245-90 Russian standard. Our full product line covers penetration grade bitumen: 40-50, 60-70, 85-100, 120-150 (ASTM standard) and 60-90 (GOST standard). Every batch of bitumen undergoes complete lab testing including density, penetration, softening point, ductility, viscosity, wax content, TFOT aging test to guarantee consistent performance for highway, municipal road, airport and pavement projects. We support flexible payment terms, full set of export documents, and DDP delivery service to all European, Middle East, Central Asia ports. For more information about Bitumen,pls contact us. 1. Bitumen 40-50 ASTM D946 Factory Straight Run Asphalt Cement Bitumen 40-50 ASTM D946 for Expressway Pavement 2. Bitumen 60-70 ASTM D946 High Purity Penetration Grade Bitumen 60-70 ASTM D946 Road Construction Asphalt 3. Bitumen 85-100 ASTM D946 Low Temperature Anti-Crack Bitumen 85-100 ASTM D946 Highway Asphalt Cement 4. Bitumen 120-150 ASTM D946 Soft Grade Bitumen 120-150 ASTM D946 For Cold Northern Region Road Project 5. Bitumen 60-90 GOST 22245-90 GOST 22245-90 Standard Bitumen 60-90 Asphalt for Russia CIS Road Construction

Minimum Order: 100

Micronized Polypropylene Wax is primarily used as a modifying additive in polymer materials, coatings, inks, and other fields; its core function is to improve lubricity, dispersibility, and surface properties.‌‌‌ ‌Lubrication and Demolding‌: In plastic processing, it reduces friction, improves flow, makes it easier to demold products, and results in a smoother surface. ‌Dispersant‌: It helps pigments and fillers disperse uniformly in resins and is a key additive in the manufacture of color masterbatches. ‌Surface Modification‌: It enhances the abrasion resistance and scratch resistance of coatings and inks, imparts a smooth feel to the surface, and prevents sticking.‌‌

Polypropylene micronized wax is primarily used as a modifying additive in coatings, inks, plastics processing, and hot-melt adhesives. Its core function is to enhance surface properties—including scratch resistance, wear resistance, anti-blocking properties, a smooth, slippery feel, and a matte finish.‌‌‌ ‌Wood finishes and floor coatings‌: With uniform particle size and easy dispersion, when used in combination with silica matting powder, it imparts a soft feel and a lasting matte finish to the coating surface, while also preventing the matting powder from settling. ‌Powder Coatings‌: Increases hardness and scratch and wear resistance, aids in matting, and produces absolutely no smoke when baked at 180°C. Improves the wear resistance, vividness, and heat resistance of printing inks, reduces ink creasing, and maintains good transparency. Suitable for solvent-based gravure inks, lithographic/offset inks, and overprint varnishes.‌‌

Micronized wax is primarily used as a functional additive in coatings, inks, and plastic processing, with its core function being to enhance scratch resistance, wear resistance, slipperiness, and anti-blocking properties. ‌‌‌ Enhanced wear and scratch resistance: Adding micro-powdered wax to solvent- based, water-based, powder, UV-cured coatings, and various inks can significantly improve the friction resistance and scratch resistance of the paint film and printing surface, preventing marks left by hard metal objects. Improve hand feel and gloss: impart a smooth feel to the surface while controlling the gloss level. When combined with matting powder, it can produce high-performance matte coatings and inks. Special functions: Modified micro powder wax can also provide anti-slip, skin feel, anti-fingerprint and anti-graffiti effects, suitable for 3C electronic products, automotive interior and exterior decoration, floor coatings, sports equipment handles, etc.

Polyethylene micropowder wax, as a functional material, is widely used in various industrial sectors. In the ink industry, it can be used in solvent-based flexographic inks, packaging gravure inks, offset inks, water-based letterpress inks, and overprint varnishes to enhance rub resistance, scratch resistance, and a smooth, slippery feel, while having minimal impact on gloss. In the coatings industry, it is used in solvent-based coatings, water-based coatings, powder coatings, can coatings, UV-curable coatings, industrial coatings, and wood finishes to impart abrasion resistance, scratch resistance, and a smooth, slippery feel to the coating film. In plastics processing, it serves as a lubricant and dispersant in the manufacture of color masterbatches, PVC pipes, plastic profiles, and injection-molded products to improve flow properties and surface finish.

Microcrystalline wax is a versatile industrial wax suitable for a wide range of applications, with its core functions centered on four key areas: protection, modification, sealing, and toughening. As a key component in rubber protective waxes, it prevents chalking, cracking, and blooming on product surfaces, and enhances the aging resistance of tires, conveyor belts, and seals. As a paraffin modifier, it improves water and moisture resistance and enhances flexural strength, and is used in coatings for paper cups and waxed paper. As a thickening agent in instrument greases, sealing greases, and petroleum jelly, it enhances oil film strength and reduces wear on mechanical components.

The core function of industrial-grade microcrystalline wax is to serve as a modifier, thickener, and functional additive, leveraging its microcrystalline structure, high melting point, strong adhesion, and ductility to play a pivotal role in various industrial scenarios. Paraffin modifier: By adding a small amount to regular paraffin, it changes the crystal form, improves water and moisture permeability, enhances bending resistance and plasticity, making the paraffin more suitable for applications such as waterproofing, moistureproofing, paper making, and mold making. ‌‌ Grease thickener: Utilizing its characteristics of high gel strength, good adhesion, and excellent protective properties, it is used to manufacture instrument and sealing greases as well as Vaseline. ‌‌ Rubber and tire industry: Used as a physical antioxidant and processing aid to prevent ozone cracking and improve processing performance; adding microcrystalline wax to rubber formulations can also aid in mold release. ‌‌ Coating and ink industry: used in hot-melt road marking paint, paint, and ink to enhance wear resistance, waterproofing, and flexibility.

Microcrystalline wax with a high melting point has a wide range of applications, and its core value lies in its high melting point, high hardness, excellent oil-binding capacity, and stability. It is primarily used in the following fields: Rubber and Plastics Processing: Used as a processing aid. In the rubber industry, it serves as a softener and plasticizer, improving the rubber’s flexibility, cold resistance, and processing and molding properties. In plastics processing, it helps improve flowability or acts as an anti-cracking additive. Coatings: When added, it improves the leveling, gloss, and abrasion resistance of coatings, while also enhancing the coating’s water resistance and corrosion resistance and preventing sedimentation during storage. Precision Casting: Leveraging its high melting point and high hardness, it is used as a support material for wax molds in casting.

Industrial microcrystalline wax has a wide range of applications, primarily due to its high melting point, good toughness, strong adhesion, and moisture- and corrosion-resistant properties. Its core industrial applications are concentrated in the rubber, coatings and inks, packaging and protection, foundry, and electronics and electrical sectors. Hot-Melt Adhesives and Bonding: Due to its excellent bonding properties and crystallization-modifying effects, microcrystalline wax is often used as a key component in hot-melt adhesives, bonding agents, and composite coatings. Moisture- and Corrosion-Resistant Coatings: Widely used in packaging impregnation and for coating paper and cardboard, it provides protection against moisture, water, and oil.

The core industrial applications of microcrystalline wax primarily stem from its finer crystal structure, superior flexibility, better adhesion, and strong affinity for oil compared to ordinary paraffin wax. Packaging and Textile Industry: Microcrystalline wax is commonly used in the manufacture of impregnating agents, coating agents, and adhesives. It provides moisture-proof and waterproof layers for packaging materials and is also applied in impregnation and coating in the textile industry. Rubber, tire, and plastics industry: As a softener and plasticizer for rubber, microcrystalline wax can enhance the flexibility, cold resistance, and processability of rubber, reduce hardness and viscosity, and make it easier to shape. In the manufacturing of plastics and tires, it is also used as a processing aid or protective agent.

When making aromatherapy candles, the role of microcrystalline wax is primarily manifested in improving combustion performance, enhancing physical properties, optimizing appearance and texture, adjusting glossiness, and enhancing pigment dispersibility. Improving combustion performance: Microcrystalline wax has a higher melting point and lower oil content, which makes it play an important role in the combustion process of candles. It can make the combustion of candles more stable and the flame more uniform. Enhancing physical properties: The crystal structure of microcrystalline wax is fine and compact, which endows the candle with higher hardness and a certain degree of toughness.

GARLIC & PARSLEY is formulated based on garlic and parsley. Selected raw materials are processed under standardized production environment. This product is made into capsules, suitable for bulk wholesale and OEM cooperation. Multiple packaging options can be chosen according to customer requirements. Our factory follows standard production procedures, and sampling inspection will be carried out for every production lot. Private label and customized packaging solutions are available.

Minimum Order: 1000000