Chemicals & Plastics

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. For instance, during hot melt production, viscosity specifications tailored to specific applications—such as packaging or footwear bonding—are achieved by optimising flow properties and adhesion through precise wax addition. ‌ Process Adaptability: Hot melt adhesive viscosity must coordinate with process parameters such as curing time and wetting properties. Oxidized polyethylene wax balances the viscoelastic characteristics of the adhesive by regulating molecular alignment in the molten state, preventing application difficulties from excessive viscosity or oil bleeding from insufficient viscosity. ‌ Storage Stability: Possessing a narrow melting range and high softening point, this wax prevents agglomeration or separation in hot melt adhesives during storage caused by temperature fluctuations. Its antioxidant properties simultaneously extend the product's shelf life.

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. Combustion produces no black smoke or unpleasant chemical odours, allowing the fragrance itself to be perfectly expressed. Complete combustion and high calorific value: The wax pool melts uniformly, enabling thorough burning with minimal residue, resulting in highly efficient wax utilisation. 2. Outstanding Physical Properties High Hardness, Significant Shrinkage: Fischer-Tropsch wax possesses a firm texture, making candles resistant to deformation and scratches. Its shrinkage rate is markedly greater than that of paraffin or soy wax, facilitating effortless demoulding. This results in smooth surfaces, sharp edges, and a premium texture in the finished product. High Melting Point: With a typical melting range of 90–105°C, Fischer- Tropsch wax far exceeds ordinary paraffin (approximately 60°C). This confers superior stability to candles in summer or high-temperature environments, resisting softening and deformation. 3. Exceptional Sensory Experience Snow-white and refined appearance: Fischer-Tropsch wax possesses a pristine white hue, unlike soy wax which carries a slight yellowish tint. This provides a pure “canvas” for colouring, enabling the creation of exceptionally vivid and accurate shades. Surface as smooth as porcelain: Once solidified, Fischer-Tropsch wax develops a distinctive lustre, with a texture reminiscent of ceramic or marble, lending it a remarkably premium visual appeal.

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. Improved Dispersibility: Optimises the uniform dispersion of pigments and fillers within plastics, reducing crystalline patterns and enhancing the aesthetic quality of finished surfaces. ‌ ‌Mechanical Strength Enhancement: When used in conjunction with calcium-zinc stabilisers, it can increase the impact strength of plastic products by 15 test units, making it suitable for applications demanding high toughness, such as window and door profiles. ‌ ‌Corrosion Resistance Protection: Forms an anti-corrosion oil film on metal mould surfaces, passing the 480-hour salt spray test standard. Ideal for high-demand applications like automotive plastic components. ‌

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. Forming a protective layer: On the rubber surface, Fischer-Tropsch wax forms a dense, continuous, transparent physical protective film. Blocking ozone: This wax film effectively prevents environmental ozone from contacting the rubber surface, thereby shielding the rubber molecular chains from ozone attack. Why is this important? Ozone is the primary cause of “ozone cracking” in rubber products, especially those subjected to dynamic or static stretching. Cracking significantly reduces the service life and safety of rubber products. Products prone to ozone cracking: Tire sidewalls, door and window seals, cable jackets, rubber hoses, etc.

This high-performance acrylic adhesive is specifically formulated for the interior installation of resilient flooring products, offering superior adhesion and ease of application. Designed for use on properly prepared interior substrates, this adhesive provides reliable, long-lasting performance for both residential and commercial flooring projects. Ideal for bonding: Vinyl Composition Tile (VCT) Vinyl Enhanced Tile (VET) Solid Vinyl Tile Luxury Vinyl Tile (LVT) Luxury Vinyl Plank (LVP) Key Features: Interior use only VOC compliant & low odor – safe for indoor environments High bond strength – ensures stable, durable installation High coverage – optimized for efficient usage Moisture resistant – suitable for various interior conditions Easy application – smooth troweling and cleanup

Minimum Order: 48

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. ‌ ‌Mascara: Forms a natural curling effect by binding nylon fibres with film- forming agents. ‌ ‌Eyebrow/Eyeliner Pencils: Serves as a waxy base material, improving product adhesion and longevity. ‌ ‌Shampoo/Shower Gel: Used in cleansing products as a thickener and stabiliser.

The Double Sliding Table Plastic Injection Machine is an upgraded version of traditional injection molding equipment, designed to deliver continuous, high- efficiency production. Unlike single-table machines, this model is equipped with two sliding tables that work alternately—while one mold is being injected, the other is being prepared for loading or unloading. This design significantly reduces downtime and ensures smoother production cycles. Applications of Double Sliding Table Injection Machines Electronics & Connectors: USB housings, plugs, socket parts. Medical & Laboratory: test kits, syringe parts, small disposable items. Automotive Industry: precision clips, fasteners, decorative parts. Consumer Goods: cosmetic packaging, daily-use plastic tools, stationery. Industrial Components: gaskets, seals, precision gears.

The Rotary Table Plastic Injection Machine is revolutionizing modern plastic manufacturing. Designed for precision and speed, it boosts production efficiency while ensuring high-quality output. Manufacturers increasingly rely on this advanced machinery to meet growing industry demands. Product Features 1. English LCD can store 60 mold data points. 2. Double, three-position turntable, smooth rotation, to adapt to a variety of multi-mode insert processing, can greatly improve efficiency and save manpower. 3. Safe, product withdrawal embedding work not forming station, while the same job is performed in the external position, and the machine can be equipped with automatic devices. 4. The proportion of dual (pressure, flow) control, the machine runs with low noise, high speed, and low-pressure protection.

The Single Sliding Table Plastic Injection Machine is designed to deliver high- performance injection molding with precision and reliability. Ideal for manufacturing a wide range of plastic components, this machine is perfect for industries including automotive, electronics, household appliances, and packaging. 1.In ST(standard) machine installs single sliding mold.after operates the mold to complete, the stamping die automatically slips to the operator front, is advantageous for the operation,the security is high also the end product goes against also completes in exterior. 2.The multistage temperature control,the multistage projects the pressure with to project the speed,projects the back pressure not to have the section adjustment,suits each kind of precise revertex components taking shape. (Engineering plastics). 3.The screw rod L/D ratio is big,is suitable the special engineering plastics. 4.May expand the computer formula and the automation takes out inserts the equipment segment,may achieve the entire automaton the design.

Two(three)-phase temperature, ejected speed, backing pressure and screw speed is suitable for various plastic to confectioned. Fixed bottom mold and loose top mold type is suitable for plastic injection molding of inserts and it is also equipped with an ejector for finished products. Low-pressure closed die assembly can protect the safety of die. Standard Plastic Injection Machine Applications Standard plastic injection machines are ideal for producing: Automotive Components: Housings, clips, interior panels. Consumer Products: Household items, packaging components, toys. Electronics Parts: Casings, connectors, and functional components. Industrial Applications: Gears, valves, and other standard plastic parts.

Micronized wax is primarily used to enhance coatings' scratch resistance, abrasion resistance, smooth hand feel, and anti-blocking properties, finding extensive application in solvent-based coatings, oil-based paints, and similar fields. ‌ Core Functionality Micronized wax reduces friction through its spherical particle structure, strengthening the coating surface's resistance to abrasion; its uniform particle size distribution enables effective dispersion within coating systems, improving the physical properties of the paint film. ‌ Application Characteristics ‌Scratch Resistance & Wear Resistance‌: Polyethylene Micronized wax exhibits moderate hardness and a smooth surface, lowering the coefficient of friction to minimise scratch formation. ‌ ‌Anti-Caking & Smoothness‌: Micro-wax forms a lubricating layer within coatings, preventing caking while enhancing tactile properties (e.g., smooth or matte finishes). ‌ ‌Matting Effect‌: Certain formulations are suitable for thin-film coatings, simultaneously providing matting functionality.

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. ‌ ‌Enhancing Mechanical Strength: When used as a filler, Micronized wax boosts the mechanical strength and abrasion resistance of composite materials, extending their service life. ‌ Paints and Inks ‌Improving Scratch and Wear Resistance: Acrylate Micronized wax, with its core-shell structure design, enhances coating hardness and disperses external abrasion forces, delivering over three times the scratch resistance. ‌ Optimizing Tactile Feel and Matting: Matting Micronized wax (e.g., high- density polyethylene wax) adjust coating texture (smooth, matte, etc.) while imparting a matting effect, suitable for gravure and offset printing.

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. Processing Characteristic Optimization When used as a release agent or lubricant, micronized wax enhances the flow properties and demolding efficiency of epoxy resins. ‌ Specific Application Scenarios ‌Floor Coatings: Combined with silica matting agents to achieve a matte finish and enhance scratch resistance. ‌ ‌Industrial Coatings: Improves coating hardness and abrasion resistance, suitable for metal protection applications. ‌ ‌Molding Processes: Replaces traditional release agents in processing polypropylene and similar materials, reducing adhesion issues.

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. It is suitable for injection molding, blow molding, and similar techniques. ‌ ‌Ink Printing: Spherical microcrystalline polyethylene wax improves ink lubricity, reduces friction on paper or mold surfaces during printing, and enhances print clarity and color vibrancy. ‌ ‌High-Temperature Lubrication: PTFE micro powder wax maintains stability in high-temperature environments, making it suitable for high-temperature spinning masterbatch manufacturing and specialty lubricant formulations. ‌ Release Agent Applications ‌Mold Release: Micropowder waxes can be used directly as release agents, such as coating mold surfaces during plastic molding to reduce adhesion and facilitate smooth part ejection. ‌ ‌Powder Coatings: Incorporated into powder coatings to enhance surface slip, reduce friction, and simultaneously improve abrasion resistance and chemical corrosion resistance. ‌