Petrochemicals

When making jar candles, the wax is typically poured directly into a cup- shaped container, which places higher demands on the candle’s physical properties and burn quality. Fischer-Tropsch wax is ideally suited to meet these requirements: Excellent hardness and surface texture: It imparts a smooth, refined texture to the surface of the cup candle, making it easy to demould and resistant to breakage, making it highly suitable for producing shaped cup candles or those requiring mass production. A pure, eco-friendly burning experience: Fischer-Tropsch wax has a chemically pure structure, free from impurities such as sulphur and nitrogen. It produces virtually no smoke or odour when burning, meeting modern consumers’ demand for healthy and environmentally friendly products.

Low-melting-point Fischer-Tropsch wax is a premium raw material for candle making, particularly suitable for the production of high-end artisanal candles and scented candles. Environmentally friendly and safe: The production process does not involve the use of benzene compounds; the product is non-toxic and odourless, complying with stringent European and American environmental standards, and is suitable for export and high-end markets. Superior appearance: After refining, it boasts a snow-white colour and fine crystalline structure, significantly enhancing the lustre and texture of the candle surface. Stable performance: It exhibits high chemical inertness and excellent oxidation resistance, making it resistant to yellowing and brittleness caused by light exposure or ageing, and producing minimal smoke and soot during combustion.

Fischer-Tropsch wax is used in candle manufacturing, and its key advantage lies in its ability to significantly enhance the physical properties and burning quality of candles. 1. Enhances hardness and heat resistance, improving appearance Increases the softening point: Even a small amount can raise the softening point of the entire candle, making it less prone to deformation in high- temperature environments and improving its weather resistance. Enhances texture: With its fine crystalline structure, Fischer-Tropsch wax imparts a greater lustre to the candle surface and improves its texture. 2. Safe and environmentally friendly, with cleaner combustion Fischer-Tropsch wax is a wax synthesised from coal gasification and is classified as a clean raw material. Pure and odourless: The product undergoes hydro-refining, resulting in a snow-white appearance that is odourless and tasteless. Low-smoke and non-toxic: It produces minimal smoke during combustion and contains no harmful substances such as sulphur, nitrogen or aromatics. It burns more completely, thereby reducing harm to the environment and human health.

Fischer-Tropsch wax is widely used across numerous industrial sectors due to its high purity, low oil content, excellent thermal stability and chemical inertness. High-end candle production: 52°C Fischer-Tropsch wax offers excellent combustion stability and is free from sulphur and heterocyclic aromatics, making it suitable for high-end artisanal candles. It effectively prevents smoke emission and enhances combustion uniformity. PVC processing lubricant: As an external lubricant, it improves the flow properties and surface gloss of PVC pipes, profiles and sheets, whilst enhancing extrusion efficiency. Colour masterbatches and filler masterbatches: It aids in the dispersion of pigments and fillers, enhancing colour strength and the surface finish of the finished products. Hot-melt adhesives: Suitable for food-contact hot-melt adhesives, as they are odourless and non-polluting, whilst improving the adhesive’s heat resistance and curing speed. Inks and coatings: Used as abrasion-resistant agents, dispersants and gloss enhancers in water-based or solvent-based inks; acts as a lubricant in powder coatings, reducing energy consumption.

Micronized wax is used in water-based coatings primarily to enhance the mechanical properties of the coating surface, such as abrasion resistance and scratch resistance, whilst also adjusting the gloss and feel. Micronized wax plays the following key roles in water-based coatings: Enhancing surface protection: It significantly improves the coating’s scratch resistance and abrasion resistance, which is its core function. Adjusting gloss and feel: It possesses effective matting properties and can provide a smooth or soft tactile sensation. Preventing sticking: It forms a barrier layer on the coating surface, effectively preventing coatings from sticking together when stacked.

Due to its excellent dispersibility, micronized FT wax is widely used as a high-performance additive across numerous industrial sectors. In the ink and coatings sector, it is primarily employed as a surface additive in printing inks, industrial coatings, wood coatings and powder coatings. In terms of enhancing surface properties, it provides excellent abrasion and scratch resistance, increases surface smoothness and improves the tactile feel. In the plastics and masterbatch sector, it is commonly used as a dispersant and lubricant for pigments or fillers in masterbatches, modified plastics and PVC processing. As a dispersant, it effectively wets dyes and fillers, improving their uniform dispersion within the resin.

The most classic and widespread application of micronized wax is as a matting agent to achieve a soft, muted finish. Its core principle is that after coating application, as solvents evaporate, the micronized wax migrates and precipitates onto the paint film surface, forming a layer of fine micro- roughness. This structure causes incident light to undergo diffuse reflection, thereby reducing gloss. Compared to traditional silica matting agents, micronized wax delivers a unique set of comprehensive properties alongside its matting effect. It imparts a refined, soft tactile sensation – even a silky feel – with minimal impact on the film's transparency and colour. Consequently, it finds extensive use in solvent-borne, water-based coatings and inks, as well as powder coatings. It is particularly suited to applications demanding superior surface performance, such as high-end wood finishes, industrial coatings, and printing inks.

OPE wax as a dispersant: primary application areas In masterbatch production, it serves as a dispersant, lubricant and gloss enhancer for pigments or fillers in the manufacture of concentrated masterbatches, polypropylene masterbatches, and filler masterbatches. Its advantages lie in enhancing pigment dispersion concentration and uniformity within masterbatches, resulting in more vivid and consistent colours in end products while improving surface gloss. In plastics processing, during the manufacture of PVC, PE and similar materials, it functions not only as an internal and external lubricant but also aids in dispersing fillers and improving melt flow. This achieves uniform dispersion of pigments and fillers within the plastic, preventing colour spots and agglomeration while enhancing the product's visual quality and physical properties.

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OPE wax, or oxidized polyethylene wax, serves as a crucial additive in masterbatch processing. Highly dispersible: OPE wax possesses polar carboxyl and hydroxyl groups along its molecular chain. This unique structure confers exceptional affinity for pigments and fillers. Dual lubrication: It functions as both an ‘internal lubricant’ and ‘external lubricant’ during processing. Internal lubrication reduces the viscosity of the plastic melt, facilitating smoother flow and enhancing production efficiency. External lubrication forms a protective layer between the melt and equipment surfaces, preventing material adhesion and easing demoulding. Quality Enhancement: Beyond its intrinsic properties, OPE wax significantly improves masterbatch appearance. It elevates surface gloss and smoothness, delivering a physical ‘brightening’ effect that lends a more premium aesthetic to the final product.

Microcrystalline wax does indeed serve to improve rubber's abrasion resistance, with its mechanism of action primarily manifested in the following aspects: Formation of a surface protective film: Following rubber vulcanisation, microcrystalline wax gradually migrates to the surface, forming a dense, continuous physical protective layer. This film effectively reduces direct contact between the rubber and external abrasive media, thereby mitigating wear. ‌Enhancing processing properties: During mixing and moulding, microcrystalline wax acts as an internal lubricant, improving rubber flow and promoting more uniform product structure, thereby indirectly enhancing wear resistance. Synergistic anti-ageing: By shielding against ozone, ultraviolet radiation and oxygen erosion, it delays rubber ageing and cracking, preserving material integrity and sustaining long-term wear resistance. Industry application data indicates microcrystalline wax is extensively employed in rubber products such as tyre treads, conveyor belts and seals to enhance wear resistance and durability.

The incorporation of polypropylene micronized wax into injection moulding processes delivers the following key improvements: Enhanced flow properties for complex moulding: It effectively reduces the viscosity of the polypropylene melt and increases the melt index, enabling smoother material flow within the mould cavity. This proves particularly advantageous for moulding products with high filler content or intricate structures. Improved demoulding and efficiency: In formulations containing substantial fillers (such as talc or calcium carbonate), it acts as an effective release agent, preventing part adhesion to the mould and thereby boosting production efficiency. Enhanced surface quality: It significantly improves the surface finish and smoothness of the finished product, resolving surface roughness issues caused by high filler content while also enhancing wear resistance and scratch resistance. Assisting pigment dispersion: For injection-moulded parts requiring colour matching, it facilitates the uniform dispersion of pigments and other additives within the resin, preventing the occurrence of colour streaks or flow marks.

Micronized wax is a vital functional additive in industrial paint processing, with primary functions and mechanisms as follows: Enhancing abrasion resistance and scratch resistance: Micronized wax particles migrate to the paint film surface during film formation, creating a protective layer that reduces direct external force impact, significantly increasing the number of passes in RCA abrasion resistance testing. ‌Improved slip and tactile feel: Reduces surface friction coefficient, delivering a refined, smooth-to-the-touch finish. ‌Anti-blocking and anti-marring: Prevents coating adhesion during stacking or compression, suitable for packaging, woodwork, automotive interiors, and similar applications. ‌Matting and gloss control: Certain micro-waxes achieve a matt effect without compromising transparency. Dispersion stability and rheology modification: Polyamide wax micropowders form network structures to prevent pigment settling and enhance application levelling.

Fischer Tropsch wax finds extensive application in packaging material processing, primarily owing to its high melting point, low volatility, excellent waterproof barrier properties, chemical inertness, and environmental friendliness. Key applications include: ‌Packaging:‌ Employed in cling film, container interior coatings, and baked goods packaging linings to effectively extend shelf life by preventing moisture evaporation, grease leakage, or oxygen permeation. ‌Pharmaceutical and Cosmetic Packaging:‌ Used as capsule lubricants, coating materials, or container linings to provide moisture resistance and antioxidant protection, ensuring drug stability. High barrier and smart packaging: Fischer Tropsch wax based materials exhibit outstanding oxygen and moisture barrier properties, suitable for premium food and pharmaceutical packaging. Paper packaging: Applied as a surface coating, it significantly enhances moisture and water resistance, preventing cardboard boxes from collapsing due to dampness.