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Produced through the Fischer-Tropsch process from syngas, it features a 110°C melting point and a linear hydrocarbon structure that delivers excellent oxidation resistance and consistent performance . With a viscosity of 15–20 mPa·s @140°C and ≤0.3% oil content, it bridges the gap between low-melt and high-melt FT waxes, making it suitable for diverse industries from plastics to printing. Its pure white appearance and low impurity profile meet FDA and EU standards for indirect food contact .
Balanced Thermal Properties
The 110°C melting point provides sufficient heat resistance for hot melt adhesives and candle production while maintaining workability in standard processing equipment. It retains 90% of its hardness at 60°C, outperforming paraffin wax .
Enhanced Compatibility
Compatible with PVC, polyolefins, and various resins, it acts as an effective processing aid and nucleating agent, improving dimensional stability in plastic parts by reducing shrinkage by 15% .
Consistent Quality
Manufactured under ISO 9001 standards, each batch exhibits minimal variation in melting point (±1°C) and viscosity (±2 mPa·s), ensuring reliable production outcomes .
Printing Inks
In offset and gravure inks, it improves rub resistance and gloss, reducing set-off in high-speed printing by 40%. Its low volatility prevents ink skinning in storage .
Plastic Masterbatches
As a dispersing agent for pigments and additives, it enhances color development in polyethylene and polypropylene masterbatches, reducing pigment usage by 25% while ensuring uniform dispersion .
Food Packaging Coatings
In paper and board coatings for food packaging, it provides moisture barrier properties while complying with FDA 21 CFR 175.300 regulations. It extends shelf life of dry foods by 30% .
What is the melting point of WY-110?
It melts at 110°C, making it suitable for applications requiring moderate to high heat resistance .
Is it compatible with food-contact materials?
Yes, its high purity and compliance with FDA and EU 10/2011 standards make it ideal for food packaging coatings and adhesives .
How does it improve plastic processing?
Its balanced viscosity and lubricity reduce melt pressure in extrusion, increasing production speed by 10–15% while improving surface finish in plastic parts .
Excellent Lubricating Effect: No. 110 Fischer-Tropsch wax has a low molecular weight and a straight-chain saturated alkane structure with very few branched chains. This structure allows it to easily penetrate between polymer chains, significantly reducing melt viscosity, and providing uniform lubrication even in high-shear processing scenarios. Additionally, its low viscosity and high lubrication efficiency enable it to achieve the same effect with a 30%-50% reduction in dosage compared to other waxes, effectively lowering production costs.
Good Heat Resistance: No. 110 Fischer-Tropsch wax typically has a high melting point, allowing it to maintain a stable physical state at high-temperature environments. It is suitable for applications requiring heat resistance; for instance, it can enhance the heat resistance and quick-drying properties of hot-melt adhesives.
Strong Chemical Stability: Its main component is straight-chain, saturated high-carbon alkanes without double bonds, resulting in strong oxidation resistance, excellent weather resistance, and resistance to external chemical substances. It is not prone to yellowing or decomposition when exposed to high temperatures or ultraviolet radiation for extended periods, making it suitable for outdoor products.
Uniform and Stable Quality: It features a concentrated carbon distribution and a narrow molecular weight distribution, which contribute to more stable performance of No. 110 Fischer-Tropsch wax with minimal batch-to-batch variations. This facilitates precise control of product quality in industrial production.
Extremely Low Thermal Weight Loss: It exhibits extremely low thermal weight loss, with minimal mass loss during heating. It can maintain stable mass within a certain temperature range, helping to improve the performance stability of products using this wax and enabling them to better retain their original properties in high-temperature processing or service environments.
No Migration or Exudation: During use, it does not migrate or exude, eliminating the issue of wax migrating to the product surface and affecting appearance or performance. It ensures that products maintain excellent performance and appearance quality over the long term, making it suitable for applications with high surface quality requirements, such as PVC plastic products and powder coatings.
Superior Environmental Performance: Made from coal or natural gas, it contains no residual harmful substances such as sulfur or nitrogen, and has a low volatile organic compound (VOC) content.
Enhanced Product Gloss: In the production of color masterbatches and modified plastics, it aids in filler dispersion and provides excellent slipperiness, significantly improving the surface gloss of products and enhancing their appearance quality.
