Homopolymer Wax PP Wax LP103
Oxidised polyethylene wax, also known as OPE wax, is a specialised type of wax that has undergone controlled oxidation to modify its molecular structure.
Key words:
Category:
Polypropylene Wax
Product Details
Grade | Melting point (℃) |
Dyncmic Viscosity (mpa.s@180℃) |
Thermal weight loss (% @200℃) |
Whiteness (%) |
Appearance |
LP103 | 155 ± 10 | 200 | < 2 | 90 ± 5 | Powder |
Application
1. PVC profile, pipe, foam board, WPC products.
2. Color masterbatch, filler masterbatch, modified masterbatch, functional masterbatch.
3. PVC stabilizer.
4. Hot melt adhesive, printing ink.
5. Paints, coating, road marking paints, fabric treatment additives.
6. Paraffin wax modification, resin improver, rubber and its products processing.
Effect
1. High melting point, high hardness, high softening point(usually higher than PE wax).
2. Used as a lubricant and brightener to improve smoothness and reduce processing torque.
3. Improve dispersion ability and product appearance quality.
4. Improve the overall use effect and cost performance.
5. Adjust viscoity and hardness, improve fluidity and quick-drying properties.
6. Improve surface hardness, wear resistance, scratch resistance, anti-smudge and other properties.
7. As a modifier to improve the melting point and crystallinity of paraffin wax.
8. Improve the extrusion molding rale, demould ability and improve the brightness and smoothness.
Oxidised polyethylene wax, also known as OPE wax, is a specialised type of wax that has undergone controlled oxidation to modify its molecular structure. This process introduces carboxyl groups into the polyethylene wax, resulting in improved properties and expanded applications. OPE wax is widely used in industries such as coatings, plastics, and rubber.
OPE wax possesses unique characteristics that make it a valuable additive in various formulations. It offers excellent dispersibility, low viscosity, and good compatibility with a wide range of materials. The controlled oxidation process allows for specific performance requirements to be met by adjusting the degree of oxidation.
In the coatings industry, OPE wax is utilised as a matting agent and surface modifier. It improves scratch resistance, anti-blocking properties, and anti-slip characteristics in coatings and paints. The wax's small particle size allows for easy dispersion and uniform distribution within the coating, resulting in a smooth and even finish. Additionally, it enhances the coating's hardness, chemical resistance, and overall durability.
In the plastics industry, OPE wax acts as a processing aid and lubricant. It improves the flow properties of molten polymers during processing, reducing friction and enhancing mold release. This wax also enhances the dispersion of additives and pigments, resulting in improved color distribution and reduced haze in plastic products. Moreover, it imparts anti-blocking properties and reduces surface tackiness in plastic films and sheets.
In the rubber industry, OPE wax is used as a dispersing agent and processing aid. It improves the dispersion of fillers and reinforcements in rubber compounds, leading to enhanced mechanical properties and reduced compound viscosity. The wax also acts as a lubricant during the processing of rubber, improving extrusion and calendering operations.
Overall, OPE wax is a versatile additive that offers numerous benefits in various industries. Its unique properties, including improved dispersibility, low viscosity, and compatibility with different materials, make it a valuable component in coatings, plastics, and rubber applications. Its ability to enhance surface properties, processability, and overall performance makes OPE wax a preferred choice for manufacturers seeking to improve their products' quality and functionality.
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