Polyethylene wax, also known as Wax PE, is a polyethylene with extremely low molecular weight, which is a by-product of poly production.
Ethylene is produced and available in HDPE and LDPE forms.
This material increases the melt flow by reducing the friction between the polymer chains. In addition, polyethylene wax can have properties
Improve mechanical properties such as tensile strength, elongation at break and impact resistance of plastic products.
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What is polyethylene wax and what is the correct use of polyethylene wax? These are the questions that we will answer in this article. Polyethylene wax is a chemical substance that is used as a lubricant and protector in some different industries. The characteristics of these materials make them suitable for use in various industries. In the following, we will get to know more about this wax.
As mentioned, the characteristics of polyethylene wax have made it a suitable material for various industries and applications. In the following section, some uses of polyethylene wax and its features are mentioned:
Ethylene wax can be used to protect metal surfaces against rust and corrosion. For this purpose, you can spray polyethylene wax as a thin and uniform layer on metal surfaces and after drying, clean it with a clean and dry cloth.
Ethylene wax can be used as an anti-friction to control wear in mechanical parts. To use the application of this method, you can apply a small amount of polyethylene wax on the required parts and after a period of time, the wear and friction of the device will be reduced.
Ethylene wax can be used as an anti-stick agent for non-metallic surfaces such as plastic and wood. By covering surfaces with ethylene wax, you can prevent materials from sticking to the surface.
Ethylene wax can be used as an insulator to protect surfaces against moisture and water. By covering the desired surfaces with wax, you can prevent moisture and water from penetrating the surfaces.
One of the important points for using polyethylene wax is to identify this material. Detection and identification of ethylene wax may be done using several different methods. Below are some common methods for detecting polyethylene wax:
Each of these methods can help to detect and identify polyethylene wax, but it may be necessary to use several methods in combination to create definitive results.
When choosing the right type of polyethylene wax, there are several important points that can help you get it with a clear vision. In the following section, we describe some of these items.
Considering these points, it will be smarter and more effective to choose the right type of polyethylene wax for the specific applications you are considering.
In the world market, the process of selling polyethylene wax is very prosperous due to the existence of different types of this product. Ethylene wax is a chemical substance that is available in different types and with various applications. Each type of ethylene wax can be selected for its specific applications and according to the conditions of use. In the following, we will introduce the types of polyethylene wax.
Dry polyethylene wax plays an important role as an additive and lubricant in the production of PVC thermal stabilizers and masterbatches. This material is used as an auxiliary factor in improving the production process as well as increasing the durability and performance of the final product.
Semi-dry polyethylene wax plays a key role as an important additive in plastics and polymers industries, especially in the production of PVC thermal stabilizers and masterbatches. As a lubricant and process aid, this type of wax increases the efficiency and quality of the final product by improving the flowability of materials and reducing friction during the production process. In addition, semi-dry polyethylene wax in combination with other additives such as metal soaps, antioxidants and UV stabilizers improves the thermal stability, light resistance and durability of products. These features make final products with smoother surface, higher quality and longer useful life.
As an effective lubricant, it increases production efficiency and reduces energy consumption by reducing friction and improving the flowability of materials during the production process. In addition, polyethylene wax fatty in combination with other additives such as antioxidants and thermal stabilizers, helps to improve the thermal stability and oxidation resistance of the final products. These features lead to products with higher quality, smoother surface and more durability, which is very important for various industries including packaging and construction.
It is a type of polymer material with low density, which has a lower density than other types of ethylene wax. This property has made it an additive and auxiliary material in various industries.
High-density ethylene wax is a type of polymer wax that has a higher density than other types of wax. This wax is used in various industries due to its unique properties and characteristics.
Micronized Polyethylene Wax is made of polyethylene and is usually changed to micronized form. In this process, ethylene wax is divided into very small dimensions, so that its particle size is around 1 to 10 microns.
Polyethylene Emulsion Wax is a type of wax produced by emulsion in water. This type of wax contains polyethylene particles that are mixed with water by means of emulsification agents and create a stable emulsion.
Acid-Modified Polyethylene Wax is a type of wax that is modified using acid after the initial production of polyethylene. These acids are usually used as modifying agents to improve wax properties such as softening temperature, thermal stability, adhesion and other properties. In this way, acid-modified polyethylene wax has improved properties compared to regular polyethylene wax and is used for specific applications including plasticizing industries, appliance coatings, and many others.
Oxidized Polyethylene Wax is a type of wax that is extracted as polyethylene in the production process and then oxidized using the oxidation process. This oxidation process creates oxide and carboxyl groups in the polyethylene polymer chain and gives wax new features.
Oxidized polyethylene wax usually has properties such as increased lubrication properties, density, adhesion and thermal stability. These characteristics make oxidized ethylene wax used as an additive in various industries, including plastic, dye, food, and pharmaceutical industries.
Polyethylene and polyethylene waxes are two different categories of materials that have important differences in their specifications, properties and applications. To use polyethylene wax correctly, it is necessary to be familiar with the difference between the two. Below is a comparison between these two types of material.
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