Oxidized Polyethylene Wax is a byproduct of polythene waxes whose molecular breakdown of carboxyl and hydroxyl groups are highly compatible with polar resins. the compatibility enables easy use of the Oxidized Polyethylene Wax in the internal and external lubrication of machines. However, though lubrication is the most common use, OPE wax can be used for a variety of functions in a business enterprise. Below are different ways you can use OPE wax.
- Oxidized Polyethylene Wax In Packaging Material
To protects products during transportation and storage, good packaging material that does not leak and allow foreign substances to enter is essential. Due to the unique oxidized polyethylene wax chemical structure, OPE it’s employed in the production of packaging material. The addition of external lubricants in the production of thermo shrink film, which ensures that the material isn’t porous, guaranteeing the integrity of the product.
- Oxidized Polyethylene Wax In Creating Smooth Surfaces
Rough textures in pipes and plates are an eyesore. Various factors like molding plates, temperature, and viscosity of liquid play a part in the smoothness the product will have. However, to ensure maximum smoothness during the manufacturing process, oxidized polyethylene wax chemical structure is added. The addition to auxiliaries allows plates, pipes, and PVC shapes to attain maximum smoothness.
- Oxidized Polyethylene Wax Solubility
Often, the friction between various parts of machines causes overheating, which leads to reduced production and in some cases, a total breakdown of the device. Fortunately, the polyethylene wax solubility comes to play in lubricating the area between metals and plastic, significantly reducing the friction. Additionally, the solubility of the OPE wax in production helps in the dispersion of coloring agents, providing even coloring, brightness, and transparency in end products.
- Oxidized Polyethylene Wax In The De-molding Process
When dealing with the production of various polyethylene products, the seamless de-molding process is essential to ensure there are no breakages or cracks to the products. The process is a tedious and fragile one that eats in the production time to safeguard products and protect against damage during the de-molding process. Unfortunately, temperature change, manufacturing speed, molding material, and total dry time affect the de-molding process. The addition of OPE in the manufacturing process lubricates the molding brackets hence reducing the de-molding process and the cleaning time in the processing of plastic products.
- Oxidized Polyethylene Wax Used In Textiles
Due to the versatility of the Oxidized Polyethylene Wax, it’s added to the production process of textiles changing properties of the material. Addition, especially in plastics, it leads to softening of the plastics, making it easily malleable. When it comes to textiles, addition leads to the creation of an anti-puncturing agent, which toughens the material making it sturdy and firm.
Conclusion
As seen above, the uses of Oxidized Polyethylene Wax are quite diverse. When dealing with coating and waxing of materials, consider the specific structure of the OPE wax you want to use and the various functions you wish to employ. Overall, as OPE wax either comes in powder, flakes, or lumpy form, make sure the use you choose will make it easier for you.
