Dry goods sharing: Get to know polyethylene wax in one minute

Polyethylene wax is a very important additive that can be widely used in the processing of polymers. It has several main applications: It can be added to certain polymers to increase flexibility and improve flow, thereby improving the processability of the polymers. It can act as an antioxidant during processing, effectively preventing oxidation and extending the service life of the polymer. It can be used as a filler to enhance filling and reduce production costs in polymers.

It can be used as an anti-blocking agent to prevent polymers from sticking together during processing, improving production efficiency. Polyethylene wax can also be used as a dispersant for dyes, a leveling agent in paints, and so on.

In summary, it has multiple applications in plastic processing, effectively improving the processability of polymers, reducing production costs, and extending service life.

It is a high molecular weight polymer that is easy to process and can be processed into a variety of products. Due to its excellent physical properties and chemical stability, polyethylene wax is widely used in many industries. Applications of polyethylene wax include crude oil production, construction, electricity, papermaking, artificial boards and other production processes, as well as plastics production, textiles and the food industry.

1. Storage temperature and humidity. Store polyethylene wax in a humid, odorless, and well-ventilated environment. High temperatures will cause the polyethylene wax to soften or even melt, while low temperatures will cause it to become brittle. Polyethylene wax is highly waterproof and moisture-proof, but we still need to maintain relatively stable humidity.

2. Packaging materials. Choose appropriate packaging materials to prevent polyethylene wax from absorbing moisture or being affected by the external environment. Polyethylene wax should not be stored with other chemicals to avoid chemical reactions.

3. Anti-static. Polyethylene wax has good electrical insulation and chemical corrosion resistance, but it is easy to charge, leading to electrostatic discharge. It should be avoided contact with easily conductive substances. When handling polyethylene wax, use appropriate conductive media and safety tools to avoid dangers caused by static electricity.

4. Transportation. When transporting polyethylene wax, care should be taken to maintain stable temperature and humidity conditions and reduce vibration or impact. At the same time, relevant regulations should be followed during transportation, the compartment doors should be locked, and polyethylene wax should be prevented from sliding or tilting.

5. Operational precautions. When operating polyethylene wax, ventilation and protective measures should be strengthened to avoid inhaling harmful dust or steam. Use protective gloves and other safety equipment to avoid contact with polyethylene wax. Before handling polyethylene wax, relevant operating procedures should be learned, and waste and substandard items should be properly handled to avoid harm to personnel and the environment.

In short, if polyethylene wax is stored and handled correctly, its physical properties and chemical stability can be optimized, improving its production efficiency and quality. We should follow relevant regulations and strengthen the management and safe use of polyethylene wax.