Polyethylene oxide (PEO)
Polyethylene oxide can be used as a synergist, lubricant, foam stabilizer, antibacterial agent, etc. in the daily chemical industry.
Polyethylene oxide can provide a unique smooth and gentle feel, significantly improving the rheological properties of the product. In any surfactant system, the stability and storage time of foam can be improved to make the product feel plump.
Polyethylene oxide can be used as an anti-static agent, adhesive, etc. in the textile industry.
Polyethylene oxide can improve the coating effect of acrylic coating adhesive on textiles. By adding a small amount of polyethylene oxide resin to polyolefins, polyamides, and polyesters and melt spinning them into fabric fibers, the dyeing and anti-static properties of these fibers can be significantly improved.
Polyethylene oxide can be used as a dispersant, retention agent, etc. in the paper industry.
Polyethylene oxide improves the strength and uniformity of paper, reduces energy consumption, minimizes the loss of fine fibers, and increases single machine output. It has non-ionic properties and does not affect the addition of other additives.
Polyethylene oxide can be used as a thickener, lubricant, etc. in the ink, paint, and coating industries.
Polyethylene oxide can improve the performance of ink, enhance color and uniformity. Improve the uneven appearance of paint and coatings.
Polyethylene oxide can be used as an electrolyte, binder, etc. in the solid-state battery industry.
Polyethylene oxide, as an ion conductive polymer electrolyte, can be modified through copolymerization or blending to obtain electrolyte membranes with high porosity, low resistance, high tear resistance, good acid and alkali resistance, and good elasticity. These polymer electrolytes can be made into strong and flexible thin films to improve the safety performance of batteries.
Polyethylene oxide can be used as anti-static agents, lubricants, etc. in the electronics industry.
Polyethylene oxide has certain insulation properties, which can prevent capacitive coupling and current leakage between electronic components and the external environment, effectively prevent damage to electronic components due to static electricity, and extend the service life and stability of equipment.
Polyethylene oxide has biodegradability, film-forming ability, and toughening properties in the biodegradable resin industry.
Polyethylene oxide film is widely used as a packaging film due to its advantages such as water solubility, biodegradability, and environmental friendliness Polyethylene oxide is an environmentally friendly material, producing films with high transparency and easy degradation, which are superior to other toughening agents.