Product Function
Reduce mold head scaling and eliminate melt fracture: By adding processing aid masterbatch, the formation of mold head scaling during plastic processing can be reduced, melt fracture can be eliminated, and processing stability and efficiency can be improved.
Reduce molding processing temperature: The use of cooling masterbatch can lower the molding processing temperature of plastics, save energy, and reduce plastic degradation caused by high temperatures.
Drying function: Drying masterbatch can absorb moisture from raw materials, preventing product defects such as bubbles, cracks, etc. caused by the presence of moisture.
Improving demolding performance: The use of smooth masterbatch can facilitate the demolding of injection molded parts and improve production efficiency.
Preventing film adhesion: Anti adhesion masterbatch can prevent film adhesion between films during winding or unwinding, maintaining the good performance of the film.
Save cleaning materials: The use of cleaning masterbatch can reduce the amount of materials used during color changing and cleaning, and lower production costs.
Antioxidant properties: Antioxidant masterbatch can improve the thermal aging of plastics, inhibit yellowing of parts, and extend the service life of products.
Improving weather resistance: anti-aging masterbatch can improve the weather resistance of molded parts, making them more stable in outdoor environment.
Improving mechanical and optical properties: Nucleating masterbatch or anti reflective masterbatch can enhance the rigidity or transparency of molded parts, meeting different application requirements.
Toughening effect: Toughening masterbatch can improve the mechanical properties of molded parts and enhance their impact resistance.
Thermal conductivity: Thermal conductive masterbatch can improve the thermal conductivity of plastic parts and is suitable for applications that require heat dissipation.
Conductivity: Conductive masterbatch can improve the conductivity of plastics and is used in fields such as anti-static and electromagnetic shielding.
Cost reduction: Filling masterbatch can improve the mechanical properties of plastics and reduce costs, improving the cost-effectiveness of products.
Antistatic performance: Antistatic masterbatch can reduce the surface resistance of molded parts, prevent static electricity accumulation, and is suitable for fields such as electronics and textiles.
Flame retardant performance: Flame retardant masterbatch can improve the fire resistance of materials and reduce the risk of fire.
Antibacterial performance: Antibacterial masterbatch can increase the anti microbial ability of plastics and maintain the cleanliness and hygiene of products.
Barrier performance: Barrier masterbatch can improve the ability of plastic packaging materials to prevent gas (such as oxygen, carbon dioxide, water vapor) from penetrating, extending the shelf life of food.
Degradability: Degradable masterbatch can enable plastic products to self degrade after use, reducing pollution to the natural environment.
Deodorization function: Deodorization masterbatch can remove odors from plastic products and improve the user experience of the products.
Flavor enhancement function: Flavor enhancing masterbatch can add fragrance to plastics, used in toys, daily necessities and other fields.
Anti fog droplet function: Anti fog droplet masterbatch can reduce the formation of fog vapor on the inner surface of food packaging film, keeping food clear and visible.
Rust prevention function: Anti rust masterbatch can prevent electronic components from rusting and improve their service life.
Laser coding effect: Laser masterbatch can provide laser coding effect, facilitating product identification and traceability.
Matte effect: Matte masterbatch can provide matte or even frosted effects, meeting different aesthetic needs.
Foaming effect: Foam masterbatch can provide weight reduction, thermal insulation, sound insulation, and shock absorption, suitable for packaging, construction, and other fields.
Processing aid masterbatch plays an important role in plastic processing, which can improve the molding and processing performance, physical and chemical properties, and application functions of plastics, enhance the quality and performance of products, reduce production costs, and meet the needs of different fields.