Nylon Modified Loss-in-weight Feeder

Nylon modification can increase flame retardancy, fiberglass reinforcement, and other applications in various fields such as automotive interiors and components. Transcell Technology has extensive experience in nylon modification and has been widely applied in various modification factories.

The process characteristics of nylon modification mainly include the following aspects:

Enhance Modification

By adding reinforcing materials such as glass fiber and carbon fiber, the mechanical strength and rigidity of nylon are significantly improved while maintaining its lightweight properties. This modification method is widely used in fields such as automotive parts and mechanical components.

Fill modification

By adding natural or synthetic fillers such as calcium carbonate, talc powder, etc., material costs can be reduced while improving the wear resistance and dimensional stability of nylon. Is this modification method suitable for situations that require cost reduction and performance improvement.

Blending nylon with other polymers such as polyethylene, polypropylene, etc. can improve the processing performance and heat resistance of nylon. Is this method suitable for application scenarios that require improved processing performance or heat resistance.

Flame retardant modification

Adding flame retardants to nylon to improve its flame retardant performance is suitable for fields such as electronics and electrical that require fire protection requirements. It should be noted that flame retardants may decompose and produce acidic substances at high temperatures, which have a corrosive effect on metals. Therefore, plasticized components need special treatment.

Weather resistant modification

By adding UV absorbers and antioxidants, the weather resistance of nylon is improved and its service life is extended. Is this method suitable for outdoor use of polymer materials.

Antibacterial modification

Adding antibacterial agents to nylon to improve its antibacterial performance, suitable for medical, health and other fields.

Other modification methods Including toughening modification, conductive modification, etc., to meet the specific application requirements. For example, toughening modification can improve the impact resistance of nylon, making it suitable for applications that require high toughness; Is conductive modification applicable to materials that require conductivity.