Glass‑Fiber‑Exposure‑Resistant Modified PA6

Glass‑fiber floating is a common surface defect for glass‑fiber‑reinforced PA6, which originates from flow‑rate discrepancy between glass fibers and matrix as well as uneven cooling rate. By adding compatibilizers, lubricants and nucleating agents, glass‑fiber‑exposure‑resistant modification remarkably strengthens interfacial adhesion between glass fibers and PA6 matrix and reduces melt surface tension. Consequently, glass fibers are fully and evenly encapsulated by polymer matrix during molding instead of floating out to product surfaces.

Main Applications

‑ Automotive interior parts: door handles, instrument panel skeletons and rear‑view mirror housings, requiring fiber‑free surfaces and favorable coating adhesion. ‑ Electronic & electrical housings: power‑tool casings, hair‑dryer housings and precision connectors, balancing aesthetic appearance with flame retardancy and heat resistance. ‑ Consumer goods: sports equipment and furniture fittings and other products demanding premium surface texture. ‑ Industrial structural components: high‑strength mechanical parts where exposed glass fibers would cause abrasion against mating counterparts.

Specifications

• Feature: Glass‑fiber‑exposure‑resistant
• Physical properties: Custom‑made per customer requirements (partial properties are comparable to imported brands)
• Minimum Order Quantity: 1 metric ton upon successful sample validation

Participation & Procurement Process

• Modified plastic manufacturers intending to supply, please contact supplier‑support customer service.
• Buyers may click group‑buy procurement or submit procurement requirements to procurement‑support customer service.
• The platform aggregates similar procurement demands, screens qualified materials from its database or releases tenders for requirements.
• Premium modified raw materials are filtered against buyer specifications. After successful sample testing, the buyer selects preferred raw materials and suppliers, then executes a sales‑purchase contract.