PEI 2310EPR‑7301 / 2310‑1000 | 30% Glass‑Filled PEI Resin

PEI 2310EPR‑7301 / 2310‑1000 | 30% Glass‑Filled PEI Resin

MOQ: 25KGS
Format: Pellet
Port: Shenzhen
Lead time: 5~7 days
Trade terms: EXW, FOB, CIF, DAP
Payment terms: T/T

Product Overview:

PEI 2310EPR‑7301 / 2310‑1000 30% Glass‑Fiber Reinforced Polyetherimide Resin

2310‑1000: Natural / translucent amber pellet, standard 30% GF PEI grade
2310EPR‑7301: Black opaque pellet, enhanced‑release modified formulation with optimized demolding performance

Both grades deliver high rigidity, outstanding creep resistance, inherent non‑halogen flame retardancy and great thermal‑hydrolytic stability. RoHS compliant, they are widely used for high‑load, high‑temperature precision injection‑molded components across automotive, electronics and general industrial sectors. The EPR modification improves mold release behavior for complex‑geometry parts and supports stable high‑volume production.

Typical Application Fields:

30% Glass‑Fiber Reinforcemen
Grade difference: 2310EPR‑7301 incorporates enhanced‑release additive for easier ejection, less mold residue and fewer sticking defects; 2310‑1000 is standard unmodified natural grade for general‑purpose reinforced PEI applications.
Excellent Thermal Stability
Inherent Non‑Halogen Flame Retardancy
Superior Dimensional Stability
Good Chemical & Hydrolytic Resistanc
Reliable Dielectric Properties:

Typical Application Fields:

Automotive & New Energy Vehicles: Under‑hood structural parts, sensor housings, high‑voltage connector components, EV accessory brackets, heat‑resistant functional parts.
Electrical & Electronics: High‑temperature insulating supports, relay housings, coil bobbins, power module frames, precision reinforced insulating components.
Industrial Equipment: Pump and valve structural components, automation equipment fixtures, high‑rigidity mechanical parts requiring heat and creep resistance.
General High‑Performance Industry: Lightweight structural components for transportation and instrument hardware where high strength and flame resistance are required.