LFT-G® PA6 GF50 Long Glass Polyamide

LFT-G^®PA6 LGF50 delivers an optimal balance of strength, surface quality, and processability for precision-engineered applications. Manufactured through an advanced pultrusion process, these long pellets (6–12 mm) feature continuous glass fibers aligned along the pellet length. During injection molding, the fibers form a robust three-dimensional network that ensures consistent mechanical performance while offering enhanced flowability for complex geometries.

PA6 LGF50 Compounds from LFT-G provide a reliable, cost-effective solution for metal replacement and structural components, making them ideal for automotive, consumer electronics, and industrial sectors because they:

• Superior surface finish with minimal fiber show-out
• Enables thinner walls while maintaining rigidity and impact balance
• Excellent creep resistance and dimensional stability under sustained load
• Enhanced flowability for intricate molds and multi-cavity tools
• Reliable performance across a wide temperature range

LFT-G^® PA6 LGF50 Compounds are available in customized formulations to meet specific application requirements. They are engineered for high-efficiency injection molding, minimizing post-molding operations and delivering consistent part quality with reduced system costs.

Our LFT-G^® injection molding process uses a specialized screw and barrel design developed specifically for long‑fiber reinforced thermoplastics. A gentle conveying geometry preserves fiber length during plasticization, ensuring the continuous‑fiber architecture from our pultruded pellets is retained in the final part. This standardized process platform delivers globally consistent results with minimal lot‑to‑lot variation.

Low‑shear processing prevents fiber breakage and enables superior fiber distribution even in complex molds. Optimized melt temperature control and backpressure management maintain the three‑dimensional reinforcing network essential for high impact performance. Modular screw designs flexibly adapt to different viscosities and part geometries-from thin‑wall components to structural metal‑replacement applications. Benefits include faster cycle times, reduced warpage, and elimination of secondary finishing, lowering overall system costs without compromising mechanical performance.