Material Introduction

Short fiber reinforced plastics can behave like particulate filler under structural loads. Long fiber thermoplastics form an internal 3D fiber network

In the automotive sector, modular platform construction and lightweighting are primary pathways to lower carbon emissions and increase range, particul

In the rapidly evolving landscape of automotive lightweighting, structural engineering, and new energy vehicle (NEV) development, materials selection

The new ELV Regulation rewards materials that can be easily recovered and reprocessed. Discover how LFT‑G® helps automotive suppliers meet design‑for‑

LGF PP (Long Glass Fiber Reinforced Polypropylene) is becoming a key lightweight composite material in modern manufacturing. Widely used in automotive

Long glass fiber reinforced thermoplastic composites (LGF) are widely used in the automotive, household appliances, industrial equipment, and electron

In 2026, the boundary between aerospace-grade performance and mass-production efficiency is disappearing. This article challenges the long-standing do

Explore the pivotal LFT (Long Fiber Thermoplastic) trends from Chinaplas 2026. Learn how LFT-G® TPU, PA, and PP composites are driving Carbon Neutrali

When metal brackets fail under thermal cycling and corrosion, the LFT-G® PEEK LCF40 case study reveals how long carbon fiber reinforced PEEK provides

When choosing between Long Glass Fiber (LGF) and Long Carbon Fiber (LCF) for your injection molded parts, the decision ultimately comes down to stiffn

Long carbon fiber composite materials (LCF) are a key technology for lightweighting and high-performance materials, featuring high strength, low cost,

LCF TPU combines long fiber reinforcement with elastomer flexibility, bridging the gap between engineering plastics and structural composites. It offe