Why Choose Long Glass Fiber Reinforced Materials?
Long glass fiber (LGF) reinforced thermoplastics provide significant advantages over traditional short fiber materials, especially in improving the overall mechanical performance of plastic components.
LGF materials are widely used to enhance strength, rigidity, and impact resistance. Due to the longer fiber structure, the fibers form a stronger three-dimensional reinforcement network inside the polymer matrix, resulting in superior tensile strength, flexural strength, dimensional stability, and durability.
Compared with short fiber compounds, long fiber pellets also provide improved fatigue resistance, reduced warpage, and better load-bearing performance in demanding applications.
HDPE Reinforced with 40% Long Glass Fiber (LGF40)
Applications of HDPE-LGF
Automotive Industry
Battery trays, cable protection covers, fenders, and interior structural components.
Benefits: Lightweight, high impact resistance, dimensional stability, and corrosion resistance.
Industrial Equipment
Tool housings, brackets, and corrosion-resistant pipe fittings.
Benefits: High strength, durability, and long-term stability under load.
Logistics & Storage
Pallets, storage crates, bins, and waste containers.
Benefits: Long service life, excellent shape retention, and chemical resistance.
Outdoor & Agricultural Equipment
Lawn mower components, agricultural tanks, and water treatment parts.
Benefits: UV resistance, weather resistance, and long-term outdoor durability.
Construction Industry
Formwork systems, inserts, and waterproof structural components.
Benefits: Crack resistance, durability, and easy installation.
Product Details
| Item | Specification |
|---|---|
| Fiber Content | 20%–60% |
| Pellet Length | 6–25 mm |
| Grade | Customized |
| Color | Natural or Customized |
| TDS | Available upon request |
| MOQ | 25 kg |
LFT-G Technical Support
Xiamen LFT Composite Plastic Co., Ltd. provides professional technical support throughout the entire product development process, including:
- Product discussion and feasibility analysis
- Material selection and performance optimization
- Customized composite pellet production
- Injection molding technical guidance
- After-sales technical support and application follow-up

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