Description

Lightweight and High-Strength Characteristics

• Low Density, High Specific Strength: GMT materials have a low density and high specific strength, leading to their widespread application in the aerospace industry.

• Excellent Impact Resistance: GMT materials can absorb a significant amount of energy upon impact and are resistant to fracture, making them suitable for components such as automotive bumpers.

• Good Fatigue Resistance: GMT materials exhibit strong fatigue resistance, capable of withstanding long-term repeated stress without failure, which is ideal for manufacturing structural parts for long-term use.

• Stable Coefficient of Thermal Expansion: The coefficient of thermal expansion for GMT materials is low and stable, ensuring dimensional stability under temperature changes and making them suitable for precision instrument casings.

Comprehensive Performance Comparison and Analysis of GMT with Metal Materials: Steel and Aluminum

Performance Indicator	GMT	Steel	Aluminum
Density (g/cm³)	1.01-1.19	7.8	2.7
Specific Strength	High	Low	Medium
Corrosion Resistance	Excellent	Poor (requires surface treatment)	Medium (prone to oxidation)
Impact Energy Absorption	Extremely High	Low	Medium
Production Energy Consumption	Low	High	Medium

Comprehensive Performance Comparison and Analysis of GMT with Thermoplastic Composites: LFT-G and LFT-D

Performance Indicator	GMT	LFT-G	LFT-D
Fiber Length	Continuous/Long Fiber (>50mm)	Medium (1-5mm)	Medium (5-20mm)
Impact Strength	Extremely High	Medium	Medium-High
Production Flexibility	Medium	High	Extremely High
Initial Investment	Medium	Low	High
Suitable Batch Size	Large Volume	Small to Medium Volume	Small to Medium Volume

Comprehensive Performance Comparison and Analysis of GMT with Thermosetting Material: SMC

Performance Indicator	GMT	SMC
Production Process Efficiency (min)	0.5-1	≥3-5
Impact Toughness	Ultra-High Impact Performance
Environmental Characteristics	Can be remelted and recycled multiple times