As the demand for lightweight, high-strength gas cylinders grows in hydrogen energy, aerospace, and industrial gas storage, manufacturers need advanced materials that ensure safety, durability, and efficiency.
Our high-modulus fiberglass roving is the ideal reinforcement for filament-wound hydrogen and oxygen cylinders, delivering exceptional mechanical properties, fatigue resistance, and weight savings—critical for high-pressure applications.
Why Our Fiberglass roving is the Best Choice for Gas Cylinders
1. Superior Strength-to-Weight Ratio
- Optimized for high-pressure resistance (Type III & IV cylinders).
- Reduces overall weight compared to steel, improving portability and fuel efficiency in hydrogen vehicles.
2. Outstanding Fatigue & Crack Resistance
- Withstands thousands of fill cycles without degradation.
- Minimizes microcrack formation, extending service life.
3. Excellent Compatibility with Resins
- Ensures strong bonding with epoxy, vinyl ester, and other matrices for seamless winding.
- Uniform wet-out for consistent, void-free composites.
4. Cost-Effective Without Compromising Safety
- More affordable than carbon fiber while meeting ISO 11439, DOT, and EC standards.
- Reduces material waste with precise tension control and low fuzz.
Trusted by Leading Gas Cylinder Manufacturers
Our high-modulus fiberglass roving is used in:
✅ Hydrogen fuel tanks for vehicles & refueling stations
✅ Medical & industrial oxygen cylinders
✅ Aerospace & SCBA (self-contained breathing apparatus)
Ready to Enhance Your Cylinder Performance?
We are Your Reliable Partner in Advanced Composite Solutions
Contact information:
Sales Manager: Jessica
Email: sales5@fiberglassfiber.com
Post time: Apr-08-2025
