Contact Info
- Tel: +86-311-87813582
- Fax: +86-311-87829648
- Email: Kaiwork@126.com
- Whatsapp: +86 86 138 3318 2035
- Add: No.345, Youyi North Street, Shijiazhuang City, Hebei Province, China.
Advanced Galfan Anti-Corrosion Infrastructure Grade. Engineered specifically for high-durability aerial fiber optic installations and telecommunication pole spans, our 95% zinc - 5% aluminum alloy coated steel strand combines high ultimate tensile strength with superior metallurgical corrosion defense, delivering ultimate sag-resistance and extended operational lifecycles for global broadband networks.
​95% Zinc-5% Al Alloy Coated Messenger Cable | Galfan 1x7 Aerial Fiber Optic Strand
​Designed for critical long-span aerial suspension and aggressive outdoor atmospheres under international utility standards. Every coil adheres to rigorous mechanical and alloy-coating benchmarks.
|
Technical Parameter |
Specification Value |
Governing Standard |
|
Alloy Coating Composition |
95% Zinc - 5% Aluminum - Mischmetal (Galfan) |
ASTM A855 / EN 10244-2 |
|
Strand Configuration |
1x7 (1 Center Wire + 6 Helical Outer Wires) |
ASTM A475 / IEC / ISO |
|
Available Diameters |
6.35 mm (1/4") to 12.7 mm (1/2") / Custom Sizes |
ASTM A855 / BS EN 10257-1 |
|
Specified Tensile Strength |
High Tensile Grade (HS / EHS Utility Configurations) |
ASTM A475 / ISO 6892 |
|
Coating Mass & Adhesion |
Heavy-Duty Galfan Alloy Layer (Superior Adhesion) |
ASTM A855 / ISO 7989 |
|
Surface Condition |
Uniformly Alloy-Coated, Smooth, Stress-Relieved |
Corrosion-Inhibited Free |
· ​Superior Galfan (95/5 Zn-Al) Defense: The Eutectic 95% zinc and 5% aluminum alloy coating provides up to 3 times the corrosion resistance of standard hot-dip galvanization, actively inhibiting white and red rust in marine or industrial atmospheres.
· ​Enhanced Coating Ductility & Adhesion: The alloy microstructure offers exceptional bendability and impact resistance, ensuring the protective barrier remains completely intact during winding, pulling, and pole-line hardware installation.
· ​High-Modulus Span & Sag Control: Built from high-carbon steel wire rods, delivering minimal structural elongation and superior stability to support heavy bundle-wrapped fiber optic cables across long pole spans.
· ​Full Metallurgical Traceability: Manufactured under strict ISO 9001 protocols. Each commercial shipment includes a comprehensive Mill Test Certificate (MTC) verifying tensile strength, breaking load, and alloy coating mass.
​Engineered for heavy-duty suspension and support systems across modern telecommunication and broadband networks:
· ​Fiber Optic & FTTH Networks: Aerial ADSS/Figure-8 fiber optic cable suspension, drop wire support, and long-span rural broadband installations.
· ​Coastal & Marine Telecommunications: Coastal telecommunication lines, island-connecting overhead cables, and port infrastructure networks exposed to salt spray.
· ​Harsh Industrial Atmospheres: Communication and signal messenger wires running through chemical plants, railway corridors, and high-pollution urban zones.
​Q: Why choose 95/5 Zn-Al (Galfan) coated messenger wire over traditional galvanized wire?
A: Galfan coating offers significantly higher corrosion resistance (typically 2 to 3 times longer lifespan) due to the dense aluminum-rich oxide layer, making it the ideal choice for high-corrosion coastal or industrial fiber projects where maintenance access is difficult.
​Q: Do these Galfan messenger cables comply with international standards?
A: Yes. Our 95% zinc 5% aluminum coated strands are produced and tested in strict accordance with recognized specifications such as ASTM A855 and EN 10244, ensuring seamless acceptance by major telecom operators.
​Q: What is the standard export packaging and transport safety?
A: Coils are securely wound on robust wooden reels or packed in durable weatherproof pails, wrapped in heavy-duty moisture-proof materials to prevent any mechanical abrasion or damage during international transit.
