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Emax
Product Description:
Stainless steel suspension clamps secure critical fiber optic cables (ADSS/OPGW types) to utility poles, battling wind, ice, and corrosion to protect data integrity. Their 304/316 stainless steel construction resists salt, chemicals, and humidity where galvanized alternatives fail, ensuring decades of maintenance-free service.
Engineered for extremes, these clamps feature:
EPDM-lined cradles that grip cables without damaging delicate fibers
Precision-forged arms distributing tension across 500+ meter spans
Adjustable band straps securing to wood, concrete, or steel poles
Installation demands rigor:
Verify pole load capacity and cable bend radius (>30° requires rollers)
Torque M12 bolts to 12 N·m, alternating tightening to prevent imbalance
Align cable lay opposite the clamp’s helix pattern to avoid micro-fractures
Add vibration dampers in high-wind zones (>15 m/s)
Deployed in:
▶ Coastal 5G networks – surviving salt spray corrosion
▶ Mountain transmission lines – enduring ice loads at -40°C
▶ Industrial corridors – resisting chemical exposure
Unlike temporary solutions, these clamps prevent costly "fiber whip" during storms and eliminate rust-induced replacements. They serve as the unseen backbone keeping communities connected through nature’s harshest trials.
Email: nurul@emaxmetal.com
Product Description:
Stainless steel suspension clamps secure critical fiber optic cables (ADSS/OPGW types) to utility poles, battling wind, ice, and corrosion to protect data integrity. Their 304/316 stainless steel construction resists salt, chemicals, and humidity where galvanized alternatives fail, ensuring decades of maintenance-free service.
Engineered for extremes, these clamps feature:
EPDM-lined cradles that grip cables without damaging delicate fibers
Precision-forged arms distributing tension across 500+ meter spans
Adjustable band straps securing to wood, concrete, or steel poles
Installation demands rigor:
Verify pole load capacity and cable bend radius (>30° requires rollers)
Torque M12 bolts to 12 N·m, alternating tightening to prevent imbalance
Align cable lay opposite the clamp’s helix pattern to avoid micro-fractures
Add vibration dampers in high-wind zones (>15 m/s)
Deployed in:
▶ Coastal 5G networks – surviving salt spray corrosion
▶ Mountain transmission lines – enduring ice loads at -40°C
▶ Industrial corridors – resisting chemical exposure
Unlike temporary solutions, these clamps prevent costly "fiber whip" during storms and eliminate rust-induced replacements. They serve as the unseen backbone keeping communities connected through nature’s harshest trials.
Email: nurul@emaxmetal.com
