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Product Name | 1-1/4" to 3" Nylon Mast Mounted Wireholder |
Material | Steel, Carbon Steel etc. |
Standard | ASTM Specification B695 |
Used | Electric power equipment industry |
sed in aerial construction to secure terminating lashing wire or ground wire to a strand.
Tensile strength of the jaws exceeds 50,000 PSI.
Terminal ends of stud are staked to prevent disassembly during shipping and installation.
Attaches to strand ranging in size from 1/4"(6.6M) to 7/16"(16M).
The jaws are rolled and stamped from annealed 1018 Steel.
The stud of the D Cable Lashing Clamp is formed from Grade 5 Steel.
All components of D Cable Lashing Clamps are mechanically galvanized to meet ASTM Specification B695.
The Stainless Steel Lashing Clamp is comprised of a stud, two washers, and two nuts manufactured in 304 Stainless Steel, along with a set of mechanically galvanized steel jaws.
Product Name | 1-1/4" to 3" Nylon Mast Mounted Wireholder |
Material | Steel, Carbon Steel etc. |
Standard | ASTM Specification B695 |
Used | Electric power equipment industry |
sed in aerial construction to secure terminating lashing wire or ground wire to a strand.
Tensile strength of the jaws exceeds 50,000 PSI.
Terminal ends of stud are staked to prevent disassembly during shipping and installation.
Attaches to strand ranging in size from 1/4"(6.6M) to 7/16"(16M).
The jaws are rolled and stamped from annealed 1018 Steel.
The stud of the D Cable Lashing Clamp is formed from Grade 5 Steel.
All components of D Cable Lashing Clamps are mechanically galvanized to meet ASTM Specification B695.
The Stainless Steel Lashing Clamp is comprised of a stud, two washers, and two nuts manufactured in 304 Stainless Steel, along with a set of mechanically galvanized steel jaws.
Robust Nylon Wireholders: Securing 1-1/4" to 3" Cables on Masts
Production starts with engineering-grade nylon 6/6—this stuff shrugs off UV rays and salt spray. Injection molding presses melted pellets (around 280°C) into hardened steel dies. Why nylon? It won’t corrode like metal brackets and doesn’t conduct electricity. The molds shape critical features: swivel bases for angled adjustments, positive-lock teeth to grip poles, and smooth inner radii to prevent cable abrasion. Post-molding, technicians deburr each unit and test clamp strength (handles ~50 lbs pull) and dimensional fit against mast diameters from 1.25" up to 3".
You’ll spot these holders in punishing environments:
Boats & RVs: Lashed to sailboat masts or roof rails, they tame wiring harnesses exposed to constant vibration and moisture. Salt won’t degrade the material.
Factory Floors: On automated equipment, they route power and sensor cables cleanly. Nylon’s non-conductive nature prevents short circuits near motors.
Cell Towers: Technicians bolt them onto steel masts to organize coaxial lines and fiber drops, even in extreme weather.
Installation’s tool-free—either a blind-hole push mount or quarter-turn lock. No bolts to rust or strip. Unlike cheap plastics, these won’t become brittle in cold snaps or warp under summer heat. For riggers and electricians, that reliability matters when securing critical cables aloft.
Robust Nylon Wireholders: Securing 1-1/4" to 3" Cables on Masts
Production starts with engineering-grade nylon 6/6—this stuff shrugs off UV rays and salt spray. Injection molding presses melted pellets (around 280°C) into hardened steel dies. Why nylon? It won’t corrode like metal brackets and doesn’t conduct electricity. The molds shape critical features: swivel bases for angled adjustments, positive-lock teeth to grip poles, and smooth inner radii to prevent cable abrasion. Post-molding, technicians deburr each unit and test clamp strength (handles ~50 lbs pull) and dimensional fit against mast diameters from 1.25" up to 3".
You’ll spot these holders in punishing environments:
Boats & RVs: Lashed to sailboat masts or roof rails, they tame wiring harnesses exposed to constant vibration and moisture. Salt won’t degrade the material.
Factory Floors: On automated equipment, they route power and sensor cables cleanly. Nylon’s non-conductive nature prevents short circuits near motors.
Cell Towers: Technicians bolt them onto steel masts to organize coaxial lines and fiber drops, even in extreme weather.
Installation’s tool-free—either a blind-hole push mount or quarter-turn lock. No bolts to rust or strip. Unlike cheap plastics, these won’t become brittle in cold snaps or warp under summer heat. For riggers and electricians, that reliability matters when securing critical cables aloft.