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..., and then the inner sheath is extruded (which can be omitted in small tension and small span), and then wrapped according to the required tensile strength Appropriate spinning yarn, then...
..., and then the inner sheath is extruded (which can be omitted in small tension and small span), and then wrapped according to the required tensile strength Appropriate spinning yarn, then...
..., and then the inner sheath is extruded (which can be omitted in small tension and small span), and then wrapped according to the required tensile strength Appropriate spinning yarn, then...
..., and then the inner sheath is extruded (which can be omitted in small tension and small span), and then wrapped according to the required tensile strength Appropriate spinning yarn, then...
..., and then the inner sheath is extruded (which can be omitted in small tension and small span), and then wrapped according to the required tensile strength Appropriate spinning yarn, then...
..., and then the inner sheath is extruded (which can be omitted in small tension and small span), and then wrapped according to the required tensile strength Appropriate spinning yarn, then...
..., and then the inner sheath is extruded (which can be omitted in small tension and small span), and then wrapped according to the required tensile strength Appropriate spinning yarn, then...
..., and then the inner sheath is extruded (which can be omitted in small tension and small span), and then wrapped according to the required tensile strength Appropriate spinning yarn, then...
..., and then the inner sheath is extruded (which can be omitted in small tension and small span), and then wrapped according to the required tensile strength Appropriate spinning yarn, then...
..., and then the inner sheath is extruded (which can be omitted in small tension and small span), and then wrapped according to the required tensile strength Appropriate spinning yarn, then...
..., and then the inner sheath is extruded (which can be omitted in small tension and small span), and then wrapped according to the required tensile strength Appropriate spinning yarn, then...
... of steel wire , and aramid yarn as strength member units,such unit is extruded with a layer of PVC or LSZH material as inner jacket.Then the cable is completed with a layer of flat PVC or LSZH(Low smoke,Zer...
...steel wire , and aramid yarn as strength member units,such unit is extruded with a layer of PVC or LSZH material as inner jacket.Then the cable is completed with a layer of PVC or LSZH(Low smoke,Zero halogen...
... wrapped with a layer of steel wire , and aramid yarn as strength member units,such unit is extruded with a layer of PVC or LSZH material as inner jacket.Then the cable is completed with a layer of PVC or LS...
... wrapped with a layer of steel wire , and aramid yarn as strength member units,such unit is extruded with a layer of PVC or LSZH material as inner jacket.Then the cable is completed with a layer of PVC or LS...
...Jacket Material: Polyethylene (PE) | AT(anti-tracking)Sheath Total Fiber Count: 6-48, 60-96, 74-144 F Subunit Type: Gel-filled Environmental Space: Self-supporting Aerial Armor: Aramid Yarn| KEVLAR Inquire N...
...yarn as strength member units, and the cable is completed with a PVC or LSZH(Low smoke, Zero halogen, Flame-retardant) jacket. Features: Tight buffer fiber easy of stripping. 2. Tight buffer fiber has excellen...
...Yarns Indoor Flat Fiber Ribbon Cable The fiber ribbon is evenly bound with high modulus soft aramid yarn as strength member Its rectangular outer sheath is shaped by a special material extrusion technique. F...
...Yarns 4.OEM Tight buffered fiber,high modulus aramid yarn strength member,protected with helical metal tube and metal wire mesh,and high-performance sheath materials adopted. Cable Structure: 0.6mm tight buf...