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LiteLinx Flat Drop Cable is specifically engineered for a range of installation methods, including self-supporting, direct-buried, and duct setups. Its fully dielectric design makes it an excellent choice for drop applications, ensuring convenient access and straightforward installation. The cable incorporates two parallel dielectric strength members, eliminating the need for bonding or grounding, and providing outstanding crush resistance. Additionally, the FRP (Fiber Reinforced Plastic) strength members are coated with EAA to enhance their adhesion properties. Can be ordered as pre-connected, choose from 1 FO to 12 FO. VIEW FULL PRODUCT INFORMATION -
The cable’s composition consists of several key components. A 250μm optical fiber is securely housed within a high modulus loose tube, further reinforced with a waterproof compound for environmental protection. At the cable’s core is a non-metallic FRP (Fiber Reinforced Plastic) central core, providing structural stability. To create a compact, rounded cable core, the loose tube and filler rope are carefully twisted around the central reinforcing core, ensuring the cable’s shape and integrity. Gaps within the cable core are diligently filled with a water-blocking filler, safeguarding the optical fibers from moisture. Additionally, a longitudinally applied corrugated plastic-coated steel tape (PSP) enhances the cable’s resistance to external forces and environmental conditions. The cable is sealed with a polyethylene sheath, adding further protection and insulation. VIEW FULL PRODUCT INFORMATION -
The cable’s composition consists of several key components. A 250μm optical fiber is securely housed within a high modulus loose tube, further reinforced with a waterproof compound for environmental protection. At the cable’s core is a non-metallic FRP (Fiber Reinforced Plastic) central core, providing structural stability. To create a compact, rounded cable core, the loose tube and filler rope are carefully twisted around the central reinforcing core, ensuring the cable’s shape and integrity. Gaps within the cable core are diligently filled with a water-blocking filler, safeguarding the optical fibers from moisture. Additionally, a longitudinally applied corrugated plastic-coated steel tape (PSP) enhances the cable’s resistance to external forces and environmental conditions. The cable is sealed with a polyethylene sheath, adding further protection and insulation. VIEW FULL PRODUCT INFORMATION
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The cable’s composition consists of several key components. A 250μm optical fiber is securely housed within a high modulus loose tube, further reinforced with a waterproof compound for environmental protection. At the cable’s core is a non-metallic FRP (Fiber Reinforced Plastic) central core, providing structural stability. To create a compact, rounded cable core, the loose tube and filler rope are carefully twisted around the central reinforcing core, ensuring the cable’s shape and integrity. Gaps within the cable core are diligently filled with a water-blocking filler, safeguarding the optical fibers from moisture. Additionally, a longitudinally applied corrugated plastic-coated steel tape (PSP) enhances the cable’s resistance to external forces and environmental conditions. The cable is sealed with a polyethylene sheath, adding further protection and insulation. VIEW FULL PRODUCT INFORMATION
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The cable’s composition consists of several key components. A 250μm optical fiber is securely housed within a high modulus loose tube, further reinforced with a waterproof compound for environmental protection. At the cable’s core is a non-metallic FRP (Fiber Reinforced Plastic) central core, providing structural stability. To create a compact, rounded cable core, the loose tube and filler rope are carefully twisted around the central reinforcing core, ensuring the cable’s shape and integrity. Gaps within the cable core are diligently filled with a water-blocking filler, safeguarding the optical fibers from moisture. Additionally, a longitudinally applied corrugated plastic-coated steel tape (PSP) enhances the cable’s resistance to external forces and environmental conditions. The cable is sealed with a polyethylene sheath, adding further protection and insulation. VIEW FULL PRODUCT INFORMATION
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The cable’s composition consists of several key components. A 250μm optical fiber is securely housed within a high modulus loose tube, further reinforced with a waterproof compound for environmental protection. At the cable’s core is a non-metallic FRP (Fiber Reinforced Plastic) central core, providing structural stability. To create a compact, rounded cable core, the loose tube and filler rope are carefully twisted around the central reinforcing core, ensuring the cable’s shape and integrity. Gaps within the cable core are diligently filled with a water-blocking filler, safeguarding the optical fibers from moisture. Additionally, a longitudinally applied corrugated plastic-coated steel tape (PSP) enhances the cable’s resistance to external forces and environmental conditions. The cable is sealed with a polyethylene sheath, adding further protection and insulation. VIEW FULL PRODUCT INFORMATION
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The cable’s composition consists of several key components. A 250μm optical fiber is securely housed within a high modulus loose tube, further reinforced with a waterproof compound for environmental protection. At the cable’s core is a non-metallic FRP (Fiber Reinforced Plastic) central core, providing structural stability. To create a compact, rounded cable core, the loose tube and filler rope are carefully twisted around the central reinforcing core, ensuring the cable’s shape and integrity. Gaps within the cable core are diligently filled with a water-blocking filler, safeguarding the optical fibers from moisture. Additionally, a longitudinally applied corrugated plastic-coated steel tape (PSP) enhances the cable’s resistance to external forces and environmental conditions. The cable is sealed with a polyethylene sheath, adding further protection and insulation. VIEW FULL PRODUCT INFORMATION
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The cable’s composition consists of several key components. A 250μm optical fiber is securely housed within a high modulus loose tube, further reinforced with a waterproof compound for environmental protection. At the cable’s core is a non-metallic FRP (Fiber Reinforced Plastic) central core, providing structural stability. To create a compact, rounded cable core, the loose tube and filler rope are carefully twisted around the central reinforcing core, ensuring the cable’s shape and integrity. Gaps within the cable core are diligently filled with a water-blocking filler, safeguarding the optical fibers from moisture. Additionally, a longitudinally applied corrugated plastic-coated steel tape (PSP) enhances the cable’s resistance to external forces and environmental conditions. The cable is sealed with a polyethylene sheath, adding further protection and insulation. VIEW FULL PRODUCT INFORMATION
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The cable’s composition consists of several key components. A 250μm optical fiber is securely housed within a high modulus loose tube, further reinforced with a waterproof compound for environmental protection. At the cable’s core is a non-metallic FRP (Fiber Reinforced Plastic) central core, providing structural stability. To create a compact, rounded cable core, the loose tube and filler rope are carefully twisted around the central reinforcing core, ensuring the cable’s shape and integrity. Gaps within the cable core are diligently filled with a water-blocking filler, safeguarding the optical fibers from moisture. Additionally, a longitudinally applied corrugated plastic-coated steel tape (PSP) enhances the cable’s resistance to external forces and environmental conditions. The cable is sealed with a polyethylene sheath, adding further protection and insulation. VIEW FULL PRODUCT INFORMATION
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The cable’s composition consists of several key components. A 250μm optical fiber is securely housed within a high modulus loose tube, further reinforced with a waterproof compound for environmental protection. At the cable’s core is a non-metallic FRP (Fiber Reinforced Plastic) central core, providing structural stability. To create a compact, rounded cable core, the loose tube and filler rope are carefully twisted around the central reinforcing core, ensuring the cable’s shape and integrity. Gaps within the cable core are diligently filled with a water-blocking filler, safeguarding the optical fibers from moisture. Additionally, a longitudinally applied corrugated plastic-coated steel tape (PSP) enhances the cable’s resistance to external forces and environmental conditions. The cable is sealed with a polyethylene sheath, adding further protection and insulation. VIEW FULL PRODUCT INFORMATION
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The cable’s composition consists of several key components. A 250μm optical fiber is securely housed within a high modulus loose tube, further reinforced with a waterproof compound for environmental protection. At the cable’s core is a non-metallic FRP (Fiber Reinforced Plastic) central core, providing structural stability. To create a compact, rounded cable core, the loose tube and filler rope are carefully twisted around the central reinforcing core, ensuring the cable’s shape and integrity. Gaps within the cable core are diligently filled with a water-blocking filler, safeguarding the optical fibers from moisture. Additionally, a longitudinally applied corrugated plastic-coated steel tape (PSP) enhances the cable’s resistance to external forces and environmental conditions. The cable is sealed with a polyethylene sheath, adding further protection and insulation. VIEW FULL PRODUCT INFORMATION
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The cable’s composition consists of several key components. A 250μm optical fiber is securely housed within a high modulus loose tube, further reinforced with a waterproof compound for environmental protection. At the cable’s core is a non-metallic FRP (Fiber Reinforced Plastic) central core, providing structural stability. To create a compact, rounded cable core, the loose tube and filler rope are carefully twisted around the central reinforcing core, ensuring the cable’s shape and integrity. Gaps within the cable core are diligently filled with a water-blocking filler, safeguarding the optical fibers from moisture. Additionally, a longitudinally applied corrugated plastic-coated steel tape (PSP) enhances the cable’s resistance to external forces and environmental conditions. The cable is sealed with a polyethylene sheath, adding further protection and insulation. VIEW FULL PRODUCT INFORMATION
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