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GJYX(F)CH Outdoor Self-supporting optical drop cable
It is made by placing the optical communication unit in the center, placing two parallel non-metallic reinforcing pieces or metal reinforcing members on both sides, and extruding black or other colored PVC or low-smoke halogen-free sheaths.
GJYX(F)CH Outdoor Self-supporting optical drop cable
It is made by placing the optical communication unit in the center, placing two parallel non-metallic reinforcing pieces or metal reinforcing members on both sides, and extruding black or other colored PVC or low-smoke halogen-free sheaths.
GJX(F)H Indoor bow-type optical cable
It is made by placing the optical communication unit in the center, placing two parallel non-metallic reinforcing pieces or metal reinforcing members on both sides, and extruding black or other colored PVC or low-smoke halogen-free sheaths.
GJX(F)H Indoor bow-type optical cable
It is made by placing the optical communication unit in the center, placing two parallel non-metallic reinforcing pieces or metal reinforcing members on both sides, and extruding black or other colored PVC or low-smoke halogen-free sheaths.
The advanced rod-making process and drawing process are adopted for the wavelength-extended dispersion-shifted single-mode fiber, which reduces the water peak loss at 1383nm, extends the working wavelength to E-band (1360nm-1460nm), and realizes the full-band transmission of O, E, S, C and L(1260nm-1625nm). At the same time, through the advanced PMD rubbing equipment, the stable and superior polarization mode dispersion coefficient can be realized in high-speed production, which can meet the long-distance and high-speed transmission.
GYTZS Loose layer stranded steel-flame retardant sheath optical cable
The optical fiber is set into a high modulus loose tube made of polyester material. The tube is filled with waterproof compounds. The optical fiber has excess length, so that the optical fiber is unstressed. In the center of the cable core, there is a metal reinforced core. Loose tube and the gasket for packing are stranded into a compact circular cable core around the central reinforced core. The gap inside the cable core is filled with water-blocking filler, plastic coated steel band flame-retardant sheath optical cable.
GYTZA53 Loose layer stranded armored flame-retardant optical cable
The colored optical fiber is placed in a loose tube made of high modulus hydrolysis resistant material, and the tube is filled with water-blocking fiber paste to form an optical fiber loose tube. A plurality of optical fiber loose tubes arranged according to the color sequence requirements and possible fillers surround the central metal reinforced core, and the cable core is formed by SZ twisting. Outside the cable core, double-sided plastic-coated corrugated aluminum tape is longitudinally wrapped, and the gap between the cable core and the aluminum tape is filled with water-blocking cable paste. PE/LSZH inner sheath was extruded after longitudinal wrapping of corrugated aluminum strip, then flame retardant sheath was extruded after longitudinal wrapping of corrugated steel strip coated with plastic on both sides, and water-blocking cable paste was filled between the inner sheath and corrugated steel strip.
The bending loss insensitive single-mode fiber used in access network has all the characteristics of low water peak non-dispersive displacement single-mode fiber with extended wavelength band, and has better bending resistance. When the minimum bending radius is 7.5mm and the number of bending turns is 1 turn, the bending loss is less than 0.5dB. Meet the requirements of small bending radius, tight installation and convenient construction for access network.
GYTZA Loose layer stranded flame-retardant optical cable
The optical fiber is set into a high modulus loose tube made of polyester material. The tube is filled with waterproof compounds. The optical fiber has excess length, so that the optical fiber is unstressed. In the center of the cable core, there is a metal reinforced core. Loose tube and the gasket for packing are stranded into a compact circular cable core around the central reinforced core. The gap inside the cable core is filled with water-blocking filler, plastic coated aluminum band flame-retardant sheath optical cable.
GYXTW Central loose tube type optical cable
The optical fiber is set into the loose tube made of high-modulus polyester material, with the tube filled with waterproofing compounds. A layer of double-sided plastic-coated steel strip is used to longitudinally wrap the loose tube. Water-blocking materials are applied between the steel strip and the loose tube to ensure compactness and longitudinal wrap water blocking of the optical cable. Extrude polyethylene jacket to make cable after two parallel steel wires are placed on both sides.
GYTS Loose layer stranded steel-plastic sheath optical cable
The optical fiber is set into a high modulus loose tube made of polyester material. The tube is filled with waterproof compounds. The optical fiber has excess length, so that the optical fiber is unstressed. In the center of the cable core, there is a metal reinforced core. Loose tube and the gasket for packing are stranded into a compact circular cable core around the central reinforced core. The gap inside the cable core is filled with water-blocking filler, plastic coated steel strip-polyethylene adhesive sheath optical cable.
GYXTW53 Central loose tube type armored optical cable
The optical fiber is set into the loose tube made of high-modulus polyester material, with the tube filled with waterproofing compounds. A layer of double-sided plastic-coated steel strip is used to longitudinally wrap the loose tube. Water-blocking materials are applied between the steel strip and the loose tube to ensure compactness and longitudinal wrap water blocking of the optical cable. Extrude inner polyethylene sheath after two parallel steel wires are placed on both sides, and extrude polyethylene jacket to make cable after longitudinally wrapping the double coated plastic steel strip.