Layer Stranded Optical Cable

With the development of the demand of telecommunication, the requirement of optical cable in some kinds of industries like multimedia internet and video conference which need high transmission speed makes optical cable become the basic media of transmission. We use the normal and nonzero dispersion SM optical fiber for the optical cables to run the transmission mode like SDH/SONET, ATM and the transmission system like WDM, DWDM efficiently.

GYTY Optical Cable

The structure of GYTY (outdoor optical cable used for telecommunication with metallic central strength, loose and layer-stranded tube style, PE cover）is covering the inner-fulfilled waterproof compound loose tube, which is made of high modulus plastic, with the single mode and multi-mode optical fiber. The center of the cable's core is steel wire. For some optical cables with certain number of core, this steel wire could be a strand, or covered with a tight pack of polyethylene (PE).The compact and round shape cable core is a combination of the loose sleeve pipe (gasket for packing) and center-strengthened core, the gap in the cable core is filled with water retarding compound. The optical cable is made of PE sheath.

GYTA optical Cable

The structure of GYTA (outdoor optical cable used for telecommunication with metallic central strength, loose and layer-stranded tube style, and aluminum - polyethylene cover) is covering the inner-fulfilled waterproof compound loose tube, which is made of high modulus plastic, with the single mode and multi-mode optical fiber. There is a steel wire in the middle of the optical cable core. For some optical cables with certain number of core, this steel wire could be a strand, or covered with a tight pack of polyethylene (PE). The compact and round shape cable core is a combination of the loose sleeve pipe (gasket for packing) and center-strengthened core, the gap in the cable core is filled with water retarding compound. The polyethylene over layer will become optical cable after the plastic-plated Aluminum belt is covered vertically.

GYTS optical Cable (Outdoor Loose Tube Single Jacket Single Armored Fiber Optic Cable)

The structure of GYTS (outdoor optical cable used for telecommunication with metallic central strength, loose and layer-stranded tube style, and Steel-cover) is covering the inner-fulfilled waterproof compound loose tube, which is made of high modulus plastic, with the single mode and multi-mode optical fiber. There is a steel wire in the middle of the optical cable core. For some optical cables with certain number of core, this steel wire could be a strand, or covered with a tight pack of polyethylene (PE).The compact and round shape cable core is a combination of the loose sleeve pipe (gasket for packing) and center-strengthened core, the gap in the cable core is filled with water retarding compound and the vertically covered water retarding belt. The polyethylene overlayer will be made after the plastic-plated steel belt is covered vertically.

GYTY 53 optical Cable (Outdoor Loose Tube double jacket single armored fiber optical cable)

The structure of GYTY53 (outdoor optical cable used for telecommunication with metallic central strength, loose and layer-stranded tube style, aluminum - polyethylene cover, and vertically corrugated steel tape armored)is covering the inner-fulfilled waterproof compound loose tube, which is made of high modulus plastic, with the single mode and multi-mode optical fiber. The center of the cable's core is a steel wire. For some optical cables with certain number of core, this steel wire could be a strand, or covered with a tight pack of polyethylene (PE).The compact and round shape cable core is a combination of the loose sleeve pipe (gasket for packing) and center-strengthened core, the gap in the cable core is filled with water retarding compound. The polyethylene overlayer will be made after the steel belt is covered vertically. The PE sheath should be covered on the optical cable core, The polyethylene overlayer will be made after the double-side plastic-plated steel belt is covered vertically.

GYTA53 Optical Cable

The structure of GYTA53 (outdoor optical cable used for telecommunication with metallic central strength, loose and layer-stranded tube style, aluminum - polyethylene cover, and vertically corrugated steel tape armored)is covering the inner-fulfilled waterproof compound loose tube, which is made of high modulus plastic, with the single mode and multi-mode optical fiber. The center of the cable's core is a steel wire. For some optical cables with certain number of core, this steel wire could be a strand, or covered with a tight pack of polyethylene (PE).The compact and round shape cable core is a combination of the loose sleeve pipe (gasket for packing) and center-strengthened core, the gap in the cable core is filled with water retarding compound.( the core number of the vertical-laid moisture retarding belt out of the cable core is over 96 ). The PE sheath will appear after being vertically covered with the plastic-plated aluminum belt, The polyethylene overlayer will be made after the double-side plastic-plated Aluminum belt is covered vertically.

GYFTY Optical Cable

The structure of GYFTY (outdoor optical cable used for telecommunication with non-metallic central strength, loose and layer-stranded tube style) is covering the inner-fulfilled waterproof compound loose tube, which is made of high modulus plastic, with the single mode and multi-mode optical fiber. There is a FRP in the middle of the optical cable core. For some optical cables with certain number of core, the FRP should be covered with a tight pack of polyethylene (PE).The compact and round shape cable core is a combination of the loose sleeve pipe (gasket for packing) and center-strengthened core, the gap in the cable core is filled with water retarding compound. The optical cable is made of PE sheath.

GYFTA Duct, Aerial Optical Cable

The structure of GYFTA (outdoor optical cable used for telecommunication with non-metallic central strength, Al-PE cementing sheathed, loose and layer-stranded tube style) is covering the inner-fulfilled waterproof compound loose tube, which is made of high modulus plastic, with the single mode and MM optical fiber. There is a FRP in the middle of the optical cable core. For some optical cables with certain number of core, the FRP should be covered with a tight pack of polyethylene (PE).The compact and round shape cable core is a combination of the loose sleeve pipe (gasket for packing) and center-strengthened core, the gap in the cable core is filled with water retarding compound. The optical cable is made of PE sheath after plastic-plated Al tape being longitudinal covere.

GYFTS Duct, Aerial Optical Cable

The structure of GYFTS (outdoor optical cable used for telecommunication with non-metallic central strength, Steel-PE cementing sheathed, loose and layer-stranded tube style) is covering the inner-fulfilled waterproof compound loose tube, which is made of high modulus plastic, with the single mode and multi-mode optical fiber. There is a FRP in the middle of the optical cable core. For some optical cables with certain number of core, the FRP should be covered with a tight pack of polyethylene (PE).The compact and round shape cable core is a combination of the loose sleeve pipe (gasket for packing) and center-strengthened core, the gap in the cable core is filled with water retarding compound. The optical cable is made of PE sheath after plastic-plated steel tape being longitudinal covered.

GYFTY53 Aerial, Direct-burried Optical Cable

The structure of GYFTY53 (outdoor optical cable used for telecommunication with non-metallic central strength, PE sheathed, steel tape armored and longitudinally coved, loose and layer-stranded tube style) is covering the inner-fulfilled waterproof compound loose tube, which is made of high modulus plastic, with the single mode and multi-mode optical fiber. There is a FRP in the middle of the optical cable core. For some optical cables with certain number of core, the FRP should be covered with a tight pack of polyethylene (PE).The compact and round shape cable core is a combination of the loose sleeve pipe (gasket for packing) and center-strengthened core, the gap in the cable core is filled with water retarding compound. The optical cable is made of PE sheath after double sides plastic-plated steel tape being longitudinal covered.

GYFTA53 Direct-burried Optical Cable

The structure of GYFTA53 (outdoor optical cable used for telecommunication with non-metallic central strength, Al-PE sheathed, steel tape armored and longitudinally coved, loose and layer-stranded tube style) is covering the inner-fulfilled waterproof compound loose tube, which is made of high modulus plastic, with the single mode and multi-mode optical fiber. There is a FRP in the middle of the optical cable core. For some optical cables with certain number of core, the FRP should be covered with a tight pack of polyethylene (PE).The compact and round shape cable core is a combination of the loose sleeve pipe (gasket for packing) and center-strengthened core, the gap in the cable core is filled with water retarding compound. The optical cable is made of PE sheath after double sides plastic-plated steel tape being longitudinal covered.