Dome Closure Heat Shrink

FOSC-OS-DH-102A fiber optic splice closure is suitable for direct connection, branch connection and splitting of the cables in long-distance trunk network, metropolitan area and local access network. The main body of the closure is made of modified PP(Polypropylene) material, which has excellent weather durability, chemical corrosion-resistance, UV-resistance, waterproof performance, and physical impact-resistance. The closure adopts heat shrinkable sealing which is easy to operate and has reliable sealing performance. It is suitable for aerial, pole mounted, wall mounted, and direct buried installations.

FOSC-OS-DH-103A fiber optic splice closure is suitable for direct connection, branch connection and splitting of the cables in long-distance trunk network, metropolitan area and local access network. The main body of the closure is made of modified PP(Polypropylene) material, which has excellent weather durability, chemical corrosion-resistance, UV-resistance, waterproof performance, and physical impact-resistance. The closure adopts heat shrinkable sealing which is easy to operate and has reliable sealing performance. It is suitable for aerial, pole mounted, wall mounted, and direct buried installations.

FOSC-OS-DH-103B fiber optic splice closure is suitable for direct connection, branch connection and splitting of the cables in long-distance trunk network, metropolitan area and local access network. The main body of the closure is made of modified PP(Polypropylene) material, which has excellent weather durability, chemical corrosion-resistance, UV-resistance, waterproof performance, and physical impact-resistance. The closure adopts heat shrinkable sealing which is easy to operate and has reliable sealing performance. It is suitable for aerial, pole mounted, wall mounted, and direct buried installations.

FOSC-OS-DM-104A fiber optic splice closure applies to direct and branch connection and splitting of the cables in trunk communication network, metropolitan area network and local access network. This dome closure employs the Modified PP material featuring excellent weather durability, corrosion-resistance, UV-resistance, water-resistance, and impact-resistance. The closure adopts mechanical sealing which is easy to operate and has reliable sealing performance. The closure is suitable for aerial, pole mounted, wall mounted, and direct burial installations.

FOSC-OS-DH-106A fiber optic splice closure applies to direct and branch connection and splitting of the cables in trunk communication network, metropolitan area network and local access network. This dome closure employs the Modified PP material featuring excellent weather durability, corrosion-resistance, UV-resistance, water-resistance, and impact-resistance. The closure adopts heat shrinkable sealing which is easy to operate and has reliable sealing performance. The closure is suitable for aerial, pole mounted, wall mounted, and direct burial installations.

FOSC-OS-DH-108A fiber optic splice closure applies to direct and branching connection and splitting of the cables in trunk communication network, metropolitan area network and local access network. This dome closure employs the Modified Polypropylene featuring excellent weather durability, corrosion-resistance, UV-resistance, water-resistance, and impact-resistance. The closure adopts heat shrinkable sealing which is easy to operate and has reliable sealing performance. The closure is suitable for aerial, pole mounted, wall mounted, and direct buried installations.

F0SC-DH-106A fiber optic splice closure applies to direct and branching connection and splitting of the cables in trunk communication network, metropolitan area network and local access network. The F0SC-DH-106A closure employs the modified Polypropylene featuring excellent impact-resistance, weather durability, corrosion-resistance, UV-resistance, water-resistance, and fire-retardant performance. The closure adopts heat shrinkable sealing. It’s easy to operate and has reliable sealing performance. This closure is suitable in aerial, pole mounted, wall mounted, and direct buried installations.