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Corning® Splice Tray SCF (48) Heat Shrink Single Fibers or (6) Mass Fusion Splices for SCF Series Enclosures, 0.4" Deep SKU: SCFST077 Unit of Measurement : EA$36.75 -
Corning® Spider Fan-Out Kit 6 Fiber Orange Accepts 900um SKU: SFKP06900M Unit of Measurement : EA$35.00 -
Corning® Environmental Distribution Center EDC Holds 12 CCH Adapter Panels SKU: EDC12PNH Unit of Measurement : EA$1,025.00 -
Corning® Splice Closure SCF 4" x 18" 72 Single Fiber Splices SKU: SCF4C1801 Unit of Measurement : EA$426.10 -
![Corning® Spider Fan-Out Kit 6 Fiber Yellow Accepts 250um]()
Corning® Spider Fan-Out Kit 6 Fiber Yellow Accepts 250um SKU: SFKP06250S Unit of Measurement : EA$37.25 -
![Corning® Splitting Tool Ribbon]()
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![Corning® Environmental Distribution Center EDC Holds 2 CCH Adapter Panels]()
Corning® Environmental Distribution Center EDC Holds 2 CCH Adapter Panels SKU: EDC02PNH Unit of Measurement : EA$575.50 -
![Corning® Splice Closure SCF 6" x 22" 72 Single Fiber Splices with Slack Basket]()
Corning® Splice Closure SCF 6" x 22" 72 Single Fiber Splices with Slack Basket SKU: SCF6C2201F Unit of Measurement : EA$482.30 -
![Corning® Spider Fan-Out Kit 6 Fiber Orange Accepts 250um]()
Corning® Spider Fan-Out Kit 6 Fiber Orange Accepts 250um SKU: SFKP06250M Unit of Measurement : EA$37.25 -
![Corning® Environmental Distribution Center EDC Holds 6 CCH Adapter Panels]()
Corning® Environmental Distribution Center EDC Holds 6 CCH Adapter Panels SKU: EDC06PNH Unit of Measurement : EA$1,019.85 -
![Corning® Hardware Kit with 2 Ground Wires Sheath Ground Clip & Bus]()
Corning® Hardware Kit with 2 Ground Wires Sheath Ground Clip & Bus SKU: HDWRGRNDKIT Unit of Measurement : EA$55.75 -
![Corning® Spider Base Kit 2 Slot]()
Splicing
Fusion Splicing is a preferred way to join two fibers together by using heat. Whether the fiber was broken or not long enough, a fusion splicer will make your job easier. Splicing fiber optic cable is fairly simple procedure. Prepared fiber ends are placed in the splicer and automatically aligned and then fused together. This method ensures greater reliability with less light being scattered or reflected back by the splice. The splice itself if done correctly should be as strong as the original optical fiber.
