Material Composition: The tubing is typically made of cross-linked polyolefin for temperature resistance, mechanical strength, and elongation properties. It includes a hot melt inner layer that fuses around the fiber to rebuild the coating and provide mechanical support at the splice point. Some designs incorporate a stainless steel or ceramic rod to prevent warping and protect the fiber during heat application . Structure and Function: The tubing usually has a clear outer sleeve for visual inspection of the splice before shrinking. Upon heating, the sleeve shrinks tightly around the fiber and rod, creating a sealed, moisture-resistant, and durable protective layer. This ensures the splice maintains optical performance and mechanical integrity in varying environmental conditions . Compatibility: Heat fusion tubing is available for single-fiber and ribbon fiber applications, making it suitable for both standard pigtail splicing and mass fusion splicing setups. The tubing is designed to preserve optical transmission while providing structural support for the delicate splice area . Installation Advantages: The tubing is easy to install, reduces the risk of fiber damage, and provides reliable protection against temperature fluctuations, humidity, and mechanical stress. Transparent sleeves allow technicians to verify proper fiber alignment before heat shrinking, ensuring low-loss, high-quality splices .
For fusion splicing pigtails, the recommended heat fusion tubing is cross-linked polyolefin with a hot melt inner layer, optionally reinforced with a stainless steel rod, featuring a clear sleeve for inspection and environmental protection. This type of tubing ensures mechanical strength, moisture resistance, and minimal optical loss, making it the standard choice in both indoor and outdoor fiber optic installations .
Between increased durability and improved performance, technicians usually opt to use a fusion splicer when possible. Fusion
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Most production pigtail work uses fusion splicing because it produces the lowest loss and the most permanent joint.
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Explore fiber splicing pigtails with low insertion loss, color-coded fibers, and high-quality fusion splicing.
In this video and step by step tutorial, we take you through the basic steps on how to fusion splice pigtails using a fusion splicer.
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【Feature Attributes】Rebuild the Coating of Fiber: Consists of a rod of reinforcing the splice, heat fusion tubing, and cross-linked
Fusion splicing uses a precision arc discharge between two electrode rods to heat and fuse the cleaved fiber ends
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Depending on the type of fiber, core or active clad alignment solutions are both effective for pigtail splicing. Also used in inside plant
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