250um Micro Optical Fiber Splice Protector Single Fiber Splice Protector
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xProduct Name | 250μm Micro Fiber 25mm Heat Shrink Fiber Splice Fiber Splicing Protector | Use | Fiber Fusion Splicing Protection |
---|---|---|---|
Brand | Focus Infra | Material | Heat Shrink Tube, Stainless Steel Rod, Fusion Tube |
Application | Optical Fiber Fusion Splicing, Protecting Optical Fiber Cable | Fit For | CWDM, DWDM Or More Smaller Application |
Length | 25mm | Diamter Of Steel Rod | 0.5 Mm |
Diameter After Shrink | 1.4 Mm | Steel Rod Pin | 1 |
Color | Clear | Operating Temperation | -45°C To +120°C |
Place Of Origin | China | Pack | 100pcs/bag Or Negotiable |
High Light | 250um Micro optical fiber protector,250um Micro fiber splice protector,fiber splice protector ISO R1183D |
250μm Micro Fiber 25mm Heat Shrink Fiber Splice Fiber Splicing Protector
Description:
250μm Micro Fiber 25mm Heat Shrink Fiber Splice Fiber Splicing Protector is designed for 250μm bare fiber splicing protection. Length is 25mm only, it is special used in smaller application, such as CWDM, DWDM ect. The Fiber Splice Fiber Splicing Protector is commonly known as an optical fiber heat shrink protect sleeve. The Fiber Splice Fiber Splicing Protector is widely used in communication optical fiber splicing projects, it is consisted of a special cross-linked polyolefin, a hot melt tube and a strengthen member.
This Micro Fiber 25mm Heat Shrink Fiber Splice Fiber Splicing Protector is consist of 304 Stainless Steel Rod and EVA tubings. Its diameter is only about 1.4mm after shrink.
Features:
1. Easily use and avoid any damages to the optical fiber during installation
2. Single holed(preshrunk) ends eliminates improper fiber threading
3. Smooth, rounded-end stainless steel reinforcing member ends decrease the risk of fiber damage during installation
4. Extended liner length prevents contact between the fiber and the backbone
5. Good moisture and environmental performance;
6. Transparent casing can be connected better before contraction;
7. Easily operating to the optical fiber;
8. Not affect the optical conductivity of the spliced fiber
9. Easy operation, reduce the damage of optical fiber duringl installation
10. Strong practicality
Technical Parameters:
Specification |
Test method |
Typical data |
Tensile strength(MPa) |
ASTM D 2671 |
18 |
Elongation at Break (%) |
ASTM D 2671 |
700 |
Density(g/cm2) |
ISO R1183D |
0.94 |
Dielectric strength (KV/mm) |
IEC 243 |
20 |
Permittivity |
IEC 243 |
2.5 |
Length rate of change (%) |
ASTM D 2671 |
+5 |