Fiber Fusion-Splice Slotted Protection Sleeve
The traditional fiber-optic condensers usually use solid reinforcement poles to protect melting points.
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Overview
The traditional fiber-optic condensers usually use solid reinforcement poles to protect melting points. When installed, constricted, moved or squeezed externally; stress is passed directly on to fiber optics; this may lead to a slight bending, increased penetration wear and tear, or even a fracture of fiber optics. The perforated continuum protection suite uses innovative perforation structures; provides excellent fiber-optic protection while minimizing the risks associated with traditional condom design. Unlike allowing external forces to act directly on fiber optics; the perforated tube forms a protective “cage” around the fiber optic; it is isolated from mechanical stress; and ensures long-term reliability. The perforation structure also allows precision control of the flow of thermal molten glue during contraction, ensuring consistency of protective performance and increasing productivity. Its compact structural design has significantly reduced occupancy space compared to the traditional succession protection suite; it is particularly suitable for high-density fiber-optic management scenarios
Key Features
Fibers have exclusive space; protection is followed by a very small amount of additional loss. Fibers are protected at 360 degrees in a “cage”; external force cannot reach them; and squeezed protective tubes do not affect performance. The vents of the perforation contain finely the flow of thermal melt. Protection tube size; no space. Production costs assured
Datasheet
Product Datasheet
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Supplier Information
Ningbo Litas was founded in 2016 by a PhD who returned from the United States.
The non-contact optical fiber connector invented by Litas has overturned the traditional contact optical fiber connector that has been used worldwide for 40 years. With this innovation, Litas has won multiple international awards and was praised by foreign media as "the world's biggest breakthrough in the field of optical fiber connectors in 30 years." This technology has been nominated as the next-generation international standard.
As the inventor of the non-contact optical fiber connector, the company is committed to developing advanced optical interconnection solutions. In addition to the non-contact optical fiber connector, we have also developed and innovated a number of products, including the ultra-small optical fiber connector MOC, MJC 2.0 optical fiber connector, MTC3.0 optical fiber connector, MT-to-MT connector, MT-to-MPO adapter, perforated tube optical fiber protective sleeve, and multi-channel ultra-high-speed insertion loss tester, etc. We always adhere to the principle of professionalism and integrity, and are committed to providing customers with high-quality optical products and customized connection solutions.
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