Butterfly-shaped optical cable equipment manufacturers

Key manufacturers of butterfly-shaped optical cables include Kolorapus Cable, Hangzhou Putianle Cable, OMC, Huihong Technologies, and Yancheng Jingze New Material Technology.

Notable Manufacturers

Kolorapus Cable specializes in butterfly cables that are highly flexible, easy to handle, and designed for high-bandwidth applications with low attenuation, making them suitable for modern fiber optic networks . Hangzhou Putianle Cable Co., Ltd. produces butterfly optical cables alongside coaxial and wireless communication cables. They integrate research, development, production, and sales, offering both standard and customized solutions . OMC offers Butterfly Flat FTTH Drop Cables with low-bend-sensitivity fibers, LSZH sheaths, and dual FRP strength members for durability. Their cables support 1–12 fiber cores and are designed for indoor and access network installations . Huihong Technologies manufactures indoor FTTH butterfly cables suitable for intelligent buildings, campus networks, and LANs. Their products feature flame-retardant LSZH jackets, bend-insensitive fibers, and options for 1–12 optical fiber strands . Yancheng Jingze New Material Technology Co., Ltd. provides high-quality self-supporting butterfly-shaped optical cables, ideal for applications requiring robust, top-tier connectivity .

Key Features of Butterfly Optical Cables

• Flexibility and Bend Insensitivity: Designed to maintain performance even in tight bends or complex indoor layouts.
• LSZH Jackets: Low Smoke Zero Halogen sheaths for fire safety and environmental compliance.
• Core Counts: Typically range from 1 to 12 fibers, suitable for FTTH and LAN deployments.
• Self-Supporting Options: Some models include self-supporting designs for outdoor or aerial installations.
• Durability: Reinforced with FRP strength members for crush resistance and protection against electromagnetic interference. These manufacturers provide a range of butterfly-shaped optical cables suitable for FTTH, indoor, and self-supporting outdoor applications, allowing network designers to select products based on fiber count, installation environment, and performance requirements.