Fiber Reinforced Plastic Rod (KFRP) For Optic Cable Product Features : lUsed as non-metallic strength member • Flexible & low bending radius • Light weight • Low coefficient of thermal expansion as compared to FRP in a wider temperature range • Prevents buckling • Flexibility and ease in production • Used for compact cable designs Features: Light weight high strength, low density and high ratio of strength/weight. Insensitive to lightning strike, it is suitable for the area

FRP Strength Member for fiber cables, in center of the cables with coat Φ0.8 Strength member for fiber optic cables, usually located at the center of fiber optic cables, is one important component of fiber optic cables by supporting optic fiber bundle and enhancing cables tensile strength. FRP Rod / FRP strength member is made by thermal pultrusion technique which combines complex resin as body material with glass fiber as reinforcement at a certain ratio. Without drawbacks

2.3 FRP Strength Member for optic cable,Spool length 50.4km FRP strength member is to use epoxy resin as foundation combined with the strength of glass fiber through pultrusion technology to produce a new type of high performance non-metallic composite material which is used to make various optical fiber cables. Features: Light weight high strength, low density and high ratio of strength/weight. Insensitive to lightning strike, it is suitable for the area with frequent

Fiber Reinforced Plastic Rod (FRP/KFRP) For Optic Cable FRP strength member is to use epoxy resin as foundation combined with the strength of glass fiber through pultrusion technology to produce a new type of high performance non-metallic composite material which is used to make various optical fiber cables. Features: Light weight high strength, low density and high ratio of strength/weight. Insensitive to lightning strike, it is suitable for the area with frequent lightning

FRP Strength Member/Fiber Reinforced Plastic Rod For Optic Cable Features: Light weight high strength, low density and high ratio of strength/weight. Insensitive to lightning strike, it is suitable for the area with frequent lightning and rain. Low expansion, it has low expansion coefficient in a wide range of temperature settings. Free from interference, it can resist induction interference; can be installed close to the power line and electronic devices. Corrosion free,

Fiber Reinforced Plastic Rod (KFRP) For Optic Cable Features: Light weight high strength, low density and high ratio of strength/weight. Insensitive to lightning strike, it is suitable for the area with frequent lightning and rain. Low expansion, it has low expansion coefficient in a wide range of temperature settings. Free from interference, it can resist induction interference; can be installed close to the power line and electronic devices. Corrosion free, which eliminates

Fiber Reinforced Plastic Rod (FRP) For Optic Cable Product Usage : • FRP is used as central or peripheral strength member in uni tube or multi tube cables . • The very unique & specific combination of glass reinforcement with resin gives strong, reliable, high performance capabilities and cost effective FRP rods. Product Details : • FRP provides strength to the cable while maintaining required stiffness /flexibility . • FRP prevents cable buckling especially during temperatur

KFRP aramid silk (polyester) Central Strength Member optical fibre cable KFRP aramid silk (polyester) Aramid fiber reinforced fiber strengthen core (KFRP) is a new kind of high performance non-metallic fiber optic cable to strengthen the core, has been widely used in the access network. Low expansion: aramid fiber reinforced cable strengthen core in a wide temperature range, the linear expansion coefficient is less than the steel core and glass fiber reinforced fiber

Fiber optic cable FRP Central Strength Member optical fibre cable 1. FRP (glass fiber) has the following features: (1) Light weight, high strength Relative density between 1.5 ~ 2.0, only 1/4 ~ 1/5 of the carbon steel, but close to the tensile strength, even more than carbon steel, and the intensity of than can be compared with the advanced alloy steel. Therefore, in the aircraft, rocket, the spacecraft, high pressure vessel, and in other applications, the need to reduce the