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 of traditional metallic strength member, FRP rod features excellent anti-corrosion, electromagnetic interference free, high tensile strength, low weight, saving energy and environmentally friendly, which are now widely used in various optical fiber cables.

Application
Central strength member for fiber optical Outdoor Cables, Indoor Cables, ADSS Cables, FTTx Cables, etc.

Wuxi Dingrong Composite Material Technology Co. Ltd, is located in Wuxi city, Jiangsu province of China. We are a high-tech company which is professional in research, production, sales and service of composite materials specialized in design, manufacture and processing of FRP/KFRP product.

Our company has achieved certificate of ISO 9000. Our FRP/Kfrp strength Member for Optic Cable has excellent quality, and has been exported so Southease Asia, The Middle East and Europe Market.

Company Culture

Technical innovation and Constantly Improvement, Quality First and Service Oriented

We will Strictly control the raw materials, production, quality ect., provide our customers with high-quality products.

In the meanwhile, we are cooperating and taking research with Composite Research Center of Harbin Institute of Technology, improveing our production and developing new technology, to meet the current and future needs of our customer.

FRP Rod is used as Strength member for fiber optic cable. It is widely used all over the world. the up-to-date pultrustion technology is adopted for making FRP products. It is made of vinyl ester resin and high strength fiber glass, so our products have excellent properties.