High Quality for Grp Fiberglass Pole - Other Pultrusion Application – Tunghsing
High Quality for Grp Fiberglass Pole - Other Pultrusion Application – Tunghsing Detail:
Shanghai Tunghsing Composites offers a range of pultruded profiles that are being used in several civil engineering applications. The pultrusion process is a proven manufacturing method for obtaining high quality FRP profiles with constant cross section.
We also provide custom pultrusions, structural pultrusion, pultruded rods for a number of different dimensions and strengh. Please refer to below table for our channel, angle and I-shape products for your information.
Other Structured FRP Profile: Channel
Other Structured FRP Profile: Angle
Other Structured FRP Profile: I-Shape
Product detail pictures:
Related Product Guide:
Robert D. Sweet, Jr. 1937-2018 : CompositesWorld | Pultruded Fiberglass
Extruder Degassing: Is a Central System Right for You? : Plastics Technology | Plastic Extrusion Profile
As for competitive selling prices, we believe that you will be searching far and wide for anything that can beat us. We will state with absolute certainty that for such excellent at such charges we are the lowest around for High Quality for Grp Fiberglass Pole - Other Pultrusion Application – Tunghsing, The product will supply to all over the world, such as: Buenos Aires , Honduras , panama , Honest to every customers are our requested! First-class serve, best quality, best price and fastest delivery date is our advantage! Give every customers good serve is our tenet! This makes our company get the favour of customers and support! Welcome all over the world customers send us enquiry and looking forward your good co-operation !Please your inquiry for more details or request for dealership in selected regions.
By Joanne from Australia - 2016.10.23 10:29
Timely delivery, strict implementation of the contract provisions of the goods, encountered special circumstances, but also actively cooperate, a trustworthy company!
By Julia from Netherlands - 2015.09.21 11:01