Spanish plastic technology to build a new high-quality lighthouse

The development and use of resin-based composites in the construction industry is very beneficial to reduce the weight of buildings, improve the use of buildings, reform the architectural design, speed up the construction progress, reduce the project cost and improve the economic efficiency.
The following are the same as the "
The Spanish Institute of Plastics Technology (Aimplas) has assisted Valencia in the construction of a new composite lighthouse, which will further highlight the use of composite materials in the construction industry.
The following are the same as the "


Spanish plastic technology to build a new high-quality lighthouse

The lighthouse contains a few centimeters thick tubular made of carbon fiber, supporting a series of fiberglass flooring and its pillars, around a central tube. Through the center tube, the staircase can be connected to the upper part of the lamp floor. All structures are made of composite material.
The following are the same as the "
Aimplas has provided technical assistance to the managers and ensures that the construction contractor meets the quality control plan.
The following are the same as the "
"The structure of the lighthouse is mainly composed of eight 31-meter-high carbon fiber reinforced epoxy profiles, which form a round section with a diameter of 250 mm," said Aimplas spokesman Enrique Diaz.
The following are the same as the "
"8 pipe connections and transverse curing are achieved by a double system. On the one hand, four horizontal rings (octagonal) with a diameter of 190 mm made of glass fiber reinforced tubular profiles are placed at different levels of the lighthouse ( Every 6 meters.) On the other hand, five glass fiber composite panels are distributed at various height positions of the lighthouse.
The following are the same as the "
A lightplas says the lighthouse is the only lighthouse (the top structure of the building) of the dome made of traditional material.