CLIMATE

Glass Fiber Reinforced Foam Concrete Filled Noise Barrier System

About

It is an integrated system that aims to reduce sound transmission between the source and the receiver by using glass fiber reinforced concrete produced with a cement matrix supported by alkali resistant glass fibers and sound absorbing foam concrete filling together with steel frames. In addition to being a strong domestic alternative to imported counterparts, this system plays an important role in meeting the requirements of environmental legislation and contributing to noise management thanks to its design in accordance with international standards.

glass fiber disconnected concrete img

Product Overview

It has been developed to reduce noise emitted from road and/or railroad cross-sections located in noise hotspots.

- Providing an economically sustainable solution by providing a lower cost advantage compared to its foreign counterparts

- Contributing to the timely completion of projects through ease of procurement and quick access

- Full compliance with national/international standards and the General Specification for Noise Barrier Works, fully meeting legal requirements

Product Name

Glass Fiber Reinforced Shell Concrete Noise Barrier System

Product Short/Code Name

CET FOAM CONCRETE FILLED GBS

Product Type

Final Product (Noise Barrier System)

Areas of Use

- Road and Railway edges
- Garden boundaries of sensitive structures such as schools, hospitals, etc.
- Surroundings of industrial facilities and places of entertainment
- Airport engine test areas and surroundings

Developer Research Groups

Climate and Life Sciences BY - Climate Research and Water Management

Production and Technology Status

Technology Readiness Level (THS)

THS 9

Technical Specifications

Glass Fiber Reinforced Concrete: It is a noise barrier made with a material consisting of a hydraulic binder (cement) matrix reinforced with glass fiber in accordance with TS EN 1169, TS EN 1170-1/8, TS EN 15191, TS EN 12467 glass fiber reinforced concrete standards.

Production Capacity

30.000 m2/year