The materials industry is always searching for what redefines strength, ductility and sustainability. One of the innovations that has established a new benchmark of reinforcement materials is fusion-bonded epoxy-coated TMT bars which are characterized by high tensile strength and corrosion resistance.
The manufacturing of our fusion-bonded epoxy-coated (FBEC) TMT bars consists of the following processes: When the crude mixture is prepared, a part of the dry mixture is drained and sent to the deposition chamber.
The bars are cleaned thoroughly to remove old contaminants (mill scale, rust, or residues).
The epoxy powder being electrostatically charged is uniformly spread over the heated bars. Methods that provide an even stratum improve the protective barrier.
At last, the coated bars are treated under controlled curing at high temperatures. In this step, a robust protective barrier against environmental aggressions (e.g., moisture, salt, chemical) is obtained, which significantly increases their corrosion resistance.
NS Epoxy is established as a quality and innovator in the manufacture of fusion-bonded epoxy-coated TMT bars. Here’s why we stand out:
All of the bars are subjected to strict testing by the latest equipment to guarantee accurate specifications and even the best of industry standards.
Our commitment to delivering high-quality products has positioned us as a dependable supplier for architects, builders engineers across the globe.
In addition to the manufacturing business, we offer advanced technical support and assistance to clients ensuring they achieve the optimal benefits from the use of fusion-bonded epoxy-coated TMT bars in their constructions.
We aim to give construction workers the materials that not only fulfil but surpass needs so that they can construct lasting quality structures.
NS Epoxy stands as the frontrunner in TMT manufacturing, committed to constant innovation and research. Our focus is to ensure our product technology remains cutting-edge, precisely tailored to meet client's requirements.