Carbon fiber is a filiform structured material constituted of chains of carbon atoms that is used to produce a large diversity of composites, i.e. materials built up of two or more components.

Features: high mechanical resistance, low density, a very low coefficient of thermic expansion, resistance to the effects of several chemical agents, and good fireproof properties.

Reglass uses carbon fiber with the best features and impregnates them using resins of its own formula. Carbon fiber are divided into two main categories.

Fibre al microscopio EN



The process starts with the development of coils. The wires (yarn, composed of thousands of filaments) are flattened and joined up to form a carbon tape with unidirectional fibers. The latter then flows into an impregnating machine that penetrates the epoxy resin. The Prepreg is then wrapped in coils that can be stored in refrigerators at temperatures of -18° C.

Reglass has outlined a particular knowledge – how, to assure an intimate impregnation of the carbon fibers from the epoxy matrix, while guaranteeing at the same time an excellent precision in the fiber/resin relation (between 2-3%).

Thanks to this exclusive Prepreg technology, it is possible to produce slight layers with a perfect distribution of tension. The weight, the inertia and the thickness are reduced and therefore the relation between those factors is optimal. It’s the best offered on the market.

The result: great homogenius behaviour in manufacturing to construct, and an excellent correlation between projecting data theories and those related to piece.

 fasi di lavorazione della fibra 2



Carbon fiber preimpregnant is cut into sheets depending on the manufacturing tubular project to be realized. The pieces obtained are then wrapped (Wrapping) in order  onto a mold, making up the next layers foreseen for wrapping.


The use of the one directional Prepreg permits the application of fibers in various directions in a way so as to maximize their structural efficiency. After that comes the polymerization in autoclave, which increments the quality and the mechanical features of the manufacturing as it avoids the possible empty zones, so the material becomes compact.

Reglass can then use the particular pre-impregnant with a carbon fabric. At most they are then used at the external of the roller to protect the underlaying layers.



Nanolith al microscopio
Nanolith microscope technology

Nanolith is an innovative technology based on the use of nano materials and developed by the Reglass laboratories. Since 2008 it has been introduced in the production of fishing rods.

The nano particles are united on an anatomic and molecular level with the carbon fibers and the resin’s superficy. The connection that is created and that is generated through fiber-nanolith-resin, is able to dissipate the vibratory energy and enormously increase the breaking load. In fact, there are possible internal scrolls  that are much more accentuated as compared to the ones  of a classical composite. The features of the stiffness do in fact remain equal, due to the very high elastic module of carbon fiber in use.