The principle goal changed into to measure and evaluate the absorption capacity of resins in fiberglass chopped strand mat most customarily used in hungary due to the fact that pore length affects the absorbance process and the absorbed quantityof resin for the duration of composite manufacturing whilst the resin is still in a liquid segment. The average fee ofpores and their distribution characteristic have been envisioned the use of the mat statistic version and the measuredgeometrical parameters. The measurement and evaluation method evolved may be used to version the liquid absorbance procedure of glass fiber mats and to degree the mass of absorbed resin and the rate of absorption. A terrific theoretical approximation became additionally acquired for describing the resin absorbency of glass fiber mats. It became found that there may be a linear relationship among the pore sizes envisioned with the help of the statistic fiber mat model and the uptake rate.
Polymer composites which include a matrix and reinforcement are an increasing number of often used as structural materials. The reinforcing fabric is commonly glass or carbon fiber, and the importance of herbal and basalt fibers also will increase, while the matrix is generally a form of resin. In case of huge surfaces or laminated composite plates glass fiber mats are regularly implemented. Which will provide a strong adhesion among the matrix and the reinforcement the latter must be soaked with the resin, hence the first-rate of the reinforcing impact depends at the interaction between the 2 elements .
At some stage in our experiments glass fiber mats which can be most usually used in hungary have been tested. The average value of pores and their distribution function were predicted using the mat statistic model and the measured geometrical parameters. Pore length influences the absorbance process and the absorbed quantity of resin.