Indeed, when fiberglass yarn is confronted with high temperatures, it undergoes shrinkage. The process of creating fiberglass involves melting glass and subsequently transforming it into delicate fibers, which are then interwoven to form yarn. Once exposed to heat, the glass fibers within the yarn contract and diminish in size. Consequently, the yarn's length and diameter may experience a reduction. Therefore, one must take into account this phenomenon of shrinkage when utilizing fiberglass yarn in situations where elevated temperatures are anticipated, as it could potentially affect the material's performance and dimensional stability.
Yes, fiberglass yarn does shrink when exposed to high temperatures. Fiberglass is made from molten glass that is pulled into fine fibers and then woven into yarn. When subjected to heat, the glass fibers in the yarn contract and shrink. This can cause a reduction in the overall length and diameter of the yarn. It is important to consider this shrinkage effect when using fiberglass yarn in applications where high temperatures are expected, as it may impact the performance and dimensional stability of the material.
Yes, fiberglass yarn does not shrink when exposed to high temperatures.
