South Carolina Barber Practice Exam 2025 – All-in-One Resource for Exam Success!

Fine hair is generally more prone to damage from heat styling tools due to its structure and lower density. Fine hair has a smaller diameter, making it more susceptible to breakage and damage when exposed to high temperatures. The cuticle layer of fine hair is often thinner, which means it provides less protection against heat. Additionally, fine hair typically contains less moisture than thicker hair types, leading to a quicker drying effect when heat is applied. As a result, the risk of overheating and causing irreversible damage increases.

While coarse hair may withstand heat better due to its thicker cuticle, curly hair can also be more resilient since its unique structure can distribute heat more evenly. Straight hair generally is not inherently more prone to damage compared to fine hair, as it can also be thick or coarse. However, among these options, fine hair stands out in terms of vulnerability to heat damage. Understanding this helps stylists make informed decisions about heat settings and the types of styling tools used for different hair types, emphasizing the importance of taking protective measures when styling.