AllPurpose Combs made from nitrile rubber provide reliable control and long service life for professional and home use. The material is a 100% professional material that balances rigidity for accurate sectioning and flexibility for comfortable handling. Key benefits Nonabsorbent material maintains performance. Nitrile rubber will not absorb sterilization solution, perms, conditioner, shampoos, oils, water, or other liquids. Wet or dry sterilization compatible. Combs can be sterilized using wet or dry methods without degrading or retaining residue. Built for professional workflows. The material resists swelling and deformation so teeth stay straight and spacing stays consistent under repeated use. Comfortable and precise handling. Proper rigidity gives control for cutting and styling while flexibility reduces breakage and improves comfort during extended use. Versatile application. Suitable for salons, barbershops, cosmetology schools, spas, and athome styling. Function and compatibility Designed for allpurpose combing, sectioning, detangling, and styling tasks. Compatible with chemical services because the combs do not absorb or hold treatment solutions. Durable construction supports frequent sterilization cycles and daily professional use. Practical use scenarios Color and chemical services: Use the comb to section hair and distribute color or perm solution without concern that the comb will absorb or transfer chemicals. Cutting and styling: Rely on the comb for precise sectioning and control during hair cutting, blow drying, and finishing, with consistent tooth alignment and strength. Multiclient environments: Sterilize combs between clients using wet or dry methods to maintain a clean toolkit while preserving comb integrity. Material and performance summary Material: nitrile rubber Professional grade: 100% professional material Key attributes: nonabsorbent, sterilization compatible, balanced rigidity and flexibility These allpurpose nitrile rubber combs are a practical choice when durability, hygiene compatibility, and reliable performance are required.