The Crosstex Proback Extra Heavy Towel offers a premium solution for maintaining cleanliness and protecting surfaces in professional settings. Constructed from an extra heavy ply of facial tissue bonded to a layer of poly film, these towels masterfully combine absorbency and a strong moisture barrier. Available in an array of colors including Aqua, Blue, and Lavender to suit any style, each towel measures a generous 19" x 13", providing ample coverage and ensuring a professional look.

Perfect for dental offices, medical clinics, and beauty salons, these towels are designed to handle spills and protect surfaces effectively. With 500 towels per case, you won’t have to worry about running out quickly. Their construction ensures hygienic practices by reducing the risk of cross-contamination during procedures. Elevate the standards of your healthcare or beauty practice with the Crosstex Proback Extra Heavy Towel and ensure a clean, safe, and professional environment.

Key Features:

• Constructed of an extra heavy ply of facial tissue, these towels provide excellent absorbency, coupled with a reliable moisture barrier to protect surfaces. Available in various colors to match your clinic or salon aesthetics.
• Each towel measures 19" x 13", offering substantial coverage for tables, counters, and other surfaces. The bonded poly film ensures durability and prevents leaks, maintaining a clean and professional environment.

Uses:

• The Crosstex Proback Extra Heavy Towel is ideal for dental offices, medical clinics, and salons. It offers superior absorbency and protective moisture barrier, making it perfect for protecting surfaces and ensuring hygienic environments during procedures.

FAQs:

1. What is the primary use of the Crosstex Proback Extra Heavy Towel?
These towels are primarily used in medical and dental settings to protect surfaces and provide a clean and absorbent area during procedures.

2. Are the towels reusable?
No, the Crosstex Proback Extra Heavy Towels are designed for single-use to ensure hygiene and prevent cross-contamination.