HSB - Gauze - Non-Woven, 3 x 3, N/S 4-Ply - 4000/Cs, (equiv NW0300)

HSB - Gauze - Non-Woven, 3 x 3, N/S 4-Ply - 4000/Cs, (equiv NW0300)

Regular price $31.71 USD
Regular price Sale price $31.71 USD
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  • 3" x 3" size for versatile use
  • 4-ply construction for absorbency and strength
  • Non-sterile for general procedural use
  • Ideal for fluid control and tissue protection
  • Non-woven for reduced lint and residue
  • Quantity: 4000 gauzes per pack

Aira Non-Woven Gauzes, Non-Sterile, 4-Ply, 3" x 3", 4000/Pk are high-quality disposable dental gauzes designed for effective fluid control, hemostasis, and soft tissue management during dental procedures. These 4-ply, 3" x 3" gauzes are constructed from non-woven fibers, providing superior absorbency and durability while remaining gentle on oral tissues.

If you are thinking about what Aira Non-Woven Gauzes, Non-Sterile, 4-Ply, 3" x 3", 4000/Pk are used for, they are the best non-sterile gauzes for controlling saliva and blood, protecting operative sites, and supporting smooth workflow in clinical settings. The 4-ply construction offers strong absorption for everyday dental procedures while minimizing tearing or fraying during use. Each 3" x 3" gauze is perfectly sized for smaller surgical areas, restorative treatments, periodontal care, and routine dental cleanings.

Supplied in a 4000/Pk format, these gauzes ensure a reliable, high-volume supply suitable for busy dental practices, clinics, and surgical centers, supporting consistent availability for multiple patients throughout the day. The non-woven design absorbs fluids efficiently while producing minimal lint and residue, promoting cleaner operatory conditions and reducing contamination risks. Their non-sterile nature makes them ideal for general procedural use while maintaining hygienic handling practices.

For dental professionals focused on patient safety, efficient fluid control, and reliable operatory hygiene, they are also the best 4-ply non-woven gauzes for effective hemostasis, tissue protection, and procedural efficiency.

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