Cardinal Health Curity Dressing Sponges

The Cardinal Health Curity Dressing Sponges offer exceptional absorbency and rapid wicking capabilities, vital for managing wound care efficiently. This non-woven fabric sponge promotes a drier wound environment, reducing the risk of infection and minimizing the frequency of dressing changes. With dimensions available in 4” x 4” and 3” x 4”, these 6-ply, sterile sponges are perfect for a wide range of medical needs.

These sponges are particularly beneficial for post-operative wounds, cuts, abrasions, and burns. Due to their superior absorbency, they effectively draw fluids away from the wound site. Each pack is designed to ensure the sponges remain sterile until opened, providing a hygienic solution for wound care. Ideal for professional healthcare settings or home care, the versatility and effectiveness of Cardinal Health Curity Dressing Sponges make them essential for preventing infections and promoting faster healing.

• Highly absorbent and fast wicking to promote a drier wound site and prevent infection.
• Constructed from a non-woven fabric that offers superior absorbency compared to traditional woven sponges.
• Available in sterile options to ensure hygienic application on sensitive wounds.

• The Cardinal Health Curity Dressing Sponges are ideal for managing wound care in both hospital and home environments. These sponges are designed for wounds that require effective absorbency and rapid wicking to maintain a dry and healing-friendly space.
• These non-woven sponges can be used for a variety of wound care applications including post-operative wound care, abrasions, burns, and lacerations, providing an absorbent barrier that helps minimize the risk of infection.

1. What is the absorbency level of these sponges?
The Cardinal Health Curity Dressing Sponges are highly absorbent, designed to rapidly wick moisture away from the wound site.

2. Can these sponges be used for surgical wounds?
Yes, these sponges are suitable for post-operative wound care, as well as abrasions, burns, and lacerations due to their superior absorbency and sterile nature.