CUTIMED Siltec B foam connector 7.5x7.5 cm with adhesive bar.

Pack size:

10 pieces

Dosage form:

Compresses

CUTIMED Siltec B foam connector 7.5x7.5 cm with adhesive bar. benefits:

• Reliable support even with stronger movements.
• safe exudate inclusion, also under compression.
• Time and cost savings through simple, repositionable investigation.
• in the case of radiation therapy.
• shower -proof.

Cutimed Siltec B

Cutimed Siltec B is a self-adhesive, highly absorbent foam dressing for the effective treatment of chronic wounds – especially for light to moderate amounts of exudate. The silicone adhesive edge of Cutimed Siltec B ensures gentle yet secure adhesion of the wound dressing. The omission of secondary fixation allows for easy and secure application, resulting in cost and time savings. Combined with the special Cutimed Siltec foam structure with superabsorbent technology, Cutimed Siltec Plus is characterized by fast and reliable exudate management. With its silicone film on the wound contact side, Cutimed Siltec B offers maximum protection of the peri-wound skin and allows the patient to change the dressing atraumatically. For individual patient care, Cutimed Siltec B can be cut to size and is suitable for showering. Cutimed Siltec B consists of a polyurethane foam with a silicone film including an adhesive edge. Cutimed Siltec B can also be used for radiation therapy. Latex-free formulation. Not made with natural rubber latex.

Advantages:

• reliable hold even during stronger movements
• secure exudate containment, even under compression
• Time and cost savings through simple, repositionable application
• can be used in radiotherapy
• showerproof

Areas of application:

• weakly to moderately exuding wounds
• chronic wounds, such as leg ulcers of various origins, diabetic ulcers, decubitus ulcers
• Secondary healing wounds of various origins, such as postoperative wound healing disorders, skin transplants

Dressing change:
Can remain on the wound for up to seven days, depending on the wound condition and exudation.