Common questions about Stomahesive (FAQ)
Q: Is Stomahesive considered a permanent adhesive or a temporary filler/sealant?
According to official documentation, Stomahesive is not classified as a permanent adhesive or glue. It is designed to function as a filler or caulking substance. Its primary purpose is to fill in uneven skin contours, which may help the primary ostomy barrier achieve a seal that contributes to the intended wear time.
Q: Is it normal for Stomahesive Paste to cause a temporary stinging sensation upon initial application?
Regulatory safety documents contain a warning about the Paste's formulation. Because the Paste contains alcohol, its application may cause stinging if the peristomal skin is already excoriated (scraped) or irritated. This information helps explain the presence of alcohol in the formulation.
Q: What is the distinction between Stomahesive and the Durahesive product line?
The distinction between Stomahesive and Durahesive is based on their intended functional design, as documented in official materials. Durahesive skin barriers are engineered for extended wear and are officially described for patients whose stoma output is mostly liquid. These barriers are designed to gently swell (known as 'turtlenecking') to support the seal’s integrity in the presence of liquid output.
Q: Are there any known issues with using Stomahesive while swimming or bathing in public pools?
Official product instructions emphasize the importance of applying the paste and barrier system to a clean and thoroughly dry surface to ensure proper initial adhesion. The hydrocolloid material is designed to resist breakdown when forming a seal. Official regulatory guidance, however, generally does not include explicit data on the product's performance during prolonged water exposure, such as swimming.
Q: Does Stomahesive Paste typically harden completely or remain pliable and soft after application?
The product's mechanism involves gelation and an increase in viscosity to create a protective, occlusive barrier. Official information indicates that the material is designed to be conformable. This allows the material to remain flexible and fill minor skin irregularities, which supports the creation of a continuous seal.
Q: Is there a version of Stomahesive Paste that is described as alcohol-free?
The official Stomahesive Paste formulation documented in regulatory labeling contains alcohol. There is no documented or regulated version of Stomahesive Paste that is explicitly labeled as alcohol-free in the official product information.
Q: What materials is the Stomahesive wafer or skin barrier made from?
The Stomahesive skin barrier or wafer is classified as a hydrocolloid product. This means its primary structural material is a matrix composed of high water-retaining ingredients. The core components, like those in the paste and powder, typically include substances such as Carmellose (Sodium Carboxymethyl Cellulose), Pectin, and Gelatin.
Q: How do I know if I'm using a Stomahesive or a Durahesive skin barrier?
A method used to distinguish the barriers is to refer to the official functional descriptions. Durahesive barriers are officially intended for extended wear and are often used by patients with predominantly liquid stoma output. Stomahesive is intended for patients with more formed output.
Q: Is there any evidence that Stomahesive causes skin stripping upon removal?
Official safety information does not specifically list skin stripping as an adverse reaction. Medical literature discussing peristomal complications notes that hydrocolloid barrier products are used as a strategy to help maintain skin integrity. The product's role is to help maintain the health of the skin during the routine use of adhesive systems.
Q: Is there a defined limit to how many layers of Stomahesive Powder can be used? (Factual limit, non-directive)
Official administration instructions specify that only a light dusting of Stomahesive Powder should be applied to the affected area. Official instructions indicate that excess powder should be brushed away before applying the skin barrier, as accumulation could interfere with the skin barrier’s ability to adhere properly.