AmeriGel Powerful Wound Wash, 7.1 FL OZ


This Clinically proven first-aid cleanser removes all dirt and bacteria with no burning or stinging. It is gentle and effective drug and preservative free.

7.1 FL OZ (210 ml)

In stock


AmeriGel Wound Wash, 7.1 FL OZ AmeriGel Wound Wash

This Clinically proven wound wash first-aid cleanser removes all dirt and bacteria with no burning or stinging. It is gentle and effective drug and preservative free.

Packaging: 7.1 FL OZ (210 ml)

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Frequently Asked Questions

What is wound irrigation?

Wound irrigation involves the use of wound wash fluid to remove:

  • cellular debris that is loosely clinging to the wound
  • surface bacteria
  • wound exudate
  • dressing residue
  • residual topical agents

The purpose of wound wash irrigation is to assist with the maintenance of a moist wound environment, facilitate debridement and boost wound healing.

What types of wounds can be irrigated?

All wounds can (and should) be irrigated. Gentle irrigation with wound wash is the treatment of choice for healing granular wounds, along with bandaging to protect the wound bed.

Are there any wounds that shouldn’t be irrigated?

Irrigation should not be performed in wounds that are actively bleeding heavily, as irrigation may dislodge any clots that are forming.

How is wound irrigation performed?

The following are some points to keep in mind regarding wound wash irrigation:

Wounds should be irrigated with wound wash every time you change the dressing. Wounds should also be irrigated with wound wash upon initial assessment, as this will allow you to more fully and accurately assess the wound.

Normal saline is the most frequently used wound wash; however, there is evidence that tap water may result in faster wound healing, provided a clean water source is available, and tap water is also far more cost effective.

Pressure is the key to effective irrigation. Too little pressure will fail to remove surface bacteria, which may lead to wound infection. Too much pressure can actually force surface bacteria into the wound bed, in addition to damaging delicate granulation tissue. Irrigation pressure should be between 4 and 15 psi. Pressurized saline canisters also provide an acceptable alternative. Higher pressures (i.e. 10 to 15 psi) will be more effective at preventing infection, according to recent research.

Wound irrigation may be performed alone or in conjunction with other modalities, such as whirlpool. Studies have shown that irrigating wounds following whirlpool treatment removes four times as much bacteria.

To perform wound irrigation:

  • Explain the procedure to the patient.
  • Position the patient to provide access to the wound.
  • Remove the old dressing.
  • Drape the patient appropriately for modesty and pad around the wound with towels or padding to absorb the irrigant solution.
  • Don protective equipment (eye protection, gloves, and gown and mask).
  • Irrigate the wound using the appropriate pressure.
  • Pat dry any intact skin and cover open areas with sterile gauze or a sterile towel.
  • Redress the wound after performing any necessary measures such as debridement.

You should be careful to allow the solution to flow from the cleanest to the dirtiest area of the wound. Do not force irrigant solution into any wound pockets i.e. areas of tunneling.

What are the advantages of wound irrigation?

Wound irrigation is easy to perform, quick, inexpensive and effective. Wound irrigation can be performed almost anywhere (any setting) on any part of the body. Patients may be taught to perform wound irrigation at home.

What are the disadvantages of wound irrigation?

Wound irrigation is messy. Linens and clothing may be soiled if care is not taken to protect them. Concern regarding soiling of clothing or furniture may lead to use of insufficient amounts of irrigant.

Wound is done prior to dressing changes and can facilitate healing and prevent infection.

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Why use commercial wound cleansers?

Commercial wound cleansers are increasingly used in irrigation. Detergent irrigation is meant to remove, rather than kill, bacteria and has seen promising results in animal models of the complex contaminated musculoskeletal wound. Due to the surfactant content in cleansers, less force is required to remove bacteria and cellular debris. Thus, cleansers may be best suited for wounds with adherent cellular debris or in dirty, necrotic wounds. Trigger sprays can help direct the cleanser more effectively and safely. Cleansers typically contain preservatives to slow growth of bacteria, molds, and fungi, and extend product shelf life.

Continuous irrigation is the uninterrupted stream of irrigant to the wound’s surface. Pulsed irrigation is the intermittent or interrupted pressurized delivery of an irrigant, typically measured by the number of pulses per second. Power-pulsed lavage is a wound irrigation system that uses an electrically powered pump system to deliver a high volume of irrigation solution under pressure. Outcomes of pulsed versus continuous pressure appear to be similar.

Advantages of pressurized canisters compared to traditional methods of irrigation include speed, simplicity and cost-effectiveness. Semirigid ampoules and pressurized canisters also allow practitioners to irrigate wounds without the risk of needle-stick injuries. Disadvantages include the reliability of canisters and difficulties in warming contents to consistent ambient temperature.

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