Russell Chest Seal
Regular price $54.95 Save $-54.95The Russell Chest Seal is specifically designed for the immediate management of open chest wounds, helping to minimise the risk of tension pneumothorax. This hydrogel-based dressing features an integral low-profile valve with four apertures, allowing air to escape from the pleural cavity while preventing it from being drawn back in. This mechanism helps to reduce lung collapse and promotes lung re-inflation.
Made from a hydrogel matrix mounted on a non-woven fabric with silicon-coated release liners, the Russell Chest Seal adheres securely to the skin for up to 24 hours, ensuring comfort for the patient during prolonged use.
Features:
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Fast, easy, and intuitive to apply, ideal for emergency use
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Patented hydrogel base that ensures it sticks and stays stuck
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Four large peripheral apertures that allow for the drainage of air and blood
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A large central hole in the base material ensures quick, accurate placement with reduced risk of obstructing the wound opening
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Low-profile and highly flexible, providing comfort during use
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Compact design for easy packing in your medical kit
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Can be worn for up to 24 hours, ensuring effective treatment during transport
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Shelf life of 3 years
FAQs:
Q: How long can the Russell Chest Seal stay in place?
A: The Russell Chest Seal is designed to remain adhered for up to 24 hours, offering continued protection for the patient during transport.
Q: Is the Russell Chest Seal suitable for all chest wounds?
A: The Russell Chest Seal is specifically designed for penetrating chest wounds and helps minimise the risk of tension pneumothorax. It should be used for open chest injuries where there is a risk of air entering the pleural cavity.
Q: Is the Russell Chest Seal easy to apply?
A: Yes, the Russell Chest Seal is fast, easy, and intuitive to apply, ensuring quick treatment during emergencies.
Q: How does the Russell Chest Seal prevent tension pneumothorax?
A: The valve mechanism in the Russell Chest Seal allows air to escape from the pleural cavity without being drawn back in, helping to minimise lung collapse and facilitate lung re-inflation.