Is the DIPHOTERINE® solution a medication? No. The AUTONOMOUS PORTABLE SHOWER can be protected by being housed in How do we deal with an accidental flocculant spill? The DIPHOTERINE® solution should be used as soon as possible after nearly all skin/eye chemical splashes, with the exception of hydrofluoric acid (HF) splashes when the HEXAFLUORINE® solution should be used instead. SKU: LPMD6 Categories: Chemical Splash Products, Diphoterine® Eye Products. It was not irritating to the eyes of normal human volunteers. – Training sessions are regularly organized in Paris for all prevention workers and specialists, on evaluation and prevention of chemical risks at the workplace. a)The DIPHOTERINE® solution is not recommended for white phosphorous decontamination. The DIPHOTERINE® solution is a polyvalent, hypertonic, amphoteric, chelating agent for emergent decontamination of eye/skin chemical splashes. 11. It is also designed for rinsing of chemical inert dusts. Tel: + 353 1 642 4211 Use as necessary - only after thorough decontamination has been completed. 9. Preliminary data indicate that it can be efficacious in this setting. 23. Description of the Morgan lens: Delayed use of the DIPHOTERINE® solution can stop the action of the chemical product and specific treatment will be necessary to improve wound healing. The DIPHOTERINE® solution is non-toxic and not irritating. Ophthalmologists consulted: This first aid aerosol spray contains absorbing ingredients, which bind and neutralise chemicals immediately. Instruction for use Shelf life Available units Downloads Product enquiry Instruction for Use. An amphoteric compound is one capable of binding (and thus decontaminating) opposing chemical substances such as acids-bases or oxidizers-reducing agents. Is the DIPHOTERINE® solution useful for thermal burns? Certain studies have shown that side effects due to phosphates can occur in some cases. 13. Because it is active against a very wide variety of chemical substances, the DIPHOTERINE® solution is particularly well-suited for use with unknown chemical exposures. 18 Enterprise House, Lisburn Enterprise Centre, Shelf Life. Shelf-life 2 years Content DIPHOTERINE® solution Use One eye Delay to start the rinsing Maximum 10 seconds Belt sheath **Please note that this is a buy-in product and we keep limited / zero stock. Used DIPHOTERINE® solution can be disposed of in the sanitary sewer system (unlike water decontamination solutions which will still have active chemical(s) present and should be disposed of as hazardous waste). Company Registration Number: 422530, Thermally Heated Protection Box for Portable Shower Unit (Ref: CGF.F), DIPHOTERINE® LIS / SIEW Portable Eyewash 50ml, Wall Mounted Eye and Skin Wash System (Thermally Heated). [How can you dispose of the used DIPHOTERINE® solution?]. It is used to decontaminate the skin after exposure to a chemical splash. Diphoterine® solution is an emergency rinsing solution for splashes of chemical products. When should the DIPHOTERINE® solution be used? Nothing. 22. Should anaestesics drops be administered before using the DIPHOTERINE® solution? .woocommerce-variation-price{ display: none !important;} 3. How do you utilize the DIPHOTERINE® solution in an optimal manner? But water causes the chemicals to penetrate deeper into the tissue. Workers/rescuers must be trained to use the entire volume of the appropriate size container. Once the exposed skin/eye tissue cells have been destroyed by the splashed chemical, the DIPHOTERINE® solution can no longer be efficacious. Case reports have been described for pellets of sodium hydroxide following an eye exposure. The DIPHOTERINE® solution is not currently recommended for first aid response to purely thermal burns. The micronized spray ensures a non-aggressive decontamination of the skin. First aid procedures for chemical injuries often recommend rinsing the affected skin with water. 4. Here is the list of the most frequently asked questions about the DIPHOTERINE® solution. An hyperosmolar pressure creates a flux from the inside to the outside of the tissues: the chemicals are then pulled out from the inside of the tissues to their surface, skin or eye.