Tasmanian Tiger IFAK Pouch S – Medic Monday

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Let´s kick this week in with a “Medic Monday” product spotlight that is just perfect for your EDC medical needs and beyond, the Tasmanian Tiger IFAK Pouch S. Fits perfect on your belt or MOLLE compatible gear.To get more news about portable medical kit, you can visit rusuntacmed.com official website.

The panel inside is modular and you´re able to put the med-kit inside that is required for the mission or activity you´re up for. Doesn’t matter if at the range, on a hike or outdoors with the family, your preferred “First Aid” essentials are always in reach!
Quick access via the pull-tap, panel itself is secured with a cord that can be removed if not needed. Bungeecord at the top and the left side are able to hold additional gear like TQs. The 700den CORDURA material provides a long lifetime too.

The Parabag IFAK first aid pouch was designed by one of our SP tactical medics following requests from various military and private security companies for an easy to wear medic pouch. Its flexible design allows this pouch to be used in a variety of roles eg as a basic first aid kit to a battlefield trauma pack.
A chamber sealer is most commonly used for:
Achieving ultra-low residual O2 Vacuum and gas flush applications requiring an extremely low residual oxygen level (below 1%) require a chamber sealer. A nozzle sealer cannot be used for these applications because of the “leak points” around the nozzle while it is processing the pouch. For ultra-low residual O2 level applications, the entire chamber atmosphere is modified and level setpoints as low as 1mbar can be programmed. A dwell time at each step can be programmed to maintain the level for the specified amount of time and allow the product to acclimate.
Sealed header pouches. Sealed header pouches that need to be vacuumed and/or flushed must use a chamber sealer because it is physically impossible to insert a nozzle into a hermetically sealed and terminally sterilized pouch. In these cases, the atmosphere inside the pouch is modified by vacuuming and/or flushing through the Tyvek window on the pouch. For this type of application, a program that has the flexibility to allow multiple steps in either direction (vac-vac-vac-flush-vac-flush-flush, for example) with programmable dwell times at each step will provide the control required to vacuum the pouch without bursting it or to flush the pouch without crushing the product or pinching off the header. The atmosphere inside the chamber can change significantly faster than the interior of the pouch because the header acts as a filter, hampering the flow of air and/or gas into and out of the pouch. A dwell time at each vacuum or flush step can provide the necessary time for the pouch to acclimate to the chamber atmosphere before the next process step begins.