MRE Mylar Bag Bundle – 50x (7.5 Mil – 7.5″ x 8.5’’) Stand-Up Zipper bags, 50x 400cc Oxygen Absorbers, 50 labels – Heat Sealable & Withstand Boiling Water – Long-Term Food Storage

Take cost of your emergency meals storage with our Crunch Co Freeze Dry Mylar bag package. Assemble your individual survival meals, stand up to boiling water, and revel in most safety to your meals’s freshness. Order now and be ready for any state of affairs!
STORE YOUR OWN SURVIVAL MEALS – Take management of your emergency meals provide with our Crunch Co Freeze Dry Mylar bag package. Assemble and retailer your selfmade survival meals ready-to-eat, avoiding unhealthy components and the excessive prices of pre-packaged MRE or survival meals kits.
WITHSTANDS BOILING WATER – Our premium high quality Mylar baggage, manufactured by Crunch Co Freeze Dry, are specifically engineered to face up to boiling scorching water. When it is time to get pleasure from your meal, merely open the bag, pour in boiling water, and prepare dinner or reconstitute dry items, Harvest Proper freeze-dried, or dehydrated meals.
IDEAL FOR BACKPACKING – Light-weight and handy, our Crunch Co Freeze Dry MRE baggage are excellent for backpacking adventures. Fill them with light-weight dry meals like oatmeal, dried fruit, pasta, soup combine, quick-cooking rice, and spices. Add boiling water if you attain your campsite, and revel in your meal straight from the bag!
MAXIMUM PROTECTION FOR FRESHNESS – Our Crunch Co Freeze Dry Mylar baggage function a further inner layer of aluminum for superior sturdiness and puncture resistance. This ensures that air and moisture are saved out, conserving your meals inside contemporary for longer. The BPA-free, food-grade Mylar is warmth sealable above the zipper to create an hermetic seal.
IMPORTANT NOTE – Please remember that the luggage could not shrink like a vacuum bag when the oxygen has been eliminated. Our Crunch Co Freeze Dry oxygen absorbers are designed to soak up oxygen, not air. As oxygen constitutes solely 21% of the air, utilizing the absorbers will take away roughly 1/5 of the air quantity, whereas 4/5 will stay, whatever the variety of absorbers used.