300 Gram Indicating Silica Gel Canister Dehumidifier - Factory 2nd

This Portable Dehumidifier offers a rechargeable canister full of silica gel to adsorb moisture in closed environments. With our 300 gram canister, you can place it in spaces up to 22.8 cubic feet, which makes it optimal for gun storage, ammo storage, toolboxes, and other areas where humidity is an issue. The top portion of the unit contains orange indicator beads that show when beads are dry and ready to adsorb again. When the orange silica gel turns green, it means the canister is ready to recharge. Underneath the orange beads are white non-indicating gel beads that remove moisture. These canisters are cordless, rechargeable, and can easily reactivate in the oven for reuse. Silica gel inside the canisters are reusable and versatile enough for use with several different items like with electronics, in storage bins, in camera bags and more. Silica gel desiccant is a non-toxic, non-flammable, and chemically inactive drying agent that adsorbs forty percent of its weight in moisture. Every single gel bead contains millions of surface pores that magically soak up water vapor. Our Dry-Packs Silica Gel Desiccant do not contain Cobalt Chloride (II) (Indicating Silica Gel that is blue in color has been linked as a possible carcinogenic to humans) and we offer a safer and equally effective alternative. To reactivate, follow the instructions located beneath the canister. Note: We do not recommend picking up the canister by the lid. Doing so may cause silica gel beads to spill out. Coverage area: 22.8 cubic units per foot. Each canister is 3.78" in diameter and is 2.23" in height.

This item is a factory second. What that means is the outer bag has a small hole somewhere (doesn't take much or even anything visible to allow moisture in over time) and the canister is full and needs to simply be reactivated first before using. A normal perfect unit would not require this initial activation. It is perfect and new in every other way. Comes sealed in factory packaging.