Refillable dehumidifier bag for wardrobe with free sample
Refillable dehumidifier bag for wardrobe with free sample is made from top grade calcium chloride desiccant material, 74%-94%min, flake or pellet, which has been widely used for moisture adsorption,chloride desiccant snow and ice melting,desiccant use.Packed by non woven bag,put inside dehumidifier box container,not only protects clothes from water damage but also eliminates odors caused by moisture. Also prevent mold and mildew stains by eliminating the excess moisture that allows mold and mildew to grow.It won not dry the air excessively to damage plants,furniture or household goods.
|Product name||Refillable dehumidifier bag for wardrobe with free sample|
|Net weight||350g, 450g, 1000g|
|Raw Material||Calcium chloride beads or flake|
|Package||Customized polybag or color box|
|Applications||chest, cabinet,bedroom, kitchen,warehouse,office, vehicles, etc|
|Shelf life||Placed in dry, normal condition, keep sealed 3 years|
|Certification||REACH, ROHS, DMF, SVHC by SGS, MSDS|
1) What is DMF? Why is it banned by the EU?
DMF, also called dimethyl fumarate, has the characteristics of low toxicity, high efficiency and broad-spectrum antibacterial activity. It has a special antibacterial effect on mold.
DMF was most often used as preservatives and bactericides in producing, storage and transport of leather, footwear and textiles, etc.
DMF can cause skin allergy, acute eczema and burns.
On May 15, 2012, Official Journal of the European Union issued directive (EU) No 412/2012, requiring Member States to ensure that articles or any parts thereof containing DMF in concentrations shall not be placed on the market.
2) Can Absorbking desiccant be reused after drying?
As disposable desiccant, Absorbking desiccant cannot be reused after drying. Please directly discard after use.
3) You have said your desiccant will be gel-like after the absorption, but why it become liquid?
Absorbking desiccant will be different appearance in the process of absorption, in the beginning it is powder, then it will become liquid, later will be half gel-like, and finally it will be totally gel-like.