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Nano desiccants can be used to store and control the relative humidity of environments for items such as footwear, apparel, leather goods, food, pharmaceuticals, electronics, mechanical components, and cultural relics, preventing moisture damage, mold growth, and corrosion.
Size :
1g, 2g, 5gColor :
WhiteMain Material :
NanoPacking :
2000 PCS/BAG, 10 BAGS/CTNRange of Application :
Garment, Leather, Food, Medicine, Electronic Products, Machine Parts, Antiques, etc.MOQ :
ONE CARTONPRODUCT INTRODUCTION:
· Kraft paper nano desiccant is white powdery substance whose primary moisture-absorbing component is a novel polymer material. It is non-toxic, non-irritating to humans, free of side effects, DMF-free, and compliant with European and American environmental standards.
· Nano desiccants exhibit strong moisture-absorbing properties and excellent water retention capabilities.
· Fast adsorption rate, excellent water retention properties, and stable performance, among other advantages.
PRODUCT ADVANTAGE:
· 100% natural degradation, non pollution to environment.
· Absorption rate is 300% of it's weight(25℃,RH=100%), 10 times higher than silica gel.
· Absorption over 180 days with no leakage and no harm to product.
PRODUCT PICTURE:
HOW TO USE:
Nano desiccants can be used to store and control the relative humidity of environments for items such as footwear, apparel, leather goods, food, pharmaceuticals, electronics, mechanical components, and cultural relics, preventing moisture damage, mold growth, and corrosion.
Learn More
Nano desiccants can be used to store and control the relative humidity of environments for items such as footwear, apparel, leather goods, food, pharmaceuticals, electronics, mechanical components, and cultural relics, preventing moisture damage, mold growth, and corrosion.
Learn More
Nano desiccants can be used to store and control the relative humidity of environments for items such as footwear, apparel, leather goods, food, pharmaceuticals, electronics, mechanical components, and cultural relics, preventing moisture damage, mold growth, and corrosion.
Learn More
Nano desiccants can be used to store and control the relative humidity of environments for items such as footwear, apparel, leather goods, food, pharmaceuticals, electronics, mechanical components, and cultural relics, preventing moisture damage, mold growth, and corrosion.
Learn More
Nano desiccants can be used to store and control the relative humidity of environments for items such as footwear, apparel, leather goods, food, pharmaceuticals, electronics, mechanical components, and cultural relics, preventing moisture damage, mold growth, and corrosion.
Learn More
Nano desiccants can be used to store and control the relative humidity of environments for items such as footwear, apparel, leather goods, food, pharmaceuticals, electronics, mechanical components, and cultural relics, preventing moisture damage, mold growth, and corrosion.
Learn More
Nano desiccants can be used to store and control the relative humidity of environments for items such as footwear, apparel, leather goods, food, pharmaceuticals, electronics, mechanical components, and cultural relics, preventing moisture damage, mold growth, and corrosion.
Learn More
Nano desiccants can be used to store and control the relative humidity of environments for items such as footwear, apparel, leather goods, food, pharmaceuticals, electronics, mechanical components, and cultural relics, preventing moisture damage, mold growth, and corrosion.
Learn More
Nano desiccants can be used to store and control the relative humidity of environments for items such as footwear, apparel, leather goods, food, pharmaceuticals, electronics, mechanical components, and cultural relics, preventing moisture damage, mold growth, and corrosion.
Learn More
Nano desiccants can be used to store and control the relative humidity of environments for items such as footwear, apparel, leather goods, food, pharmaceuticals, electronics, mechanical components, and cultural relics, preventing moisture damage, mold growth, and corrosion.
Learn More
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