Diatomaceous Drying Sticks for Silicone Toys

The diatomaceous drying stick offers a reliable and safe solution for combating dampness in various settings. Made from highly absorbent diatomite, this dry rod effectively reduces humidity, ensuring a dry and comfortable environment for your belongings. Measuring approximately 5.91 inches/15 cm, the white stick provides ample coverage to tackle moisture in diverse areas, seamlessly blending with any decor.

Unlike traditional desiccants, this drying rod requires direct contact with the items to be dried. Simply place the stick between silicone toys and dolls, within bathroom towel stacks, in swimming cap and goggle storage, car interiors, shoe cabinets, and more. This direct interaction allows the diatomaceous material to efficiently draw out dampness, delivering a dry and comfortable atmosphere for your possessions.

Each package contains 20 drying rod sticks, allowing you to conveniently distribute them in various locations as needed. This sufficient quantity ensures you can address humidity concerns in multiple spaces, making it a versatile and practical solution.

The reliable construction and material of the diatomite stick contribute to its effectiveness. Crafted from quality diatomite, the dry rod not only boasts exceptional absorbency but also has an appealing visual appeal. Remember to place your damp belongings in direct contact with the diatomaceous sticks for optimal humidity elimination.

During the delivery process, please pay attention to the shock release to prevent the item from breaking. Manual measurement may result in slight size variations, and the color may exhibit minor differences due to screen display variations.

This diatomaceous drying stick is a useful and thoughtful gift for your friends and families, helping them maintain a dry and comfortable environment for their belongings. Its versatile application and reliable performance make it a valuable addition to any household, tackling dampness in a variety of settings with ease.

product information: