Our silica gel is a shapeless type of silicon dioxide that is artificially formulated as hard irregular granules (resembling crystals) or solid sporadic beads. An interlocking cavities microporous structure offers an elevated surface area. This structure makes our gel an elevated limit desiccant. Water atoms cling to the gels base as it displays a lesser vapor stress than the encompassing air. When a balance of equivalent stress is achieved, no more assimilation happens. Therefore, the greater the dampness of the encompassing air, the more prominent the measure of water that is assimilated prior to balance is accomplished. Our silica gel in these higher mugginess conditions (over half Relative Moistness) that put away or in-travel products are defenseless to damage. The magnificence of our gel is the water vapor physical assimilation into its inner pores. There is zero synthetic response, no side-effects or by products. Notwithstanding when immersed with water vapor, our silica gel still resembles a dry item, its shape unaltered. Standard gel is alluded to as being anti-demonstrating. As it assimilates dampness, it remains physically unaltered.
Our silica gel has numerous different properties that suggest it like a desiccant.
It will assimilate around 40% own pressure in water. This assimilation proficiency is around 35% more prominent that normal desiccant clays, settling our gel the favored decision where productivity or weight are essential variables.
It has a practically uncertain time span of usability if kept in hermetically sealed conditions.
It can be recovered and reused if demanded. Tenderly heating our gel will drive off assimilated dampness and abandon it prepared for reuse.
It is an exceptionally idle material, it won't typically corrode or attack different material and except for solid soluble bases and hydrofluoric corrosive is itself impervious to attack.
It is non-combustible.
It is conveniently and frequently deployed pressed in a breathable bag or sachet. These are accessible in an extensive variety of sizes appropriate for application.