No-Plastic Desiccant Allows Packaging to 'Travel Light'

In adoptionResponsible mining practicesUsing natural bentonite as raw material, and throughStreamlined processing procedureProduction includes extrusion, drying, and grading steps.

This purely physical production process combines natural sun-drying with drying techniques, significantly...Reduced energy consumption, water usage, and carbon emissions.

The use of plastic-free bio-based paper bags, with raw materials sourced from sustainably grown plants.Certified by Clariant Plastic-Freeree*FSC certification and SGS plastic-free certification,Complies with international environmental standards, further reducing the impact of desiccants on the environment.

For details, refer to COA.

Simultaneously, packaging usesNon-toxic water-based ink and adhesive.It meets the relevant testing requirements for auxiliary packaging materials according to the United States Pharmacopeia.

The unique layered structure allows water molecules to be adsorbed onto the inner and outer surfaces, forming a "hygroscopic" reaction. Even when saturated with water, bentonite still maintains its structure.Dry, loose, and free-flowingThe condition shows no obvious change in size, shape, or texture.

With high adsorption capacity, under conditions of relative humidity below 30% (the most common packaging conditions),Desi Pak™ ECO has a higher moisture absorption and dehumidification efficiency compared to equivalent silica gel.

Desi Pak™ ECO has been upgraded to7 standard packaging specificationsIncluding 1g, 2g, 6g, 11g, 17g, 33g, and 66g. They can be flexibly stored in individual bags and boxes, etc.Meet the moisture-proof needs of multiple industries.Clothing, shoes and hats, bags, tools, electronic components, and other fields.

After use, through simpleClassified recycling can achieve environmentally friendly disposal.Cut open the Desi Pak™ ECO package, pour the bentonite into the dry trash bin or flower pot, and put the outer packaging into the recyclable trash bin.