Desiccant Packaging
Drop-in and integrated moisture management solutions for solid oral dose, diagnostics and healthcare products.
Sanner has provided desiccant solutions for moisture-sensitive pharmaceuticals for over 65 years. Our portfolio spans everything from drop-in sachets and canisters for standard bottle formats to integrated container-closure systems and child-resistant packaging – each designed to protect product stability and achieve required shelf-life.

Container closure systems with the desiccant function built into the desiccant packaging solution, eliminating a separate filling step and providing reliable moisture protection during use for healthcare products.

AdPack® packets and AdCap® canisters are designed for seamless implementation on standard, commercially available dispensing machinery. Available in silica gel, molecular sieve, activated carbon and blended formulations.

Sanner’s child-resistant formats meet PPPA 16 CFR Part 1700 and ISO 8317 (2015) certification requirements and span from bottles with screw caps up to innovative packaging formats.
Choosing the right desiccant format depends on more than moisture sensitivity alone – filling lines, container geometry, climate and regulatory expectations all play a role. Sanner’s specialists work with you to identify the optimal solution, backed by our Atmo Guard System® for validated moisture management profiling. Get in touch to start the conversation.
The Sanner Atmo Guard System® combines predictive moisture modeling with decades of desiccant expertise to optimize packaging performance, helping you achieve target shelf life, product stability and global market readiness.
With validated production sites, harmonized quality systems and regional manufacturing, Sanner helps you strengthen supply resilience, reduce complexity and deliver consistent quality to markets worldwide.
Harmonized quality systems, validated processes and consistent manufacturing standards ensure pharmaceutical primary packaging that meets global regulatory requirements—wherever it is produced.