ACTVPAK Silica Gel Pouches are premium-grade desiccant sachets formulated with high-absorption Type A silica gel. Designed to protect sensitive components, pharmaceutical goods, and food packaging, these pouches maintain optimal humidity levels by effectively absorbing up to 40% of their weight in moisture.
Safe, reliable, and customizable, these desiccants are ideal for precision humidity control across storage and shipping applications.
Absorbs up to 30-40% of its weight in moisture depending on RH conditions
Safe for use with food, pharmaceuticals, and consumer goods
Effective in environments from -40°C to 120°C
Available from 1g to 10g standard; custom weight/sizing available
Non-toxic, DMF-free, and environmentally compliant
Utilizing precision-engineered Type A silica gel with optimized pore structure for maximum moisture absorption and superior kinetics.
FDA-approved materials that meet strict safety standards for use in food, pharmaceutical, and consumer applications.
Made with environmentally friendly materials, recyclable packaging, and regenerable for multiple uses.
1g, 2g, 5g, 10g standard sizes, custom upon request
Tyvek, PET, non-woven fabric
Custom logos, compliance info, or multilingual tags
For industry-based or application-specific identification
Indicator beads (optional), multi-function desiccants
A leading Indian electronics firm implemented ACTVPAK silica gel sachets during monsoon shipments.
Result: 97% reduction in corrosion incidents and product returns
ACTVPAK silica gel pouches helped a pharma company maintain RH <30% in cold-chain transport of blister-packed medicines.
Result: Extended shelf life by 6-8 months
Quality management systems certification for consistent product quality
Food contact approved materials for safe food packaging applications
European compliance for chemical safety and environmental protection
Recyclable materials and sustainable manufacturing protocols
Ready to protect your products with premium silica gel packets? Contact us for volume pricing and custom solutions.