A quarter-ounce mylar bag is engineered to hold up to 7.0 grams of legal cannabis flower or bulk infused edible portions. However, the exact capacity threshold depends heavily on the structural layout and physical density of your specific product lines. Compact, dense indica buds will easily drop lower into the bag, while fluffy, large-structured sativa strains fill more space and require a wider expandable profile to protect sensitive trichomes from bruising. To make sure you leave adequate headspace clearance for an airtight thermal seal, review the precise measurements table on your preferred product page.

Yes, we stock premium quarter-ounce bags equipped with certified child-resistant (CR) locking tracks that meet strict federal standards. These specific barrier configurations feature multi-action zipper styles compliant with 16 CFR Part 1700.20 and ASTM D3475 protocol criteria, ensuring they prevent access by young children while remaining completely accessible to senior adults. Because structural compliance mandates shift across local lines, we suggest checking out our comprehensive Cannabis Regulations by State Matrix to verify opacity and security rules for your jurisdiction.

We do not enforce rigid wholesale minimum order caps, allowing you to source our quarter-ounce bags down to a single unit. To support local micro-growers testing limited batch runs alongside enterprise multi-state operators (MSOs), we also package our lines into convenient 50-count bundles that automatically trigger tiered bulk discounts inside your shopping cart. This operational framework allows you to source industrial-grade flexible packaging elements flexibly without tying up critical capital resources upfront.

Quarter-ounce mylar bags only deliver an absolute, 100% smell-proof gas barrier once they are fully heat sealed. While our integrated safety tracks lock tightly for recurring day-to-day consumer use, volatile organic terpene aroma molecules can gradually escape standard physical zip systems during long commercial distribution arcs. Fusing the inner polymer laminate matrix with a commercial impulse thermal sealer above the tear notch creates an impermeable gas shield. For a deeper analysis of how these protective flexible film structures block moisture and aroma migration, read our Architecture of the Pouch Guide.