Pop Tops & Squeeze Tops

Pop top bottles hold 1 gram to 14 grams of dry flower across 8 dram to 60 dram capacities, while squeeze tubes store 73mm dogwalkers to 128mm pre-rolls. Formulated from molded polypropylene polymer, these rigid plastic enclosures establish a moisture-resistant barrier that protects raw flower and rolled paper cones from physical compression.

• 8 Dram to 13 Dram Pop Tops: Formatted for single-gram sampler portions up to 2 grams of dry herb.
• 20 Dram & 30 Dram Containers: Holds eighth-ounce (3.5g) to quarter-ounce (7g) flower loads or Pollen Gear square boxes.
• 60 Dram Bottles: Sized for half-ounce (14g) bulk flower volumes and infused edible gummy portions.
• 73mm to 128mm Squeeze Tubes: Accommodates compact dogwalker joints, 98mm 1 1/4 cones, 109mm king size papers, and 128mm wraps.

Applying dual-finger lateral compression below the upper rim flexes the sidewalls into an oval shape to release the internal hinge latch under Title 16 CFR 1700.20 and ASTM D3475 standards. Heavy-wall polypropylene construction maintains structural memory across repeated opening cycles, ensuring the hinged lid snaps shut tightly without losing child resistance.

Review state packaging rules in our State Compliance Regulations Guide or verify bottle neck dimensions and tube lengths using our Pop Top Sizing Chart.

Automated vibratory bowl sorters process 116mm and 98mm squeeze tubes by utilizing uniform outer diameters and non-tapered cylindrical sidewalls. Precision-molded hinge shoulders prevent lid snagging inside sorting hoppers, allowing high-speed filling equipment to achieve reliable pick-and-place operation without line jams.

Pressure-sensitive BOPP synthetic film labels with aggressive acrylic adhesives form permanent bonds on low-surface-energy polypropylene plastic containers. Flexible film facestocks contour tightly around small-radius 116mm tubes and 13 dram bottle walls without edge-flagging or corner lifting in high-humidity storage environments.

Polypropylene pop top bottles weigh up to seventy percent less than heavy flint glass containers, drastically reducing gross tare weight on LTL freight shipments. High-impact plastic sidewalls permit master cartons to stack tightly on shipping pallets without thick corrugated partition dividers, maximizing cubic volume and lowering per-unit transport costs.