Pre-Roll Packaging and Cones

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  • Grand Puff Glass Child-Resistant Pre-Roll Tube | 115 mm

    Grand Puff Glass Child-Resistant Pre-Roll Tube | 115 mm

    Grand Puff

    Child-Resistant Pre-Roll Tube with Child-Resistant Cap

    Box of 400

    115 mm | 18 mm Cap

    $127.00
    Sale price  $127.00 Regular price 
  • Tapered Push Top Tube

    Tapered Push Top Tube

  • Bag King

    Tapered Push Top Tube

    109mm

    16 mm (D) x 117 mm (H)

    $20.00
    Sale price  $20.00 Regular price 
  • Grand Puff™ 25 mm x 116 mm Glass Pre-Roll Tube

    Grand Puff™ 25 mm x 116 mm Glass Pre-Roll Tube

    Grand Puff

    25mm x 116mm Clear Glass Tube

    116mm

    25 mm (D) x 116 mm (H)

    $138.00
    Sale price  $138.00 Regular price 
  • Grand Puff® Squeeze Pop Top PET Plastic Tube (109 mm)

    Grand Puff® Squeeze Pop Top PET Plastic Tube (109 mm)

  • Grand Puff

    Squeeze Pop Top PET Plastic Tube

    109 mm

    $80.00
    Sale price  $80.00 Regular price 

Pre-Roll Packaging and Cones FAQ

What container lengths match standard paper pre-roll cone sizes?

Pre-roll packaging spans 73mm, 78mm, 98mm, 109mm, 116mm, and 150mm lengths across squeeze-top plastic tubes, borosilicate glass vials, rigid boxes, and Mylar pouches. Choosing the right container length maintains vertical clearance above the rolled tip, preventing paper crushing or crutch distortion during cap application or heat-sealing operations.

  • 73mm & 78mm Squeeze Tubes: Formatted for 70mm short-format dogwalkers and compact 0.3g to 0.5g pre-roll cones.
  • 98mm & 109mm Containers: Sized for 1 1/4 (84mm) and classic (98mm) rolled papers or slim 0.5mL cartridge hardware.
  • 116mm & 150mm Pop Top / Glass Tubes: Engineered for 109mm king-size cones, blunt wraps, palm leaf rolls, and 1.0mL all-in-one vapes.
  • Multi-Pack Cases & Thermoformed Inserts: Rigid Snap Tech cases and Grand Puff inserts hold 3-pack to 5-pack joint configurations.
How do squeeze-top pop-top mechanisms pass child safety testing?

Lateral thumb squeeze pressure flexes the upper tube walls into an oval geometry, releasing the squeeze-top retention catch past the inner rim bead. The heavy-wall polypropylene memory allows the hinged cap to snap closed upon release with an audible pop. This two-motion mechanical flex satisfies Title 16 CFR 1700.20 and ASTM D3475 child-resistance rules while standing up to thousands of manual opening cycles on dispensary floors.

To cross-reference state compliance standards across various markets, review our State Compliance Regulations Guide or verify container dimensions using our Pop Top Sizing Chart.

How do automatic bowl sorters feed squeeze tubes without jamming?

Continuous-taper polypropylene pop tops feature smooth outer wall profiles that slide down stainless vibratory bowl chutes without catching at the neck shoulder. Maintaining consistent wall thickness eliminates flashing burrs and static cling, ensuring high-speed capping turrets strip individual tubes cleanly off the line index starwheel. This smooth material feed reduces hopper friction and prevents bowl jams on high-volume automated filling and labeling lines.

What label stock forms high-tack bonds on small-radius plastic tubes?

Flexible pressure-sensitive BOPP synthetic labels coated with aggressive permanent acrylic adhesive stop edge-flagging on tight 13mm to 25mm tube radii. Low-surface-energy polypropylene plastic resists standard rubber adhesives, making high-tack acrylic polymers mandatory to lock the label overlap flat against the tube curve without lifting or tunneling.

To accelerate facility packaging throughput, operators can utilize our In-House Label Application Service Page to apply pressure-sensitive strain labels and variable data directly onto pop tops before bulk case packing.

How do nested bulk shipping cases minimize freight transit tare weight?

Injection-molded polypropylene pop-top tubes pack densely in bulk master cartons, dramatically lowering gross freight tare weight compared to heavy glass shipments. Flat-pack Mylar exit bags and nested cardboard dividers maximize cubic pallet volume, lowering per-unit inbound LTL freight charges and optimizing warehouse rack space for commercial packaging operations.