PST13-Transparent is a super cool container that allows you to hold a small amount of product while being able to admire it. It is the 2nd smallest of the Squeezetops® pharmacy vial series and holds approximately 2 grams of medication. It is the perfect size for a single user and allows the medication to stay snuggled up and comfortable inside the container. The great thing about a transparent, see-through plastic container is that you get to see just how much product you have. You will never be surprised opening up your container and realizing you don’t have any medication left. That would suck. All Squeezetops® are designed with squeeze-to-open hinged-lids, making them uniquely certified child resistant. Not only is the design awesome, but also the material it’s made from. We use the highest quality Class VI Medical Grade Polypropylene; which makes it FDA compliant, keeping your product in its purest condition. This small plastic container is a fan favorite among the industry, and there’s a reason it’s one of our best sellers
The “Transparent Mix” box is a random assortment of our 10 transparent colors. This mix is great for having a fun assortment of colors that you can easily see through. All Colors are not guaranteed to be in each box, nor are even amounts of each color guaranteed.
Here’s the fine print:
The Squeezetops® PST13 container was evaluated using the consumer product safety commission protocol and standards. The study indicates the PST13 container fulfills the requirements for a poison prevention package as per the current code of federal regulations (C.F.R.) Title 16, Part 1700.
For a list of our certifications, check the certifications tab.
- Certified Child Resistant Container
- Made From Medical Grade Polypropylene Plastic
- BPA Free, Lead Free & FDA Compliant
- Air & Moisture Resistant Hinged Lid
- Transparent Mix Comes With Random Selection Of Up To 10 Transparent Colors
- Recyclable Polypropylene #5
- Made In USA
PST13 (13 Dram) Holds Approximately 2 Grams Of Medication
For CPSC/ASTM Certification click here!