
Cheech and Chong Glass Stash Jar | Green Van
Cheech and Chong Glass Stash Jar | Green Van
Keep your herbs in mint condition with the Glass Stash Jar from the Cheech and Chong collection. The jar is made from quality borosilicate glass and has a wooden lid with an etched Cheech and Chong “Up in Smoke” decal. The wooden lid has an airtight silicone seal that will keep your herbs fresh for a much longer period of time and prevents any unwanted odors from escaping.
Measuring 10 cm / 4 inches in height and 7.5 cm / 3 inches in diameter for the medium and 11 cm / 4.3 inches in height and 9 cm / 3.5 inches in diameter for the large, this jar offers an abundance of space to keep your favorite herbs in optimal condition. The glass stash jar features a Cheech and Chong Green Van decal on the front and ”It will make you feel very funny” on the back.
So whether you are a die hard fan of their movies, or just in need of a quality stash jar that will hold a large amount of herbs, you have found your match. Order this and all of the other glass stash jars from Cheech and Chong’s collection right here at GrasscityShop US.com!
📦 100% Plain & Discreet Packaging
100% plain and discreet packaging in unmarked cardboard boxes with neutral sender details. Zero mention of smoke or glass on the outside.
🚚 Dispatch & Delivery Timelines
Orders received on business days before 12:00 PM are queued for same-day packing. Domestic delivery typically arrives in 2–4 business days via USPS Priority Mail or UPS Ground.
🛡️ 30-Day Return Policy
30-day return policy for unused, unopened items in original packaging. Return shipping is covered by the customer unless damaged on arrival.
For borosilicate glass bongs and pipes, use 91%+ isopropyl alcohol combined with coarse sea salt as a gentle abrasive. Swirl gently for 2–3 minutes.
Rinse thoroughly with lukewarm water until completely odorless. Never shock hot glass with ice water to avoid thermal micro-cracking.
Soak smaller glass accessories in a sealable bag with alcohol and rinse weekly to maintain optimal percolation and clean airflow.



