Skip Navigation
Image of product

Peanut Butter Filling Chocolate Bar | Edible | 100mg THC

$20.00
1

*Cannabis tax included.

THC is the primary cannabinoid responsible for the psychoactive effects associated with cannabis. The amount of THC in a product can vary widely based on the method of consumption and the strain at the source of that product. The high that is produced is often enhanced by the “entourage effect” which is a combination of multiple cannabinoids in conjunction with various terpenes and individual body chemistry.

Terpenes are aromatic compounds found in cannabis that contribute to each strain's unique flavor and aroma. Total terpenes represents the combined concentration of all terpene compounds detected in the product, which may influence the overall experience through the entourage effect.

Total Package Concentration: 100mg

Concentration per Dose: 10mg

Number of Doses: 10

Infusion Type: Distillate


A Delicious Milk Chocolate Bar with a Peanut Butter Filled Center, Infused with 100mg of NYS Cannabis Distillate Oil, and Scored Into 10 Pieces for Easy Dosing and Consumption.

Ingredients: Milk Chocolate (Sugar, Milk, Cocoa Butter, Chocolate Liquor, Soy Lecithin (Emulsifier), Vanillin (Artificial Flavor)), Peanut Butter ((Dry Roasted Peanuts, Hydrogenated Cottonseed & Rapeseed Oil, Salt), Sugar, Palm Kernel Oil, Non-Fat Dry Milk, Peanut Oil, Soy Lecithin (Emulsifier), Sorbitol, Salt), NYS Cannabis Distillate

Contains: PEANUTS, MILK, and SOY


We recommend starting with one serving and allowing 60–90 minutes for full effects before taking an additional dose. Individual response to edibles varies.


Available at Rockland Cannabis Dispensary in Airmont. Sign up for our High Life rewards program to earn points on this and every purchase

Effects
Calm
Energetic
Happy
Relaxed
Terpenes
Cannabinoids

Cannabinoids are naturally occurring chemical compounds that are found in cannabis and provide consumers with a wide range of effects. THC and CBD are examples of some of the most commonly known cannabinoids.