Trainwreck 85g Bag

Name: Trainwreck 85g Bag
Brand: Alchemy Pure
Price: 300 USD
Availability: InStock

$300.00 84 g

Quantity

Product description

Sativa Dominant hybrid: herbal, sweet, gassy aroma and a flavor profile of cloves, orange, hops. Bred from Landrace Thai and Mexican Sativas crossed with Afghani Indicas. Top Terpenes: Terpinolene, Trans-Caryphyllene, Farnesene, S (-) Limonene. The effects are euphoric, energetic, creative. Alchemy Pure 3 Ounce Bag (85g) Our 85g bulk bag is the ultimate offering for seasoned consumers. Stock up on your favorite strains with this ounce-sized, terpene-rich flower—perfect for heavy rotation, sharing, or personal preservation. Sealed for long-lasting freshness and quality. Note: THESE ARE A MIX OF GRADE A and Medium sized Flower! This is extremely good value per gram! Alchemy Pure is cannabis in its purest form, nature-grown in New York’s Hudson Valley. Our mission is to leverage our organic farming experience and deep connection to the land to bring beautiful, pure, nature-grown cannabis, pre rolls, and more to the New York market.

Big BudsTrainwreck

About this strain: Trainwreck

Trainwreck is a cultivar with mysterious origins, most particularly about the meaning behind its name. Legend has it Trainwreck was so named because the original cut grew on a hill the same summer there was a train crash in the Humboldt region. Other sources claim the strain was named for the immediate slam of mental invigoration it had on users, which hit the mind like a runaway train.

According to the Seedsman blog, Trainwreck first emerged sometime in the 1980s from the Emerald Triangle region of Northern California. Trainwreck itself is thought to be a cross of several landrace strains, namely a Mexican Sativa, Thai Sativa, and Afghani Indica.

Lab tests show Trainwreck with high levels of the terpenes terpinolene, myrcene, and limonene, all of which contribute to its reported lemon and pine aroma. Consumers can point to its limonene content and moderate 14%-18% THC content for Trainwreck’s energy-inducing effects.