Tropical Cherry Fresh Frozen 180U

Tropical Cherry Fresh Frozen 180U

Tropical Cherry Fresh Frosen 180U is a high -quality hash species that excels in both taste experience and purity . This exclusive extraction is based on the type of Tropical Cherry , a crossing of Tropicana cookies and Cherry Pie , resulting in a balanced genetics of around 60% sativa and 40% Indica . The effects are therefore both refreshing and stimulating and slightly relaxing , ideal for use during the day or in social situations.

This hash has an average THC content of 40-50% , depending on the batch and the exact tricho profile. Thanks to the Sativa Dominance you will experience a clear, euphoric high , supported by a subtle physical relaxation that does not work.

Tropical Cherry Fresh Frosen 180U has a pronounced sweet and fruity aroma , with dominant tones of tropical fruit, ripe cherries and citrus . These scents are supported by soft undertones of herbs and floral accents . The taste is intense and complex, with a fresh, juicy inhaled experience and a slightly acidic, sweet aftertaste. Thanks to the combination of freshly frozen extraction, powerful genetics and rich taste, Tropical Cherry Fresh Fresh Fresh 180U is an excellent choice for the connoisseur who is looking for a natural, tasteful and strong hasjers experience .

What does "Fresh Frozen" mean?

Fresh Frozen refers to an extraction method where the cannabis plants are frozen immediately after harvest . As a result, the terpenes, cannabinoids and other volatile substances are optimally retained. During the further processing, the frozen plant material is used for ICE Water Extraction , where trichomes loosen in cold water and then sieved.

What does "180h" entail?

The designation 180h refers to the micron size of the sieve used - in this case 180 micron. This format absorbs larger trichomes , resulting in a species of hash with a rich texture and pronounced taste profile . Although 180 hours less refined than smaller micron sizes, it often offers a powerful, robust experience while retaining ter tendity.