DATA STREAM // RIPKITTY X BUD'S GROWERY // INDUSTRIAL HEMP FLOWER // SECURE
RIPKITTY MIXED THCA FLOWERS
SYSTEM LOG: Ripkitty Mixed THCA Flowers deliver a rotating variety of high-grade, THCA-rich nugs. Each batch averages over 18% THCA and is heavily lab-tested to verify raw potency and purity. This is a highly cost-effective blend engineered for those who demand powerful flower without compromising material quality — mixed strains, heavy trichome coverage, absolute zero trim, and straight frost.
[DIR_1] VISUAL BREAKDOWN
- FLOWER_TYPE: Nug-only (No shake or trim)
- COLOR_HEX: Deep greens, purples, orange pistils
- STRUCT_DATA: Trichome-covered and rock dense
- BATCH_VAR: Rotating mixed strains, hand-selected
[DIR_2] QUALITY CONTROL PROTOCOL
- LAB_VERIFIED: YES (Full COA Available)
- CBGA_RECVRY: 102%
- THCA_RECVRY: 96.9%
- FED_STATUS: Delta-9 THC < 0.3%
[DIR_4] PUBLIC Q&A LOG
What is Mixed THCA Flower?
A rotating blend of high-grade, THCA-rich nug flower curated as mixed strains, with no shake or trim and strong lab-documented potency.
How strong is this batch?
The visible cannabinoid table states 24.0% THCA, 0.795% CBGA, and 25.03% total cannabinoids detected.
Is this compliant hemp?
Yes. The visible quality-control panel states Delta-9 THC is below 0.3%.
What does the flower look like?
The visual profile describes nug-only flower with deep greens, purples, orange pistils, and dense trichome-heavy structure.
Is there a lab report?
Yes. The product links directly to a downloadable COA PDF.
What sizes are available?
The supplied catalog data lists 1G, 3.5G, and 7G variants, all currently marked InStock.
[DIR_3] CANNABINOID PROFILE LOG
| THCA (Tetrahydrocannabinolic Acid) | 24.0% |
|---|---|
| CBGA (Cannabigerolic Acid) | 0.795% |
| TOTAL_CANNABINOIDS_DETECTED | 25.03% |
| MINOR_CANNABINOIDS | Below LOQ (Limit of Quantitation) |
| MOISTURE_CONTENT | 13.2% |
ANALYSIS: Ripkitty Mixed THCA Flowers are curated for full-spectrum variety and high THCA concentration. Ideal for cost-conscious clients demanding true nug potency at optimal price points.