GMO – Persy Rosin Pod – 0.5G

The GMO – Persy Rosin Pod – 0.5G represents a premium solventless hemp extract engineered for laboratory-grade research and instrumental validation studies.
Derived from the GMO (Garlic, Mushroom, Onion) hybrid cultivar, this formulation highlights the complex terpene and cannabinoid architecture that defines this strain’s analytical signature.

Through low-temperature mechanical rosin pressing, GMO Persy Rosin maintains native terpene retention (>90%) and cannabinoid integrity, making it ideal for GC-MS, HPLC, and thermal volatilization experiments.

All products are federally compliant (<0.3% Δ9-THC) and traceable via ISO/IEC 17025-accredited analytical documentation.

Botanical & Extraction Characteristics

The GMO cultivar provides a robust hydrocarbon-rich terpene structure with notable caryophyllene, limonene, and humulene concentrations — traits valued in volatility and thermal breakdown research.

Chemical Properties Table

These results confirm a thermally consistent rosin matrix, ideal for vapor chemistry calibration and stability testing.

Ingredients & Lab Results (COA Summary)

Sample Identification:

• Product: GMO – Persy Rosin Pod – 0.5 G
• Batch ID: GMO-PRP-2025B
• Date of Analysis: October 2025
• Laboratory: Analytical Botanics Research Division
• Classification: Industrial hemp extract (< 0.3% Δ9-THC)
• Analytical Methods: HPLC-UV, GC-MS, ICP-MS

Cannabinoid Profile (HPLC Analysis)

✅ Compliance Verified: Δ9-THC < 0.3% (per U.S. federal hemp guidelines).

Terpene Profile (GC-MS Analysis)

This caryophyllene–limonene–humulene dominant profile supports thermal consistency and vapor-phase reproducibility in analytical testing.

Contaminant & Purity Screening

All data confirm ISO/IEC 17025-level analytical purity and full industrial research compliance.

Navigational Section: Handling, Safety & Traceability

• Classification: Industrial hemp extract (< 0.3% Δ9-THC)
• Handling: Use in ventilated laboratory environments only.
• Storage Conditions: ≤ 25 °C, sealed, away from light.
• Documentation Supplied: COA • SDS • Batch Certificate.
• Transportation: Non-hazardous under 49 CFR § 172.
• Use Limitation: For research and analytical purposes only.

Each pod includes a QR-coded COA enabling full traceability from biomass to analytical packaging.

Commercial Section: Research & Industrial Applications

1. GC-MS/LC-MS Calibration – Ideal for vapor and terpene compound profiling.
2. Thermal Degradation Studies – Observe structural stability of rosin compounds.
3. Extraction Efficiency Benchmarks – Compare solventless yields to hydrocarbon methods.
4. VOC and Emission Mapping – Quantify aromatic compound release during vaporization.
5. Device Testing – Evaluate consistency and vapor output for precision hardware systems.

Due to its stability and balanced terpene matrix, GMO – Persy Rosin Pod is valued as a reference standard for vapor and chemical research projects.

Transactional Section: Procurement & Quality Assurance

Approved Institutional Buyers:

• ISO/IEC 17025-certified laboratories
• GMP-compliant hemp R&D facilities
• Accredited academic research departments
• Certified analytical supply distributors
• Industrial chemical testing organizations

Available Units:

• 0.5 g Persy Rosin Pod (standard)
• Multi-pack (5- or 10-pack) for lab calibration programs
• Custom batch formulations available upon institutional request

Procurement Protocol:

1. Submit institutional credentials for verification.
2. Review and approve COA + SDS documentation.
3. Confirm batch and lot traceability identifiers.
4. Shipment via a compliant research logistics carrier.
5. Batch authentication through COA QR verification.

All production and QA processes follow GMP and ISO 9001:2015 standards to ensure traceable, reproducible, and contamination-free material.

GMO Persy Rosin Pod online Conclusion

The GMO – Persy Rosin Pod – 0.5 G unites solventless extraction precision, verified purity, and industrial reliability.
Its caryophyllene-dominant terpene composition makes it a valuable asset for chemical stability, vapor analysis, and instrumental calibration in regulated laboratory environments.

Every batch is traceable, federally compliant, and tested under ISO/IEC 17025 conditions, ensuring reproducibility across industrial and research applications.

GMO Persy Rosin Pod near Keywords

GMO Persy Rosin Pod, hemp rosin COA, solventless hemp extract, terpene GC-MS profile, hemp calibration standard, analytical vapor pod, industrial hemp extract 0.5 g, GMP hemp concentrate, ISO 17025 compliant rosin, hemp terpene reference material.