Jeeter Key Lime Tart Full spec live

Certificate of Analysis

QUALITY ASSURANCE TEST ONLY - Not for retail sale

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Sample Name:

Jeeter Key Lime Tart Full spec live

Concentrate, Product Inhalable

Sum Cannabinoids 77.44%

Total Cannabinoids 77.36%

Total THC 72.864%

Total CBD ND

Total Terpenoids 9.5901%
PhytoFacts^®

Top 3 Terpenoids

β-Caryophyllene 3.5460%
Limonene 1.5749%
α-Humulene 1.4910%

Sample Information

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Sample Details

Sample ID:251125M039

Batch Number:

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PhytoFacts® Report

aroma

flavor

effect

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The PhytoFacts chemometric report provides additional cannabinoid and terpenoid details, including dominant terpenes, entourage effects, aroma, flavor, and more.

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Cannabinoid Analysis - Summary

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Sum of Cannabinoids: 77.44%

Total Cannabinoids: 77.36%

Total THC: 72.864%

Total CBD: ND

Sum of Cannabinoids = Δ⁹-THC + THCa + CBD + CBDa + CBG + CBGa + THCV + THCVa + CBC + CBCa + CBDV + CBDVa + Δ⁸-THC + CBL + CBN

Total Cannabinoids = (Δ⁹-THC+0.877*THCa+Δ⁸-THC) + (CBD+0.877*CBDa) + (CBG+0.877*CBGa) + (THCV+0.877*THCVa) + (CBC+0.877*CBCa) + (CBDV+0.877*CBDVa) + CBL + CBN

Total THC/CBD is calculated using the following formulas to take into account the loss of a carboxyl group during the decarboxylation step:
Total THC = Δ⁹-THC + (THCa (0.877)) + Δ⁸-THC
Total CBD = CBD + (CBDa (0.877))

Why are Sum of Cannabinoids and Total Cannabinoids calculated separately?

Sum of Cannabinoids: The concentration of each individual cannabinoid added together as they are, without accounting for decarboxylation. This measurement is of particular importance for certain cannabis products that are not intended to be heated prior to application or consumption.

Total Cannabinoids: The concentration of each acidic cannabinoid, multiplied by 0.877 to account for the loss of molecular mass that happens as it is converted to a neutral cannabinoid when heated. Then this calculated concentration is added to the concentrations of the corresponding neutral cannabinoid already present. This corrected data is of particular importance to both producers and consumers of products intended to be heated prior to application or consumption.

Terpenoid Analysis - Summary

39 tested, Top 3 Highlighted

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Total Terpenoids: 9.5901%

β-Caryophyllene (3.5460%)

Limonene (1.5749%)

α-Humulene (1.4910%)

Safety Analysis - Summary

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Residual Solvents: Pass

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Cannabinoid Analysis

Tested

Tested by high-performance liquid chromatography with diode-array detection (HPLC-DAD).

Method: QSP 1157 - Analysis of Cannabinoids by HPLC-DAD

Summary

Total Cannabinoids: 77.36%

Total THC: 72.864%

(Δ⁹-THC+0.877*THCa+Δ⁸-THC)

Total CBD: ND

(CBD+0.877*CBDa)

Total CBG: 3.07%

Total CBG (CBG+0.877*CBGa)

Total THCV: 0.32%

Total THCV (THCV+0.877*THCVa)

Total CBC: 0.96%

Total CBC (CBC+0.877*CBCa)

Total CBDV: ND

Total CBDV (CBDV+0.877*CBDVa)

Learn more

The cannabis plant contains dozens of active compounds called cannabinoids. These compounds are the primary contributors to the psychoactive effects of cannabis.

Cannabinoid testing determines the potency of a sample to aid in dosage considerations.

Cannabinoid Test Results

11/29/2025

Result Views

Table Pie Chart

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Compound	LOD/LOQ (mg/g)	Measurement Uncertainty (mg/g)	Result (mg/g)	Result (%)
Δ9 Tetrahydrocannabinol (Δ9THC)	0.06 / 0.26	±19.474	726.66	72.666
Cannabigerol (CBG)	0.06 / 0.19	±0.823	26.82	2.682
Cannabichromene (CBC)	0.2 / 0.5	±0.22	9.6	0.96
Cannabigerolic Acid (CBGa)	0.1 / 0.2	±0.18	4.4	0.44
Tetrahydrocannabivarin (THCV)	0.1 / 0.2	±0.12	3.2	0.32
Tetrahydrocannabinolic Acid (THCa)	0.05 / 0.14	±0.045	2.26	0.226
Cannabinol (CBN)	0.1 / 0.3	±0.08	1.5	0.15
Cannabidiol (CBD)	0.07 / 0.29	N/A	ND	ND
Cannabicyclol (CBL)	0.06 / 0.24	N/A	ND	ND
Cannabichromenic Acid (CBCa)	0.07 / 0.28	N/A	ND	ND
Cannabidivarin (CBDV)	0.04 / 0.15	N/A	ND	ND
Cannabidiolic Acid (CBDa)	0.02 / 0.19	N/A	ND	ND
Cannabidivarinic Acid (CBDVa)	0.03 / 0.53	N/A	ND	ND
Tetrahydrocannabivarinic Acid (THCVa)	0.07 / 0.20	N/A	ND	ND
∆8 Tetrahydrocannabinol (Δ8THC)	0.1 / 0.4	N/A	ND	ND
SUM OF CANNABINOIDS			774.4 mg/g	77.44%

Learn more

The cannabis plant contains dozens of active compounds called cannabinoids. These compounds are the primary contributors to the psychoactive effects of cannabis.

Cannabinoid testing determines the potency of a sample to aid in dosage considerations.

Terpenoid Analysis

Tested

Terpene analysis utilizing gas chromatography-flame ionization detection (GC-FID).

Method: QSP 1192 - Analysis of Terpenoids by GC-FID

View PhytoFacts COA

See a visual representation of this sample's cannabinoid and terpenoid properties, including entourage effects, aroma, and flavor profile.

Summary

Total Terpenoids (mg/g): 95.901 mg/g

Total Terpenoids (%): 9.5901%

Dominant Terpenoids

Below are this sample's 3 most abundant terpenoids by volume. To see more detail for terpenoid content, view the PhytoFacts report.

β-Caryophyllene 3.5460%
A sesquiterpene with a fragrance that can be described as spicy, woody, dry, dusty and mildly sweet. It was one of the first organic compounds to fully synthesized in a laboratory and plays a role in the endocannabinoid system as it is a functional CB² receptor agonist. Found in black pepper, clove, hops, rosemary, black-jack, perilla, spicebush, Indian pennywort, celery, frankincense, vitex, parsley, marigold, tamarind...etc.

Limonene 1.5749%
A monoterpene with a fragrance that can be described as orangey, citrusy, sweet and tart. It is most commonly found in nature as D-Limonene and is a primary contributor to the distinct scent of orange peels, from which it is commonly derived. Found in numerous pines, red maple, silver maple, aspens, cottonwoods, hemlocks, sumac, cedar, junipers...etc.

α-Humulene 1.4910%
Also known as α-caryophyllene, it is an isomer of the sesquiterpene β-Caryophyllene which frequently occurs in nature with many aromatic plants across the globe. It has a fragrance that can be described as earthy or musky with spicy undertones. Found in hops, forskohlii, skullcaps, basil, nutmeg, cloves, sage, cotton, tamarind, black pepper, guava, Scotch pine...etc.

Learn more

Terpenoid analysis is crucial for differentiating between strains of cannabis, as terpenoids have a major influence on the medical and psychological effects of a plant. The relationship between cannabinoids and terpeneoids is known as the "entourage effect."

Terpenoid Test Results

11/29/2025

Result Views

Table Bar Graph

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Compound	LOD/LOQ (mg/g)	Measurement Uncertainty (mg/g)	Result (mg/g)	Result (%)
β-Caryophyllene	0.004 / 0.012	±0.9822	35.460	3.5460
Limonene	0.005 / 0.036	±0.1748	15.749	1.5749
α-Humulene	0.009 / 0.180	±0.3728	14.910	1.4910
Myrcene	0.008 / 0.025	±0.0793	7.930	0.7930
trans-β-Farnesene	0.008 / 0.025	±0.1731	6.272	0.6272
Linalool	0.009 / 0.036	±0.1091	3.685	0.3685
α-Pinene	0.005 / 0.036	±0.0128	1.906	0.1906
Geranyl Acetate	0.004 / 0.036	±0.0501	1.545	0.1545
α-Bisabolol	0.008 / 0.026	±0.0617	1.486	0.1486
Fenchol	0.010 / 0.036	±0.0336	1.115	0.1115
β-Pinene	0.004 / 0.014	±0.0095	1.071	0.1071
Terpineol	0.009 / 0.031	±0.0499	1.044	0.1044
α-Cedrene	0.005 / 0.016	±0.0243	1.042	0.1042
Nerolidol	0.006 / 0.021	±0.0449	0.916	0.0916
Camphene	0.005 / 0.015	±0.0033	0.372	0.0372
Caryophyllene Oxide	0.010 / 0.033	±0.0110	0.307	0.0307
Terpinolene	0.008 / 0.036	±0.0041	0.259	0.0259
Borneol	0.005 / 0.016	±0.0081	0.248	0.0248
Valencene	0.009 / 0.180	±0.0110	0.206	0.0206
Citronellol	0.003 / 0.036	±0.0038	0.101	0.0101
Fenchone	0.009 / 0.036	±0.0021	0.094	0.0094
β-Ocimene	0.006 / 0.025	±0.0018	0.073	0.0073
Isopulegol	0.005 / 0.036	±0.0013	0.042	0.0042
γ-Terpinene	0.006 / 0.018	±0.0006	0.042	0.0042
α-Terpinene	0.005 / 0.017	±0.0003	0.026	0.0026
Nerol	0.003 / 0.036	N/A	<LOQ	<LOQ
Guaiol	0.009 / 0.030	N/A	<LOQ	<LOQ
Isoborneol	0.004 / 0.012	N/A	<LOQ	<LOQ
Sabinene Hydrate	0.006 / 0.036	N/A	<LOQ	<LOQ
α-Phellandrene	0.006 / 0.036	N/A	<LOQ	<LOQ
Cedrol	0.008 / 0.027	N/A	ND	ND
Camphor	0.006 / 0.036	N/A	ND	ND
Menthol	0.008 / 0.025	N/A	ND	ND
Geraniol	0.002 / 0.036	N/A	ND	ND
Pulegone	0.003 / 0.011	N/A	ND	ND
Sabinene	0.004 / 0.014	N/A	ND	ND
p-Cymene	0.005 / 0.016	N/A	ND	ND
Eucalyptol	0.006 / 0.018	N/A	ND	ND
Δ³-Carene	0.005 / 0.018	N/A	ND	ND
TOTAL			95.901 mg/g	9.5901%

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Residual Solvents Analysis

Pass

Residual Solvent analysis utilizing gas chromatography-mass spectrometry (GC-MS).

Method: QSP 1204 - Analysis of Residual Solvents by GC-MS

Category 1 Residual Solvents Test Results

11/29/2025

PASS

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Compound	LOD/LOQ (μg/g)	Action Limit (μg/g)	Measurement Uncertainty (μg/g)	Result (μg/g)	Result
Benzene	0.03 / 0.09	1	N/A	ND	Pass
Chloroform	0.1 / 0.2	1	N/A	ND	Pass
Ethylene Oxide	0.3 / 0.8	1	N/A	ND	Pass
Trichloroethylene	0.1 / 0.3	1	N/A	ND	Pass
1,2-Dichloroethane	0.05 / 0.1	1	N/A	ND	Pass
Dichloromethane (Methylene Chloride)	0.3 / 0.9	1	N/A	ND	Pass

Category 2 Residual Solvents Test Results

11/29/2025

PASS

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Compound	LOD/LOQ (μg/g)	Action Limit (μg/g)	Measurement Uncertainty (μg/g)	Result (μg/g)	Result
Acetone	20 / 50	5000	±1.9	57	Pass
Ethanol	20 / 50	5000	N/A	ND	Pass
Propane	10 / 20	5000	N/A	ND	Pass
Toluene	7 / 21	890	N/A	ND	Pass
Methanol	50 / 200	3000	N/A	ND	Pass
n-Butane	10 / 50	5000	±9.5	198	Pass
n-Hexane	2 / 5	290	N/A	<LOQ	Pass
n-Heptane	20 / 60	5000	N/A	ND	Pass
n-Pentane	20 / 50	5000	N/A	ND	Pass
Ethyl Ether	20 / 50	5000	N/A	ND	Pass
Acetonitrile	2 / 7	410	N/A	ND	Pass
Ethyl Acetate	20 / 60	5000	N/A	ND	Pass
Total Xylenes	50 / 160	2170	N/A	ND	Pass
2-Propanol (Isopropyl Alcohol)	10 / 40	5000	N/A	ND	Pass

COA ID: 251125M039-001

For quality assurance purposes. Not a Regulatory Compliance Testing Certificate. These results relate only to the sample included on this report. This report shall not be reproduced, except in full, without written approval of the laboratory.

Sample Certification: California Code of Regulations Title 4 Division 19. Department of Cannabis Control Business and Professions Code. Reference: Sections 26100, 26104 and 26110, Business and Professions Code.

Decision Rule: Statements of conformity (e.g. Pass/Fail) to specifications are made in this report without taking measurement uncertainty into account. Where statements of conformity are made in this report, the following decision rules are applied: PASS - Results within limits/specifications, FAIL - Results exceed limits/specifications.

References: limit of detection (LOD), limit of quantification (LOQ), not detected (ND), not tested (NT), μg/g = ppm, μg/kg = ppb