THC-P Distillate

Our THCP distillate undergoes rigorous analytical testing to ensure purity, safety, and regulatory compliance for commercial manufacturing.
 

View Certificate of Analysis
 

• Tested by KCA Laboratories (KDA Lic.# P_0058)

• Cannabinoid potency verified via GC-MS/MS

• Compliant with 2018 Farm Bill requirements (ND Δ9-THC)

• Batch-specific documentation available

• Heavy metals testing: All Not Detected

• Internal standard normalization applied for accuracy

Delta-9-tetrahydrocannabiphorol (THCP) is a naturally occurring phytocannabinoid featuring a seven-carbon alkyl side chain, compared to traditional THC's five-carbon chain. Discovered in 2019 by Italian researchers, THCP demonstrates significantly enhanced binding affinity for CB1 receptors, making it one of the most potent cannabinoids identified.
 

This extended chain length translates to increased receptor interaction, positioning THCP as a premium ingredient for manufacturers developing high-impact formulations. Commercial producers leverage THCP's unique properties for products requiring minimal dosing while maintaining effectiveness. The compound's rarity and potency make it particularly valuable for brands differentiating in competitive markets.
 

Learn more about how THCP is made and its unique production considerations.

Cannabinoid Profile:

• Δ9-THCP: 87.6% (876 mg/g)

• Δ8-THCP: 2.61% (26.1 mg/g)

• CBNP: 0.526% (5.26 mg/g)

• Δ8-iso-THC: 0.268% (2.68 mg/g)

• Total Cannabinoids: 91.0% (910 mg/g)

• Total Δ9-THC: Not Detected
   

Physical Properties:

• Form: Viscous oil/distillate

• Appearance: Clear to amber

• Tested by: KCA Laboratories

• Test Date: October 21, 2024

• Batch: thcp0924
   

Storage: Store in cool, dry place protected from light
Shelf Life: 24 months when properly stored

THCP distillate requires precise handling due to extreme potency and high viscosity. Careful temperature control and accurate measurement are essential.
 

Temperature Protocol:

• Warm gradually in water bath at 90-110°F

• Use lowest effective temperature to preserve potency

• Monitor consistently to prevent overheating
   

Handling Requirements:

• Use precision scales capable of 0.001g accuracy

• Employ heated syringes for accurate dispensing

• Work in controlled environment to ensure consistency

• Document all measurements for quality control
   

Formulation Guidelines:

• Start with minimal concentrations (0.5-5%) in blends

• Mix thoroughly due to high potency requirements

• Allow extended homogenization time

• Test small batches before scaling production

Vape Products: THCP distillate revolutionizes vape formulations, typically used at 1-10% concentration when combined with other cannabinoids. Its extreme potency allows manufacturers to create powerful products while maintaining cost efficiency and reducing overall cannabinoid content.
 

Edibles: Manufacturers incorporate THCP into micro-dosed edibles, with typical formulations using 0.5-2mg per serving. This ultra-low dosing enables precise effect control while extending product yield significantly compared to traditional cannabinoids.
 

Tinctures: THCP dissolves readily in carrier oils for sublingual applications requiring minimal active ingredient. Commercial tinctures often feature 50-200mg THCP per bottle, providing hundreds of doses from minimal raw material.
 

Specialty Concentrates: The compound's potency makes it ideal for dabbing products and enhanced concentrates. Manufacturers blend THCP at 1-5% with other cannabinoids to create premium offerings for experienced consumers.

How does THCP's seven-carbon chain affect dosing calculations for manufacturers?

THCP's extended alkyl chain creates approximately 30x stronger CB1 receptor binding than Delta-9 THC, requiring manufacturers to dramatically reduce dosing. Where traditional THC products use 5-25mg per serving, THCP formulations typically require only 0.5-2mg for comparable effects.
 

Why is precise temperature control critical when working with THCP distillate?

THCP's complex molecular structure makes it sensitive to excessive heat, which can degrade the compound or create unwanted isomers. Maintaining temperatures between 90-110°F preserves potency while achieving workable viscosity for accurate dispensing and formulation.
 

Can THCP distillate be detected separately from THC in standard testing?

Yes, advanced analytical methods like GC-MS/MS can differentiate THCP from other THC variants based on molecular weight and retention time. This distinction is crucial for manufacturers ensuring accurate labeling and compliance with specific cannabinoid regulations.
 

What advantages does THCP offer for brands entering premium cannabinoid markets?

THCP's extreme potency enables creation of ultra-premium products with genuine differentiation from standard offerings. The compound's rarity and unique effects profile justify premium pricing while requiring less raw material per unit, improving profit margins.
 

How does Arvida Labs maintain THCP potency throughout the supply chain?

Our controlled storage protocols and batch-specific handling procedures preserve THCP integrity from production through delivery. Each batch undergoes stability testing, and we provide detailed storage guidelines to ensure manufacturers receive distillate at peak potency.
 

Why do some THCP formulations include minor percentages of THCP variants?

The presence of Δ8-THCP (2.61%) and trace compounds like CBNP reflects the natural conversion processes during production. These minor cannabinoids may contribute to entourage effects while the primary Δ9-THCP delivers the main potency manufacturers seek