HHC-P Distillate

Our HHCP distillate undergoes rigorous multi-method testing to ensure purity and regulatory compliance for commercial applications.
 

View Certificate of Analysis
 

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

• Cannabinoid potency verified via HPLC-PDA, LC-MS/MS, and GC-MS/MS

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

• Batch-specific documentation available

• Stereoisomer ratios verified

• Internal standard normalization applied

Hexahydrocannabiphorol (HHCP) is the hydrogenated form of THCP, combining the stability benefits of hydrogenation with the extreme potency of a seven-carbon alkyl chain. This dual modification creates one of the most potent and stable cannabinoids available for commercial formulation.
 

The hydrogenation process converts THCP's double bonds to single bonds, producing R and S stereoisomers similar to HHC. However, HHCP's extended chain length dramatically increases receptor binding compared to standard HHC. Manufacturers leverage HHCP for products requiring maximum potency with enhanced shelf stability and oxidation resistance.
 

Learn more about HHCP vs THCP differences and applications.

Cannabinoid Profile:

• (6aR,9R,10aR)-HHCP: 95.1% (951 mg/g)

• (6aR,9S,10aR)-HHCP: 2.65% (26.5 mg/g)

• Total Cannabinoids: 97.8% (978 mg/g)

• Total Δ9-THC: Not Detected

• All other cannabinoids: Not Detected
   

Physical Properties:

• Form: Viscous oil/distillate

• Appearance: Clear to amber

• Tested by: KCA Laboratories

• Test Date: April 11, 2023

• Batch: AL-HHCP-042023
   

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

HHCP distillate requires precise handling due to extreme potency combined with high viscosity. Temperature control and accurate measurement are critical.
 

Temperature Requirements:

• Warm carefully at 80-100°F for workable viscosity

• Use minimal heat to preserve compound integrity

• Monitor temperature consistently during handling
   

Precision Handling:

• Employ micro-scales capable of 0.001g accuracy

• Use heated precision dispensing equipment

• Document all measurements for quality control

• Work in controlled environment due to potency
   

Formulation Protocols:

• Start with extremely low concentrations (0.1-2%)

• Mix thoroughly given minimal usage amounts

• Allow extended homogenization time

• Verify distribution through testing

Ultra-Potent Vape Products: HHCP enables creation of premium vape formulations using minimal active ingredient, typically 0.5-5% in blends. The compound's stability prevents degradation while its potency allows for cost-effective high-impact products.
 

Micro-Dosed Edibles: Manufacturers incorporate HHCP at 0.1-1mg per serving for precisely controlled effects. This ultra-low dosing extends raw material yield exponentially while maintaining product efficacy.
 

Premium Concentrates: HHCP serves as a potency enhancer in dabbable products, typically added at 1-3% to standard concentrates. The hydrogenated structure provides stability during the high-heat dabbing process.
 

Enhanced Tinctures: Sublingual formulations feature 25-100mg HHCP per bottle, providing hundreds of doses. The compound's oil solubility and stability make it ideal for long-shelf-life tincture products.

How does HHCP's dual modification (hydrogenation + extended chain) affect handling requirements?

HHCP combines HHC's stability with THCP's extreme potency, requiring precision equipment for sub-gram measurements while benefiting from oxidation resistance. This dual nature demands careful temperature control during handling but rewards manufacturers with extended product shelf life.
 

Why is the R-stereoisomer percentage (95.1%) important for commercial formulations?

The R-stereoisomer is considered the primary active form in hydrogenated cannabinoids, with higher percentages indicating greater potency per weight. This 95.1% R-isomer content means manufacturers can achieve desired effects with minimal raw material usage.
 

Can HHCP distillate be diluted for easier handling in production environments?

Yes, many manufacturers create working dilutions of HHCP in carrier oils at 10-50% concentration for improved handling accuracy. These master blends enable more precise dosing while maintaining the stability benefits of the hydrogenated structure.
 

What makes HHCP particularly valuable for products with extended distribution timelines?

HHCP's hydrogenated bonds resist oxidation and degradation significantly better than non-hydrogenated cannabinoids like THCP. This stability allows products to maintain potency through extended shipping, storage, and retail display periods.
 

How do manufacturers calculate dosing when transitioning from THCP to HHCP formulations?

While both compounds feature seven-carbon chains, HHCP's hydrogenation may alter absorption and metabolism, typically requiring 20-30% dose reduction. Manufacturers should conduct small-batch testing to establish equivalent dosing before full production.
 

Why choose HHCP over standard HHC for premium product lines?

HHCP's seven-carbon chain provides significantly enhanced potency compared to HHC's five-carbon structure, enabling ultra-premium positioning. This allows manufacturers to create genuinely differentiated products that justify higher price points through demonstrable potency advantages.