H4CBD Distillate

Our H4CBD distillate undergoes comprehensive multi-method testing to ensure purity and regulatory compliance for commercial manufacturing.
 

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

• Triple analytical method verification

• Internal standard normalization applied

H4CBD (tetrahydrocannabidiol) is a hydrogenated form of CBD created by adding four hydrogen atoms to the CBD molecule. This structural modification produces two stereoisomers - 9R and 9S forms - that together create a stable, non-crystallizing compound with enhanced shelf life compared to traditional CBD isolate.
 

The hydrogenation process, similar to converting vegetable oil to margarine, transforms CBD's double bonds into single bonds. This creates a more stable molecule that resists oxidation and maintains viscosity across temperature ranges. Manufacturers choose H4CBD for applications requiring extended shelf life, consistent texture, and reliable performance in various environmental conditions.
 

Learn more about best uses for H4CBD distillate in commercial applications.

Cannabinoid Profile:

• 9R-H4-CBD: 78.4% (784 mg/g)

• 9S-H4-CBD: 20.5% (205 mg/g)

• Total Cannabinoids: 98.9% (989 mg/g)

• Total Δ9-THC: Not Detected

• All other cannabinoids: Not Detected
   

Physical Properties:

• Form: Viscous oil/distillate

• Appearance: Clear to light amber

• Tested by: KCA Laboratories

• Test Date: March 27, 2023

• Batch: AL-PHC-0036
   

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

H4CBD distillate offers superior handling characteristics compared to crystalline CBD, maintaining consistent viscosity throughout processing.
 

Temperature Management:

• Warm gently at 80-100°F for optimal flow

• Lower heating requirements than traditional distillates

• Maintains workability at room temperature better than CBD isolate
   

Handling Advantages:

• No crystallization concerns during storage or processing

• Consistent viscosity reduces handling variables

• Blends smoothly with carrier oils without precipitation

• Stable texture throughout product shelf life
   

Formulation Benefits:

• Incorporates easily into oil-based systems

• No need for anti-crystallization agents

• Maintains homogeneous distribution in formulations

• Compatible with wide range of manufacturing processes

Topical Products: H4CBD distillate excels in creams and balms where CBD crystallization typically causes texture issues. Manufacturers use 1-10% H4CBD content for stable formulations that maintain smooth consistency throughout shelf life without grittiness or separation.
 

Vape Formulations: The non-crystallizing nature of H4CBD makes it ideal for vape products where standard CBD would precipitate. Commercial cartridges typically contain 5-30% H4CBD blended with other cannabinoids, maintaining clarity and preventing clogging.
 

Tinctures: H4CBD dissolves readily in carrier oils without the saturation limits of CBD isolate. Manufacturers create clear, stable tinctures at various potencies without concern for winter crystallization or product separation.
 

Long-Shelf-Life Products: The enhanced oxidation resistance of H4CBD makes it particularly valuable for products with extended distribution chains. Manufacturers report significantly reduced degradation compared to traditional CBD in accelerated stability testing.

How do the 9R and 9S isomers of H4CBD affect product formulation differently?

The 9R isomer (78.4%) is considered the more bioactive form, while the 9S isomer (20.5%) contributes to overall stability and viscosity. This natural ratio provides optimal handling characteristics while maintaining the compound's functional properties in commercial formulations.
 

Why doesn't H4CBD crystallize like traditional CBD isolate in high-concentration products?

H4CBD's hydrogenated structure prevents the molecular stacking that causes CBD crystallization, even at concentrations exceeding 30% in carrier oils. This stability eliminates the need for warming products before use and prevents texture changes during storage.
 

Can H4CBD distillate replace CBD isolate in existing formulations without reformulation?

While H4CBD can often directly replace CBD isolate, the viscous nature versus crystalline powder may require minor process adjustments. Manufacturers typically find the improved stability and handling characteristics offset any initial formulation modifications.
 

What analytical challenges exist when testing H4CBD versus standard CBD?

H4CBD requires specific chromatographic conditions to properly separate and quantify the R and S isomers, necessitating labs familiar with hydrogenated cannabinoids. Standard CBD testing methods may not accurately identify H4CBD without proper method development.
 

How does H4CBD's stability benefit manufacturers with complex supply chains?

H4CBD's resistance to oxidation and temperature fluctuations reduces product degradation during shipping and storage, extending viable shelf life. This stability particularly benefits manufacturers distributing through multiple climate zones or extended retail channels.
 

Why is H4CBD particularly suited for water-activity-sensitive formulations?

Unlike CBD isolate which can absorb moisture and clump, H4CBD's oil-based nature resists water absorption, maintaining consistent properties. This characteristic makes it ideal for formulations where moisture control is critical for product stability.