n-Butane Extraction Grade™

• Available in:
  • 24 Pounds Extraction Grade™
  • 120 Pounds Extraction Grade™
  • 500 Pounds Extraction Grade™
• Without cylinder (Customer supplies own cylinder)
• Purchase cylinder (Customer buys and owns the cylinder)
• Rent cylinder We will charge a deposit for the cylinder, which will be refunded upon return of the cylinder.  The minimum rental period is (1) day, which includes the day the cylinder leaves our facilities through 4:00 p.m. the next day.  The rental cost of a carbon steel cylinder is calculated as follows:
  • LP5 cylinder for 24 pounds ($0.30 per day)
  • FX cylinder for 120 pounds ($0.75 per day)
  • HT cylinder for 500 pounds ($1.50 per day)
• Subscribe (Upon approval).  Hassle-free subscription includes
  • Carbon steel cylinder preparation – $100 value (HT cylinder)
  • Cleaning of the cylinder – up to $150 value (HT cylinder)
  • Re-painting of the cylinder – up to $75 value (HT cylinder)
  • Re-valving from 510 valve to 555 liquid gas compliant valve – $60 value
  • 555 valve fitting – $10 value
  • 555 check valve – $30 value
  • Certificate of Analysis (COA) – $100 value

n-Butane is a nonpolar four-carbon alkane with the molecular formula C₄H₁₀. It is a gas at standard temperature and can be compressed to liquid for easy transport. n-Butane is a by-product of natural gas processing and petroleum refining.  One of its many uses is for cannabinoid extraction.  Similar to isobutane and propane, n-butane is one of a group of liquefied petroleum gases (LPG).

Using n-butane as the extraction solvent creates what is often referred to as butane hash oil (BHO).   With a low boiling point, 30.2°F (-1°C), using butane gives the extractor the ability to extract larger quantities and higher quality cannabinoids and terpenes while leaving unwanted byproducts behind.  n-Butane’s low, 30.2° F (-1°C), boiling point indicates minimal heat to evaporate (burn) and makes it easier to extract trapped residual solvent selectively.  The vacuum turns the butane from liquid to vapor, making it easier to remove.  For example, when using a desiccator and a vacuum to remove any residual solvent. The n-Butane will start evaporating. When a vacuum is introduced, the pressure will drop, which results in a phase change from liquid to vapor, speeding up the removal of the solvent from the end product.  This allows the operator to extract specific components such as cannabinoids and terpenoids and preserved them at their maximum availability.  Colder extractions make lighter extracts that lack many of the fats and lipids present in other extraction methods.  This property is the key and most important feature in preserving the natural state and the aromatic and chemical complexities of the original plant.  The n-butane solvent can also be converted back to liquid form by either reducing the temperature and/or increasing the pressure.

*None detected – below the minimum detection limit (MDL) of 0.5 PPM.

99.5% Instrument Grade n-Butane.  Ideal for extraction.  Ultra-High Purity (UHP)