Kundenbild

CBG Isolate 99%

Sale price€17,99

Tax included. Shipping calculated at checkout

  • 99% CBG - maximum purity
  • Laboratory-tested quality
  • made from EU-certified industrial hemp

Contents: 0.5 g
Delivery within 1–3 business days with tracking
Discreetly packaged with no indication of the contents.

CBG isolate in crystalline form stands for maximum purity and precision. These are colorless and odorless crystals with a cannabigerol content of over 99%. The product is manufactured under strict quality standards and is ideal for scientific, technical, or aromatic applications. Available in various sizes from 0.5 g to 5 g.

Character & properties

The CBG isolate consists of almost pure cannabigerol and is completely free from THC and other cannabinoids. Thanks to its crystalline structure, the product is easy to dose and can be used in many different ways. It is characterized by consistent quality and a neutral appearance – colorless and odorless.

Production & quality

The isolate is extracted from EU-certified industrial hemp and purified multiple times until a purity level of over 99% is reached. The producer places particular importance on controlled production processes and lab analyses to ensure a pure and safe final product. The THC content is not measurable and complies with EU legal requirements.

Properties

  • CBG content: over 99%
  • THC content: not measurable
  • Form: crystalline, colorless and odorless
  • Content: 0.5 g / 1 g / 2 g / 5 g
  • Packaging: glass vial with cork stopper
  • Lab-tested quality

Storage & shelf life

  • Store in a cool, dry place, protected from light
  • Avoid direct sunlight
  • Seal well after opening
  • Shelf life: up to 24 months from production
  • Best-before date indicated on the packaging

Quality & safety

The CBG isolate is free from pesticides, heavy metals, and chemical residues. Every batch is lab-tested to ensure purity and compliance. Sold only to people aged 18 and over. Due to the natural production process, slight variations in crystal structure may occur.