Environmental Factors and Delta 8 vs Delta 9 Stability

Environmental Factors and Delta 8 vs Delta 9 Stability

Delta 8 THC (tetrahydrocannabinol) and Delta 9 THC (tetrahydrocannabinol) are cannabinoids that are well-known for their therapeutic and psychoactive properties. However, the environmental factors that influence their stability are numerous. In order to guarantee the potency and efficacy of THC products, it is essential to comprehend these aspects. Delta-8 THC products are increasingly popular among consumers seeking a more subtle cannabis experience than Delta-9 THC.


Temperature assumes a critical part in the strength of delta 8 vs delta 9 THC. When exposed to high temperatures, the potency of both cannabinoids can decrease over time. Capacity in cool, dim conditions helps safeguard THC soundness by limiting intensity actuated corruption.

Light Presence:

Delta 8 and Delta 9 THC can be degraded by light, particularly ultraviolet (UV) radiation. UV rays degrade cannabinoids and other organic compounds, decreasing their potency and possibly altering their chemical makeup. Light-induced degradation can be mitigated by storing THC products in opaque containers and properly packaging them to block light.

Air and oxygen exposure:

Both Delta 8 and the more commonly known cousin, Delta 9 THC have a tendency to oxidize in adverse conditions, losing their potency. THC degradation can be limited and as close to oxygen-free storage achieved by packaging in airtight containers with minimal headspace. For vacuumed sealed or nitrogen-flushed packaging, the latter can reduce oxidation even more.

Humidity and moisture:

Delta 8 and Delta 9 THC degradation can be sped up by high humidity, which could encourage microbial growth and compromise product safety. Silica gel packs or moisture-absorbing desiccants can help keep humidity levels low in packaging, preserving THC’s stability and quality.

The delta 8 vs delta 9 THC degradation is accelerated by both higher humidity and airing out the flower, opening up an opportunity for increased microbial activity which poses a threat to product safety. Using silica gel packs or moisture-absorbing desiccants in processed products can reduce the water activity, thereby preventing mold growth and maintaining stability of THC.