Boveda 62% RH, 8 grams, case of 300

Boveda 62% RH 2-Way Humidity Control Packs, 8g — Case of 300

Dried botanicals and cured flower lose potency, aroma, and structural integrity when stored at incorrect humidity levels. Too dry, and trichomes become brittle and aromatic compounds volatilize. Too humid, and mold and microbial growth become a risk. Achieving the precise humidity level for long-term storage without constant monitoring or manual adjustment requires a reliable 2-way humidity control system.

Boveda invented patented 2-way humidity control and remains the standard for precision RH management in airtight storage containers. Each Boveda pack responds dynamically to the humidity inside the container — adding moisture when the environment is too dry and absorbing moisture when it is too humid — to maintain a consistent target RH level. The 62% RH packs are formulated for dried flower storage and curing. Stores up to 28 grams of dried flower per container. Packs last 2-4 months depending on conditions and do not require any activation or maintenance — just place them in the container and they work automatically.

Key Features & Benefits

• Maintains 62% relative humidity — 2-way action adds or absorbs moisture to maintain exactly 62% RH inside airtight containers — no manual adjustment required.
• No activation required — place directly in an airtight container with no preparation, activation, or maintenance needed.
• Lasts 2-4 months — packs remain active for 2-4 months depending on container opening frequency and ambient conditions.
• Replace when rigid — Boveda packs signal the end of their useful life when they turn completely rigid — a reliable indicator for replacement.
• 8g pack, Case of 300 — 8-gram packs are suitable for containers holding up to approximately 28 grams of flower. Available as case of 300 (individually wrapped for easy bulk dispensing and retail sale.)

Who Should Use Boveda 62% RH Packs, 8g (Case of 300)

Growers, dispensaries, and storage operations who need precision humidity control for curing and long-term storage of dried flower at 62% RH — without the need for active monitoring or manual adjustment of storage conditions.

How Boveda 2-Way Humidity Control Works

Inside each Boveda pack is a saturated salt solution that buffers the relative humidity of the enclosed environment. The semi-permeable membrane allows moisture to pass in and out in response to the humidity level inside the container. When the container is too dry, moisture moves from the pack into the environment. When the container is too humid, the pack absorbs excess moisture. This bidirectional control maintains a precise RH level without overshooting in either direction. The 62% RH level is appropriate for storing and curing dried flower for long-term freshness and quality retention.

Frequently Asked Questions

What is Boveda 62% RH used for?

Boveda 62% RH packs are used for storing and curing dried flower at 62% relative humidity. They maintain a precise, stable humidity level inside airtight containers without any activation or manual adjustment.

How long do Boveda packs last?

Boveda packs last 2-4 months depending on conditions. Packs last longer in containers that are opened less frequently, and shorter in frequently accessed storage. Replace the pack when it turns completely rigid.

Do Boveda packs need to be activated before use?

No — Boveda packs require no activation or maintenance. Place them directly in an airtight container with your stored flower and the 2-way humidity control works automatically from the moment you add it.

How do I know when to replace a Boveda pack?

Replace a Boveda pack when it turns completely rigid. This rigidity indicates the pack's moisture reservoir has been depleted and it can no longer maintain the target RH level.

Is 62% RH the right humidity level for storing dried flower?

Third-party testing has determined the ideal storage humidity for dried flower at 59-63% RH. Boveda 62% RH packs fall within or near this range. The specific target RH depends on the material, storage conditions, and the preferences of the end user — consult current research for guidance on optimal storage conditions.