🌱 Orchid Nerd Medium Fir Bark – 2 Cubic Foot Box

(Premium Fir Bark for Orchid and Tropical Plant Growing)

Orchid Nerd Medium Fir Bark is the go-to choice for growers re-potting larger orchids, tropical plants, or building professional-grade orchid mixes. Screened to a particle size between 1/4" and 3/4", this bark offers outstanding drainage, strong aeration, and the rough texture that orchid roots love to cling to.

The 2 cubic foot box size is perfect for commercial growers, large collections, or hobbyists who need more volume for re-potting multiple plants at once.

🌿 Key Features:

• Made from natural fir bark – colorful, fragrant, and clean
• Medium particle size (1/4" to 3/4") ideal for mature orchids and larger containers
• Exceptional drainage reduces water-logging risk
• Enhances oxygen flow and healthy root development
• Rough surface supports strong root attachment
• Holds essential moisture without compacting
• Long-lasting material that resists quick breakdown

✅ Why Growers Choose Orchid Nerd Medium Fir Bark:

• Primary ingredient for most standard orchid potting mixes
• Trusted for mature Cattleyas, Oncidiums, Dendrobiums, and more
• Excellent for use in garden beds, around shrubs, and small landscape areas
• Helps maintain fresh, healthy growing conditions
• Natural and sustainable growing solution

📦 Available Size:

• 2 Cubic Foot Box — Medium Grade (1/4" to 3/4" particle size)

Also available in a 1 Cubic Foot Box for smaller re-potting projects.

🔗 Recommended Pairings:

• Orchid Nerd Potting Stick – durable hard plastic orchid potting sticks are designed for tamping down potting media firmly and evenly around your plants.
• Orchid Nerd Green Balls – ideal for staking, training, and supporting orchid spikes, with a green color that blends naturally into foliage.

💡 Tips for Best Results:

Use Medium Fir Bark as the primary base for larger orchid pots or mixed tropical gardens. Rinse bark thoroughly before use to eliminate fine dust. Refresh orchid media every 12–18 months to prevent compaction and salt buildup.