Coco Coir + Coconut Husk Chips
Premium coco coir and chunky coconut husk chips create the open tropical framework used for aroids and other tropical plants that prefer a loose substrate.
Collector Epiphytic Media System
TROPICAL
VELVET
TROPICAL VELVET is a chunky, peat-free tropical substrate built for collector aroids and other tropical plants that prefer fast drainage, open structure, and steady oxygen around the roots. The mix uses coarse organic and mineral components to help maintain pore space under frequent watering.
~6 mm+ Class
Macro Aggregate Sizing
Peat-Free
Coir + Husk Chip Structure
Measured Batch
Chunk Profile Control
$8.99
4 Dry Cups • Ready-to-Use Mix
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Ingredient Profile
TROPICAL VELVET is built from chunky organic and mineral components selected for open structure, fast drainage, and steady oxygen access around tropical roots. Each batch is mixed by measured formula and screened for a consistent chunky profile. Ingredient categories are disclosed for transparency while blend ratios remain proprietary.
Coarse Perlite + Biochar
Coarse horticultural perlite and biochar are included to help maintain drainage pathways, air space, and structural separation inside the aroid substrate profile.
Volcanic Zeolite + Earthworm Castings
Natural volcanic zeolite and earthworm castings are included as mineral and organic components while the exact production blend remains protected.
Component Preparation Protocol
Before blending, key inputs are prepared for the role they play in the finished tropical substrate. Coco-based materials and chunky structural components may be rinsed, buffered, screened, and batch-checked as needed to support cleaner handling, better calcium and magnesium balance, and more consistent open-root-zone behavior.
Buffered When Needed
Coco-based inputs are reviewed before use and may be rinsed or buffered when a component lot calls for additional preparation.
Salinity-Aware Handling
TROPICAL VELVET is built around open structure and oxygen access, so component preparation focuses on chunk profile, drainage behavior, and salts management before the finished mix is packed.
Batch Checks
Internal quality checks may include EC review, pH awareness, moisture behavior, and texture inspection depending on the component lot and finished batch.
Aggregate Calibration Reference
TROPICAL VELVET uses the macro-fraction class from the BLACKACRE SUPPLY CO.™ screening workflow. The image is shown against the metric side of a ruler; sizing represents a nominal retained class rather than a guarantee that every particle is identical.
~6 mm+ / 0.6 cm+
Larger retained aggregate structures help maintain open air space and fast drainage pathways around sensitive tropical root systems.
Screened, Not Machined
Perlite is a natural expanded volcanic material. Screening targets a functional class range, so small variation within the finished mix is expected.
Substrate Architecture Check
A close look at the finished Tropical Velvet profile. Large-profile coconut husk chips, dark organic matter, carbon, and mineral aggregate create the open structure used for tropical root-zone applications.
Loose Mix Profile
Loose material check showing the finished chunk distribution, mineral aggregate, and organic structure before container use.
Root-Zone Interface
Close application view showing how the chunky profile sits around active tropical stems and crown tissue.
Chunky Surface Profile
Surface-level detail showing the spacing between husk chips, coarse aggregate, carbon, and organic material.
Product Presentation & Live Context
Packaging and in-container context for the finished Tropical Velvet mix. These views show the product beside an active tropical root zone without presenting the mix as a decorative topdress or separate cap layer.
Use Notes
Best used in containers with drainage. Water thoroughly after potting and allow normal dry-back based on plant type, pot size, humidity, and growing conditions.
Aroids and Chunky Tropical Plants
Aroids, philodendrons, anthuriums, monstera, epipremnum, syngonium, pothos, and other tropical plants that prefer a chunky, open substrate.
Settling Allowance
Labeled at 4 dry cups. Packed above stated volume to allow for natural settling from screening, packing, and transit.
Open Tropical Structure
Use where a loose, chunky root-zone profile is preferred over standard fine potting soil.
4 Dry Cups
Measured by dry volume. Natural variation in perlite, husk chips, color, and particle size is expected.