Vasos de malla AC Infinity | Vasos con ranuras y bordes anchos | 3 pulgadas | Paquete de 25

Precision Control in Any Space

Every inconsistent result in a production system has a point of origin — and more often than not, that origin is at the container level. When net pots lack structural guidance for root direction, roots wander, air-prune unevenly, and nutrient uptake becomes a function of chance rather than design. When containers allow light penetration at the root zone, algae colonizes the reservoir and pathogen pressure climbs without warning. When lip geometry doesn't seat cleanly in NFT channels or mason jar lids, operators spend time shimming, repositioning, and troubleshooting fit — time that compounds across a 25-site or 250-site deployment. These are not catastrophic failures. They are silent costs: yield variance that never gets traced back to the container, labor hours absorbed by problems that should not exist, and crop cycles that underperform against their genetic potential because the infrastructure beneath the canopy was never engineered to perform.

After deployment, the root zone becomes a controlled variable rather than an unmanaged one. Every cup seats flush in its designated surface. Roots receive directional guidance toward nutrient-bearing solution through ribbed interior geometry, and drainage occurs evenly across the mesh perimeter rather than pooling at a single exit point. The light shield at the base of each cup eliminates the photon exposure that drives algae colonization in reservoir-based systems. Across a full production run, the container stops being a source of variance and becomes a repeatable, standardized interface between the plant and the nutrient delivery system.

The mechanism behind that outcome is deliberate geometry. Each 3-inch cup measures 2.55 x 3.54 in. (6.5 x 9.0 cm) and is manufactured from UV-resistant, BPA-free, food-grade polypropylene rated for continuous use in wet production environments. The ribbed interior channels root growth toward the slotted openings rather than allowing lateral root mass to accumulate against a smooth wall. Mesh openings distributed around the cup perimeter promote even drainage and support the development of stronger, more uniform root structures. The wide lip profile is dimensioned to seat in circular surfaces including standard mason jar lids and NFT channel openings, eliminating fit variance across mixed-format systems. A lower light shield integrated into the cup body blocks photon penetration at the root zone, directly reducing the conditions that drive root rot and algae formation. The cups are compatible with clay pebbles, pumice, rock wool, and soil-based media, making them functional across hydroponic, aquaponic, and aeroponic configurations without media-specific substitution. In practical terms, the AC Infinity Net Cups 3-Inch 25-Pack deliver standardized root-zone geometry, light exclusion, and drainage control across every container in the pack at a 2.55 x 3.54 in. (6.5 x 9.0 cm) form factor in food-grade, UV-resistant polypropylene.

Where This Belongs (and Doesn't)

These net cups are passive hydroponic infrastructure components. They require no electrical connection, no HVAC integration, and no control wiring. Installation consists of seating the cup in a compatible surface opening. No licensed trade work is required for deployment.

How It Works

The AC Infinity Net Cup 3-Inch operates as a structured interface between the plant's root system and the nutrient delivery environment. The cup body is formed from UV-resistant, BPA-free, food-grade polypropylene — a material selection that addresses two simultaneous requirements: biological safety in direct contact with consumable crops, and structural durability under continuous exposure to water, nutrient solution, and ambient UV in production environments. The 2.55 x 3.54 in. (6.5 x 9.0 cm) form factor is sized to the 3-inch standard used across the majority of DWC lids, NFT channel openings, and aeroponic collar formats in commercial production.

The ribbed interior geometry is the primary root-guidance mechanism. Rather than presenting a smooth interior wall that allows root mass to accumulate laterally without directional bias, the ribbed surface channels root growth downward and outward toward the slotted openings at the base and sides of the cup. This directional guidance increases the proportion of root mass that exits the cup into the nutrient solution, improving the effective surface area available for water and nutrient uptake. Mesh openings distributed around the cup perimeter serve a dual function: they allow roots to grow through into the reservoir or solution film, and they promote even drainage across the full circumference of the cup rather than concentrating flow at a single exit point — a drainage pattern that reduces the risk of anaerobic pockets forming within the media column.

The wide lip is dimensioned to seat flush in circular surface openings including standard mason jar lids and NFT tray collar formats, eliminating the fit variance that occurs when generic net pots are used across mixed-format systems. The lower light shield integrated into the cup body blocks photon penetration at the root zone — a direct structural countermeasure against the algae colonization and root rot conditions that develop when light reaches nutrient-bearing solution through an unsealed container base. Media compatibility spans clay pebbles, pumice, rock wool, and soil-based substrates, allowing the same cup to function across hydroponic, aquaponic, and aeroponic configurations without substitution. In practical terms, the AC Infinity Net Cups 3-Inch 25-Pack deliver ribbed root guidance, perimeter mesh drainage, light-blocking base geometry, and food-grade material safety in a 2.55 x 3.54 in. (6.5 x 9.0 cm) polypropylene cup across all 25 units in the pack.

Commercial Assurance

System Integration

• NFT Channel Compatibility: Wide lip geometry seats flush in standard NFT tray collar openings, eliminating shimming and repositioning labor across multi-channel deployments.
• DWC Reservoir Integration: 3-inch form factor aligns with standard DWC lid collar openings; mesh perimeter allows root mass to extend directly into oxygenated nutrient solution.
• Media Flexibility: Accepts clay pebbles, pumice, rock wool, and soil-based substrates — a single cup SKU covers the full range of media formats used across hydroponic, aquaponic, and aeroponic systems without substitution.
• Aeroponic Chamber Fit: Compatible with aeroponic systems using standard 3-inch collar openings; light shield at cup base maintains root-zone darkness in high-intensity lighting environments.
• Aquaponic Raft Systems: Wide lip and food-grade material designation make these cups suitable for floating raft aquaponic configurations where biological safety and structural fit are both required.

Facility Integration Data

Operator Field Notes

• Seat the lip fully before loading media: Confirm the wide lip is fully seated in the collar opening before adding clay pebbles or rock wool — partial seating allows the cup to tilt under media weight and disrupts root-zone alignment with the solution surface.
• Light shield orientation matters in high-intensity environments: The lower light shield is designed to block photon penetration at the base of the cup; ensure the cup is inserted with the shield positioned between the light source and the reservoir surface for maximum effectiveness.
• Rinse before first use: Although the polypropylene is food-grade and BPA-free, a clean-water rinse before initial deployment removes any manufacturing residue and establishes a clean baseline for the root zone.
• Media selection affects drainage rate: Clay pebbles provide the highest drainage rate through the mesh perimeter; rock wool retains more moisture within the cup body. Select media based on the irrigation frequency and solution delivery method of the specific system.
• Inspect mesh openings between crop cycles: Root mass that has grown through the mesh perimeter during a production cycle may require manual clearing before the cup can be reused; inspect all 25 cups at cycle end and clear any blocked openings before redeployment.
• Standardize cup SKU across all sites: Using a single 3-inch cup SKU across all production sites eliminates fit variance when rotating cups between systems and simplifies procurement to a single reorder line item.

Operator FAQ

Shipping & Logistics

• Shipping Jurisdiction: Cannafull Spectrum Solutions ships within the contiguous 48 United States only. Orders to Alaska, Hawaii, U.S. territories, and international addresses are not fulfilled through this channel.
• Fulfillment: Orders are processed and shipped from authorized distribution points. Tracking information is provided at time of shipment. Delivery timelines vary by destination within the contiguous 48 states.
• Returns: Defective units are eligible for return under manufacturer defect terms. Non-defective returns must be initiated within the return window specified in the Cannafull Spectrum Solutions Return Policy. Product must be in original, uninstalled condition to qualify.
• Restocking Fee: Returns of non-defective items are subject to a restocking fee of up to 25% per our Return Policy. Review full terms at cannafullspec.com/pages/return-policy before ordering.

For commercial procurement inquiries, volume orders, or logistics support: contact Cannafull Spectrum Solutions at cannafullspec.com.

What's in the Box

• 25x AC Infinity Mesh Net Cups, 3-Inch (2.55 x 3.54 in. / 6.5 x 9.0 cm), BPA-Free Food-Grade Polypropylene

Note: Growing media (clay pebbles, pumice, rock wool, soil), nutrient solution, reservoir systems, and any associated hardware are not included. Contents confirmed against manufacturer source data for SKU AC-NCA3-25. No additional accessories or documentation are listed in manufacturer source data for this SKU.

Regional Compliance & Deployment Notes

• Material Compliance: Manufactured from BPA-free, food-grade polypropylene. Suitable for deployment in licensed production facilities operating under state agricultural, food safety, and cannabis cultivation compliance frameworks across the United States.
• No Electrical or HVAC Compliance Requirements: These are passive, non-powered components. No electrical permits, HVAC certifications, or licensed trade installation is required for deployment in any U.S. jurisdiction.
• State Cannabis Facility Compliance: Food-grade material designation and BPA-free certification support use in state-licensed cannabis cultivation facilities where direct plant-contact materials are subject to compliance review. Operators should confirm material specifications with their compliance officer prior to deployment in regulated facilities.
• Shipping Jurisdiction: Available for shipment within the contiguous 48 United States only through Cannafull Spectrum Solutions. Operators in Alaska, Hawaii, or U.S. territories should contact the manufacturer directly for fulfillment options.
• No Import/Export Restrictions Identified: Standard polypropylene agricultural containers. No ITAR, EAR, or restricted commodity classifications apply to this product category under current U.S. trade regulations.

Compliance determinations are the responsibility of the purchasing facility and its designated compliance personnel. Cannafull Spectrum Solutions provides product specifications as sourced from the manufacturer and does not provide legal or regulatory compliance counsel. Verify all material certifications and facility-specific requirements with your compliance officer before deployment in regulated production environments.