Grow Trays and Inserts
Explore our comprehensive selection of professional-grade growing trays designed for commercial horticulture, gardening, and plant propagation. From st... Read More
Explore our comprehensive selection of professional-grade growing trays designed for commercial horticulture, gardening, and plant propagation. From standard propagation flats to specialized seed starting systems, our wholesale growing trays deliver optimal performance, durability, and value for growers of all scales.
Table of Contents
Introduction to Growing Trays
Growing trays represent foundational tools in modern horticulture, providing structured environments for seed starting, plant propagation, and cultivation across diverse growing operations. These specialized containers create optimal conditions for plant development while maximizing space utilization, enhancing efficiency, and improving outcomes throughout the growing cycle.
At ePackage Supply, we understand that selecting the right growing trays directly impacts germination rates, root development, transplant success, and ultimately, crop yields and quality. Our comprehensive collection features industry-standard dimensions and specialized configurations designed to optimize performance across applications from commercial greenhouse production to controlled environment agriculture, nursery operations, and urban farming initiatives.
This guide explores the various growing tray types available, their distinctive characteristics, practical applications across different cultivation methods, and key factors to consider when selecting the right horticultural solutions for your specific requirements. Whether you're operating a commercial growing enterprise, managing propagation activities, or developing specialized cultivation systems, our extensive selection provides solutions that combine durability with functionality to support successful plant production.
Types of Growing Trays
The world of growing trays encompasses numerous varieties designed for different cultivation requirements, plant types, and production systems. Understanding these options helps you select the perfect trays for your specific growing operations:
Trays by Design & Structure
Our comprehensive selection of growing trays includes options with and without drainage holes, cell inserts, and compatible dome lids to create complete propagation systems.
Standard Propagation Trays
These versatile, rectangular growing platforms serve as the foundation for countless horticultural applications. Available with or without drainage holes, standard trays typically measure 20" x 10" with uniform depth and straight sidewalls. Their consistent dimensions create compatibility with industry-standard shelving, benches, and automation systems while providing efficient space utilization in commercial environments. These workhorses of plant production accommodate everything from direct seeding to holding potted plants, making them essential components in virtually all growing operations from small-scale propagation to large commercial production.
Drainage-Optimized Trays
Featuring strategic hole patterns that enhance water movement and root aeration, these specialized trays promote healthier root development while preventing waterlogging and associated disease issues. The engineered drainage designs maintain optimal moisture levels while facilitating air pruning of roots, creating stronger transplants with reduced transplant shock. These performance-optimized trays prove particularly valuable for sensitive crops, valuable varieties, and situations requiring precise moisture management throughout the propagation and growing process.
Solid-Bottom Trays
Designed without drainage holes, these water-retaining trays serve multiple functions including containing water for bottom irrigation, protecting surfaces during propagation, and supporting sub-irrigation systems. Their seamless design creates reliable water containment for controlled moisture delivery, making them ideal for capillary mat systems, bottom watering techniques, and humidity management applications. Many operations utilize these versatile trays as water-retention bases beneath drainage trays, creating multi-functional growing systems that optimize moisture management while protecting underlying surfaces.
Insert/Cell Trays
These compartmentalized growing systems feature individual cells that create separated growing spaces within a single tray footprint. Available in various cell configurations from small seed-starting divisions to larger growing compartments, these specialized trays maximize production efficiency while minimizing transplant shock through root containment. The modular design facilitates everything from germination to finishing operations while maintaining individual root zones that prevent competition between plants. Their space-efficient design makes them particularly valuable for production systems requiring uniform plant development and efficient space utilization.
Trays by Dimension & Capacity
Standard Flats (20" x 10")
These industry-standard dimensions represent the most widely used format in commercial horticulture, providing optimal footprints for greenhouse benches, racks, and automated systems. Their rectangular proportions maximize growing space on standard shelving while accommodating efficient handling and processing throughout production cycles. The universal dimensions ensure compatibility with the broadest range of accessories, inserts, and handling equipment across the horticultural industry, creating seamless integration with existing infrastructure and systems throughout professional growing operations.
Mini/Propagation Trays (5" x 5")
These compact growing platforms provide specialized solutions for starting smaller quantities, valuable varieties, or experimental crops that don't require full-size trays. Their space-efficient dimensions conserve bench space and growing media while facilitating targeted propagation of select varieties or specialized crops. Many operations utilize these versatile small-format trays for propagating cuttings, starting limited quantities of specialty varieties, or conducting growing trials before scaling to full production. Their manageable size makes them particularly valuable for operations requiring segregation of different varieties or growing trials.
Deep Growing Trays
Featuring extended depth dimensions, these specialized trays accommodate crops requiring additional root space, longer production cycles, or specialized growing media. The increased volume provides extended growing capacity for larger transplants, perennials, woody ornamentals, and crops with extensive root systems that would become restricted in standard-depth alternatives. These high-capacity trays prove particularly valuable for operations requiring extended production periods before transplanting or finishing, enabling root development that supports vigorous plant growth and successful establishment after transplanting.
Custom & Specialized Dimensions
Beyond standard formats, specialized tray dimensions address unique growing requirements, space constraints, or custom production systems within specific operations. These application-specific formats might include extra-large propagation surfaces, specialized shapes for particular crops, or dimensions optimized for custom growing environments including vertical farming, aquaponics, or specialized propagation techniques. While standard dimensions serve most applications effectively, these specialized formats enable optimized production for operations with unique requirements or innovative growing systems requiring non-standard containment solutions.
Trays by Material & Construction
Durable Plastic Trays
Constructed from high-impact, UV-stabilized polymers, these commercial-grade trays provide extended service life through multiple growing cycles while withstanding greenhouse conditions, handling requirements, and cleaning protocols. Their durable construction delivers excellent return on investment through multi-season usage, maintaining structural integrity despite exposure to moisture, temperature fluctuations, and routine handling. These professional-quality trays resist cracking, warping, and degradation that would compromise performance, making them ideal for commercial operations requiring long-term reliability and repeated use across growing seasons.
Recyclable/Sustainable Options
Addressing environmental considerations while maintaining essential performance, these eco-conscious options incorporate recycled content, biodegradable additives, or renewable materials that reduce environmental impact throughout their lifecycle. From recycled-content plastic formulations to emerging bio-based polymers, these environmentally responsible alternatives deliver necessary functionality with improved sustainability profiles compared to conventional alternatives. These options prove particularly valuable for operations prioritizing environmental responsibility within their growing procedures while maintaining the performance characteristics essential for successful production.
Heavy-Duty Construction
Engineered for maximum durability in demanding applications, these reinforced trays feature thicker walls, structural reinforcement, and premium materials that withstand intensive use in commercial environments. Their enhanced construction provides confidence when handling larger plants, heavier media, or applications requiring frequent movement and handling throughout extended production cycles. These specialized trays deliver exceptional performance in applications involving automated handling, mechanical transplanting, or situations where standard trays might flex or distort under load, ensuring consistent performance despite demanding operational requirements.
Specialized Material Formulations
Addressing specific growing challenges through advanced polymer science, these application-specific trays incorporate antimicrobial additives, enhanced UV protection, or specialized performance characteristics that optimize results in particular growing environments. From formulations designed for extreme temperature resistance to materials engineered for maximum sanitation in sensitive propagation applications, these specialized options deliver targeted solutions for operations with unique requirements or challenging growing conditions that might compromise standard materials. These advanced options create performance advantages that can significantly impact production outcomes in specialized growing operations.
When selecting growing trays for your operations, consider how these various characteristics align with your specific cultivation methods, crop types, growing environment, and production requirements. Many successful operations implement multiple tray types throughout their production systems, optimizing each stage with appropriate specifications while maintaining compatibility across their integrated growing processes. Our selection continues to evolve, incorporating advanced designs and specialized options to address emerging horticultural challenges and innovative cultivation methods.
Key Features & Benefits
Quality growing trays deliver multiple advantages that impact propagation success, operational efficiency, and production outcomes. Understanding these benefits helps you select trays that optimize your specific growing requirements:
Optimized Plant Development
Our growing trays enhance horticultural outcomes:
- Drainage engineering that prevents waterlogging while maintaining optimal moisture.
- Air pruning capabilities that promote healthy root development.
- Uniform growing conditions that ensure consistent crop development.
- Appropriate depth profiles that accommodate specific crop requirements.
Operational Efficiency
Our trays enhance workplace productivity and resource management:
- Space optimization through efficient dimensional design.
- Labor savings through streamlined handling and processing.
- Reduced media waste through precise volume containment.
- System compatibility with standard greenhouse infrastructure.
Durability & Longevity
Our trays provide exceptional service life:
- Impact-resistant construction that withstands commercial handling.
- UV-stabilized materials that resist degradation from sunlight exposure.
- Chemical resistance to fertilizers, pesticides, and cleaning agents.
- Temperature stability across greenhouse and field conditions.
Versatility & Adaptability
Our trays accommodate diverse growing requirements:
- Multiple configuration options for different growing methods.
- Compatibility with industry-standard inserts and accessories.
- Adaptability across crop types and production systems.
- Integration capabilities with automation and irrigation systems.
When selecting growing trays for your operations, prioritize features that address your specific challenges in plant development, operational efficiency, resource management, and production system requirements. The right trays do more than simply contain growing media—they enhance germination rates, improve root development, maximize space utilization, and ultimately contribute to higher quality crops and improved production economics. Many successful growers view their tray selection as a strategic investment in production outcomes rather than merely a consumable expense, recognizing the significant impact of appropriate growing containers on both plant quality and operational profitability.
Growing Applications and Use Cases
Growing trays serve diverse horticultural applications with specific requirements and operational parameters. Understanding these application-specific considerations helps in selecting the most appropriate trays for your cultivation systems:
Seed Starting & Propagation
The initial development stages require specific tray characteristics:
- Drainage-optimized trays that provide ideal moisture balance for germination
- Cell inserts that create uniform growing spaces for consistent development
- Shallow configurations that conserve media while supporting initial growth
- Clear dome compatibility for humidity management during germination
Transplant Production
Growing market-ready transplants demands specific features:
- Appropriately sized cells that balance space efficiency with root development
- Durability that withstands movement and handling during growing cycles
- Air pruning features that create compact, fibrous root systems
- Compatibility with commercial handling and shipping systems
Hydroponic & Soilless Production
Water-based growing systems require specialized containment:
- Solid-bottom trays for nutrient solution containment and recirculation
- Chemical resistance to fertilizer solutions and pH adjustments
- Light-blocking properties that prevent algae growth in nutrient solutions
- Precision dimensions that integrate with hydroponic system components
Commercial Greenhouse Production
High-volume operations require efficiency-focused solutions:
- Standardized dimensions that maximize bench and cart utilization
- Durable construction that withstands automated handling systems
- Consistent performance across large-scale production batches
- Integration capabilities with irrigation, transport, and spacing systems
Specialty & Niche Production
Unique crops and growing methods have specific requirements:
- Specialized configurations for microgreens, herbs, or other niche crops
- Deep trays for crops requiring substantial root space development
- Custom sizing for integration with specialized growing environments
- Application-specific features that optimize unique production methods
Research & Experimental Applications
Scientific and development work demands precision:
- Uniform growing conditions that support experimental validity
- Modular systems that facilitate comparison trials and replication
- Small-format options for limited-scale experimentation
- Precise dimensional consistency for experimental standardization
The optimal growing tray selection aligns specific performance characteristics with your cultivation methods, crop types, production scale, and operational systems. Many successful growing operations implement targeted tray selections throughout their production systems, optimizing each stage with appropriate specifications while maintaining compatibility across their integrated growing processes. This systematic approach ensures that every production phase receives appropriate containment solutions while preventing unnecessary complexity or expense in applications where simpler options deliver equivalent results.
Tray Accessories and System Compatibility
Growing trays function optimally as part of integrated systems with compatible accessories and complementary components. Understanding these relationships helps create efficient, effective growing environments:
Essential Tray Accessories
Complementary components that enhance growing tray functionality:
Clear dome covers: These transparent humidity management accessories create controlled microenvironments that enhance germination rates and early seedling development. The clear design allows light penetration while maintaining elevated humidity levels that support initial growth stages. These versatile components prove particularly valuable during germination phases when moisture management significantly impacts success rates, providing easily adjusted ventilation through integrated vents or progressive removal during seedling hardening.
Cell inserts and dividers: These organization systems create separated growing spaces within standard tray footprints, accommodating different plant quantities and spacing requirements without requiring multiple tray formats. Available in configurations ranging from 72-cell propagation inserts to larger 6-cell finishing dividers, these modular components maximize production flexibility while optimizing space utilization throughout growing cycles.
Capillary mats and irrigation systems: These moisture management accessories integrate with solid-bottom trays to create sub-irrigation systems that deliver consistent moisture without overhead watering. The combination provides efficient water utilization while reducing foliar disease issues associated with traditional overhead irrigation, creating optimal growing conditions for moisture-sensitive crops while reducing labor requirements through extended watering intervals.
Support racks and transport systems: These handling accessories facilitate efficient movement of multiple trays throughout production environments, reducing labor requirements while preventing damage during transport operations. From specialized carrying trays that accommodate multiple propagation flats to bench systems designed for optimal tray placement, these support components enhance operational efficiency throughout commercial growing operations.
Labeling and tracking systems: These identification accessories integrate with standard trays to maintain critical production information throughout growing cycles. From specialized label holders that accommodate moisture-resistant tags to digital tracking systems utilizing tray-mounted identifiers, these organizational components ensure accurate crop tracking from propagation through finishing stages in complex production environments with multiple varieties and batches.
System Integration Considerations
Key factors for successful integration within comprehensive growing systems:
- Dimensional standardization: Industry-standard tray dimensions create seamless compatibility with commercial greenhouse infrastructure including benches, transport carts, and automated handling equipment. Maintaining consistent sizing throughout your production system eliminates adaptation requirements while maximizing efficiency across propagation, growing, and finishing operations that might otherwise require specialized handling procedures or equipment modifications.
- Irrigation compatibility: Tray design significantly impacts irrigation effectiveness, with drainage patterns, hole configurations, and edge designs affecting water movement throughout growing media. Evaluating irrigation system compatibility during tray selection helps prevent moisture management issues that might otherwise compromise crop development despite appropriate water delivery systems. This evaluation should consider both irrigation method and crop water requirements throughout production cycles.
- Automation integration: Commercial operations utilizing automated systems for filling, seeding, transplanting, or handling must ensure tray specifications align with equipment requirements, preventing production bottlenecks or performance issues. From dimensional precision necessary for robotic handling to specific edge profiles required for automated transplanters, these technical specifications directly impact equipment performance throughout mechanized production operations.
- Growing environment alignment: Different production environments—including greenhouses, growth chambers, vertical farming systems, and outdoor growing areas—may impose specific requirements on tray selection. Environmental considerations including temperature extremes, light intensity, humidity levels, and handling frequency all impact optimal tray specifications for specific growing locations throughout commercial production operations.
- Crop-specific adaptations: Different plant types impose varied requirements on growing containers, from moisture retention needs of certain species to root development patterns requiring specific cell configurations. Specialized crops often benefit from customized tray selections that optimize their specific developmental requirements rather than standardized systems that might compromise growth potential or harvest quality in varieties with unique growing characteristics.
System Design Strategy
Consider implementing a comprehensive growing system audit that evaluates the entire production process from propagation through finishing, identifying opportunities for standardization and efficiency enhancement through strategic tray selection. This systematic approach often reveals integration gaps or compatibility issues that create operational inefficiencies despite appropriate individual components. Developing standardized tray specifications around core dimensional formats while incorporating specialized variations only where functionally necessary typically optimizes both operational efficiency and capital utilization throughout commercial growing operations. Many successful producers maintain approximately 80% system standardization while allowing 20% specialized adaptation for crops or applications requiring unique configurations, balancing efficiency with necessary flexibility.
Wholesale Purchasing: Advantages & Considerations
For horticultural operations utilizing growing trays in their production systems, wholesale purchasing offers significant advantages. Understanding these benefits and key considerations helps optimize your procurement strategy:
Wholesale Advantages
Bulk purchasing of growing trays delivers multiple operational and financial benefits:
- Significant cost savings: Case quantities substantially reduce per-unit costs compared to small-quantity purchases, improving production economics throughout your operation. Our wholesale pricing structure typically delivers 20-40% savings over retail or small-quantity procurement, directly enhancing profitability while maintaining access to professional-quality growing materials essential for commercial production.
- Production continuity: Maintaining adequate tray inventory prevents disruptions to propagation schedules, transplant operations, or growing cycles that could significantly impact production timelines and crop availability. Wholesale quantities ensure sufficient materials remain available throughout production seasons, eliminating delays or compromises that might otherwise occur from material shortages at critical production phases.
- Consistent quality: Trays sourced from the same production batch ensure uniform performance, dimensions, and characteristics—critical factors for commercial growing operations dependent on predictable outcomes. This manufacturing consistency prevents the variations that might occur when sourcing from multiple suppliers or production runs, supporting standardized growing protocols and reliable crop development.
- Streamlined logistics: Consolidated purchasing reduces administrative overhead, simplifies inventory management, and minimizes processing costs associated with frequent, small-quantity ordering. Many operations find that seasonal or semi-annual tray procurement aligns perfectly with their production cycles while maximizing both economic advantages and operational efficiency throughout their growing systems.
- Case efficiency: Our case configurations optimize both shipping economics and handling efficiency, with quantities (typically 10 units per case) that balance bulk advantages with practical storage and distribution considerations within your operation. These standardized case configurations integrate seamlessly with commercial receiving systems while providing manageable quantities for distribution throughout your production areas.
Implementation Considerations
To maximize the benefits of wholesale growing tray purchasing, address these important factors:
- Storage capacity: Ensure adequate clean, dry storage space for tray inventory that protects products from damage, contamination, and UV exposure between production cycles. Proper storage prevents warping, degradation, or contamination that might compromise performance during subsequent growing cycles. Many operations designate specific storage areas with appropriate conditions to maintain tray integrity and cleanliness between uses.
- Usage forecasting: Analyze your production schedules and tray requirements across different growing cycles to determine appropriate inventory levels, preventing both shortages during peak production periods and excessive carrying costs from over-purchasing. Accurate forecasting optimizes capital allocation while ensuring material availability aligned with production requirements throughout your growing schedule.
- Cleaning protocols: Develop efficient sanitization and handling processes for trays between production cycles, maximizing reusability while preventing disease transmission or contamination issues that might affect subsequent crops. Effective protocols balance sanitation requirements with operational efficiency, extending useful tray life while maintaining growing hygiene throughout multiple production cycles.
- Seasonal considerations: Align major tray purchases with production schedules and availability forecasts, recognizing that certain peak periods might affect both pricing and lead times throughout the horticultural supply chain. Proactive purchasing that anticipates seasonal demands can secure both optimal pricing and guaranteed availability during critical production periods when industry-wide demand might otherwise create supply constraints.
- Compatibility planning: Ensure newly purchased trays maintain compatibility with existing accessories, inserts, equipment, and handling systems throughout your operation, preventing integration issues that might create operational inefficiencies or require additional purchases. Standardization around consistent specifications typically delivers significant operational advantages throughout complex growing systems with multiple interconnected components.
Inventory Management Strategy
Consider implementing a tiered inventory system that categorizes your tray requirements by criticality, replacement frequency, and lead time sensitivity. Maintain higher safety stock levels for your core production trays that see continuous use throughout growing cycles, while implementing just-in-time approaches for specialty trays used intermittently in specific applications. This balanced approach optimizes storage requirements and capital allocation while ensuring appropriate availability across your full production system. Many successful operations establish minimum threshold levels that trigger reordering well before complete depletion, typically when inventory reaches 20-25% of maximum levels, providing adequate buffer for procurement lead times while preventing emergency purchasing that might compromise both economics and operational continuity.
Frequently Asked Questions
What's the difference between trays with and without drainage holes?
These distinct designs serve complementary functions within integrated growing systems. Drainage-hole trays facilitate excess water removal, preventing waterlogged media while promoting healthy root development through improved aeration. This design proves essential for direct seeding, rooting cuttings, and growing moisture-sensitive crops that require precise drainage control. Solid-bottom trays without drainage serve as water-containment reservoirs for bottom-watering systems, humidity management, and surface protection beneath draining trays. Many operations utilize both types in combination—placing drainage trays within solid-bottom trays—creating versatile sub-irrigation systems that optimize moisture delivery while preventing underlying surface damage from water flow. This combined approach maximizes both growing performance and operational efficiency throughout propagation and production activities.
How long should growing trays last under normal use?
Our commercial-grade growing trays typically deliver 3-5 years of service under standard greenhouse conditions with appropriate handling and maintenance. Actual lifespan varies significantly based on several factors including frequency of use, exposure to UV radiation, chemical contact (fertilizers/pesticides), cleaning methods, handling procedures, and temperature fluctuations. Operations implementing gentle handling protocols, protected storage between seasons, and appropriate cleaning methods without abrasive tools typically experience maximum service life. Trays utilized in outdoor environments with direct sunlight exposure generally experience shorter functional lifespans due to UV degradation, despite UV-resistant additives. Most operations should evaluate replacement needs annually, proactively replacing approximately 20-25% of inventory to maintain appropriate performance while preventing production disruptions from unexpected failures during critical growing periods.
What's the best way to clean and sanitize growing trays between uses?
Effective sanitization balances pathogen elimination with tray longevity considerations. Begin by removing all organic material, growing media, and debris through physical cleaning—typically pressure washing for commercial operations or manual removal for smaller systems. Once physically clean, sanitize trays using appropriate horticultural disinfectants including quaternary ammonium compounds, hydrogen peroxide formulations, or other commercial greenhouse sanitizers following manufacturer concentration recommendations and contact time requirements. Avoid chlorine bleach solutions above 10% concentration, as these may degrade plastic materials over time despite their disinfection effectiveness. Allow complete drying before stacking to prevent moisture accumulation that might support microbial growth during storage. For operations with particularly sensitive crops or disease pressure, consider implementing UV sterilization or heat treatment protocols as secondary sanitation measures before subsequent production cycles.
Are growing trays suitable for outdoor use and exposure?
While our commercial trays incorporate UV stabilizers and weather-resistant materials, continuous outdoor exposure will accelerate degradation compared to protected greenhouse environments. For operations requiring outdoor applications, implement several protective strategies: position trays to minimize direct sunlight exposure when possible, prioritize black or dark-colored trays that resist UV degradation better than clear or white alternatives, and anticipate replacement at 1.5-2x the frequency of greenhouse applications. Consider semi-protected environments like shade structures or hoop houses to extend tray lifespan while maintaining outdoor growing advantages. Many operations utilizing trays in outdoor settings implement proactive mid-season inspections to identify early degradation indicators, preventing unexpected failures during critical production periods while maximizing service life through appropriate positioning and handling protocols despite environmental challenges.
What are the typical case quantities and pallet configurations?
Our growing trays are packaged in application-appropriate case quantities that balance handling efficiency with inventory management considerations. Standard 20" x 10" propagation trays typically come in cases of 10 units, creating manageable packages for distribution throughout growing operations. These cases are configured on pallets in quantities ranging from 36-56 cases depending on tray depth and design specifications, optimizing both shipping density and handling safety. Accessories including dome lids and inserts maintain similar case quantities to simplify system implementation. Smaller format trays including 5" x 5" propagation options feature higher unit counts per case (typically 100-200) reflecting their reduced dimensions and storage requirements. These standardized packaging configurations simplify both ordering processes and inventory management throughout commercial growing operations while maximizing transportation efficiency.
How do I select the appropriate tray configuration for specific crops?
Optimal selection requires evaluating several crop-specific factors. Consider growth habit and space requirements—larger or spreading plants require either fewer cells per tray or larger individual cell dimensions to prevent overcrowding and competition. Evaluate root development patterns, as fibrous-rooted crops often thrive in standard cell configurations while tap-rooted varieties typically require deeper growing spaces to accommodate downward development without restriction. Production timeline significantly impacts appropriate sizing—crops with extended production periods generally benefit from larger cell volumes that prevent root binding and support continued growth. Finally, transplant method influences optimal configuration, as mechanical transplanting often requires specific cell designs compatible with equipment specifications. Many successful operations maintain standardized trays for general production while implementing specialized configurations only for crops with requirements that significantly deviate from standard growing parameters.
Why Choose ePackage Supply for Your Growing Tray Needs
At ePackage Supply, we understand that quality growing trays are essential components in successful horticultural operations. Our comprehensive selection is designed to meet diverse growing requirements:
Comprehensive Product Selection
From standard propagation trays to specialized growing systems, our catalog includes solutions for virtually every horticultural application. Our curated selection ensures you'll find the perfect trays for your specific growing methods, crop types, and operational requirements while maintaining the quality and performance necessary for professional production outcomes.
Commercial-Grade Quality
Our growing trays meet stringent performance specifications, ensuring reliable operation in demanding commercial environments. We source from reputable manufacturers who maintain rigorous quality control processes, giving you confidence that your growing system will perform dependably throughout production cycles while supporting optimal plant development from propagation through finishing stages.
Competitive Wholesale Pricing
Our volume-based pricing structure delivers exceptional value without compromising quality or performance. Whether you're ordering standard case quantities or establishing ongoing supply agreements, our wholesale model helps maximize your production economics while ensuring reliable access to essential growing components. Transparent pricing and consistent availability help simplify your procurement process and operational planning throughout growing seasons.
Horticultural Expertise
Our team understands the specific requirements of diverse growing operations including commercial greenhouse production, plant propagation, nursery operations, and specialty crop systems. We can help you select the optimal trays for your particular applications, ensuring appropriate specifications that will perform reliably throughout your production cycles while delivering the plant quality and operational efficiency essential for commercial success.
Optimize Your Growing System Today
Partner with our horticultural supply experts to source the perfect growing trays for your specific cultivation requirements.
Get In Touch Today