363 professional products and components for UAE farms and greenhouses.
Choose a crop or system to see the related components
Thirteen-litre cocopeat slab sized for elevated strawberry gutter production, providing a uniform root zone with controllable drainage. Confirm plant count per bag, buffered EC, drip spacing and drain-hole positions before installation; irrigation frequency must follow substrate moisture and crop stage.
Eighteen-litre cocopeat slab for hydroponic tomato and other long-cycle high-wire crops. Verify buffered EC, expansion volume, plant density, dripper number and drainage layout; manage irrigation by radiation, crop load and measured drain percentage rather than a fixed daily schedule.
Structural suspension components for supporting elevated strawberry gutters at a consistent working height and drainage slope. Project design must account for saturated substrate weight, crop load, row spacing, greenhouse fixing points and corrosion-resistant hardware.
End support profile that stabilizes hydroponic tomato or strawberry gutters and protects the designed drainage termination. Match gutter section and slope, leave service access for drain inspection and use corrosion-resistant fixings in wet nutrient environments.
Purpose-made support bracket for suspending commercial strawberry gutters at a consistent working height and slope. Confirm gutter profile, hanger spacing, saturated substrate load and suspension-point capacity; align supports carefully to maintain drainage and harvesting access.
Multi-outlet collector for receiving drainage from hydroponic channels and directing it to a return or disposal line. Match outlet count and spacing to the gutter layout, maintain continuous fall and provide removable access for flushing, sampling and sanitation.
Uniform horticultural rockwool sheet pre-scored for commercial seedling and cutting propagation. Condition to the target pH and EC before sowing, maintain even moisture without saturation and transplant when roots occupy the plug while remaining white and active.
Compressed buffered cocopeat block for preparing professional potting and hydroponic substrate blends. Hydrate with clean water, break up uniformly and verify expansion volume, pH, EC and sodium/potassium levels before planting; blend drainage components according to crop requirements.
UV-stabilized end closure for compatible elevated strawberry gutters. It limits substrate loss and directs drainage with the matching outlet and seal.
Galvanized bracket for supporting tomato grow-bag gutters at a controlled height and drainage slope. Final spacing must account for saturated substrate and crop load.
Smooth PVC channel for collecting hydroponic drainage and routing it to disposal or treatment. Provide continuous fall and accessible cleanouts.
Reusable flood-and-drain bench tray for subirrigating nursery pots and propagation containers with controlled nutrient solution. Confirm bench dimensions, outlet layout, support spacing and sanitation method before system design.
Wall-mounted pH controller with an integrated peristaltic pump for automatic correction of hydroponic and irrigation solutions. Confirm chemical compatibility, dosing capacity, probe installation, interlocks and calibration routine before commissioning.
Kiln-fired expanded clay aggregate for hydroponic pots, Dutch buckets and aeration layers. Rinse before use, confirm particle size for the container and irrigation method, and disinfect thoroughly before reuse between crop cycles.
Moulded end drainage cover for directing return solution from compatible soilless growing channels into a collection line. Confirm the channel profile, outlet size, sealing method and design flow, and retain access for inspection and sanitation.
Individually sleeved compressed coco cube for nursery finishing, vegetative plants and compact hydroponic production. Hydrate evenly, verify expanded volume and EC, and match the pre-drilled opening, dripper placement and drainage to the crop.
Portable multi-parameter meter for checking hydroponic nutrient solutions, irrigation water and stored water. Calibrate with fresh standards, rinse probes between samples and allow temperature compensation to stabilize before recording pH and EC readings.
Two-part hydroponic nutrient set for leafy greens, herbs, seedlings and vegetative growth in NFT, DWC, cocopeat and other soilless systems. Add Part A to water first, mix fully, then add Part B; never mix the concentrates directly and adjust final EC and pH to the crop stage.
Reusable slotted net cups for lettuce, herbs, seedlings and clones in NFT, DWC, aeroponic and aquaponic systems. Confirm the channel-hole diameter before ordering, support young roots with a suitable plug and clean and disinfect the cups between crop cycles.
Integrated elevated strawberry growing-system package for preliminary planning of approximately 1,000 m². It can combine formed gutters, galvanized support frames, cocopeat grow bags, dripper-line interfaces, drainage outlets and return-water collection. Row spacing, working height, slope, plant density, saturated load and final quantities are engineered around the greenhouse, cultivar and production target before quotation.
Complete stake-dripper assembly for delivering water and nutrient solution directly to pots, grow bags and hydroponic slabs. Secure the arrow close to the root zone, keep microtube runs consistent and flush manifolds before connecting the outlets.
Washed loose cocopeat supplied for nursery, container and hydroponic substrate preparation. Confirm moisture-adjusted volume, pH, EC and sodium levels before blending; add coarse drainage material according to crop, pot depth and irrigation strategy.
High-volume cocopeat grow bag for long-cycle greenhouse cucumber production. Confirm plant density, chip-to-pith ratio, buffered EC, dripper count and drain-hole positions before ordering, then manage irrigation using radiation and measured drainage.
Commercial NFT channel for lettuce, herbs and compact leafy crops grown with a shallow recirculating nutrient film. Final channel length, planting-hole spacing, slope, inlet flow and support spacing must be coordinated with the crop and hydraulic design before quotation.