Micro-Asperseur

Micro-asperseurs de précision pour couverture uniforme

6 produits disponibles

6 produits disponibles · Page 1 / 1

micro sprinkler

Micro-arroseur — Pressure Compensated Sprinkler

Micro-arroseur — Pressure Compensated Sprinkler, avec des champs techniques issus du catalogue clairement documentés. Comparer la fiche exacte, la variante et les besoins du projet avant toute demande technique.

Demander un Devis

micro sprinkler

Micro-Asperseur Rotatif 241T

Micro-asperseur rotatif classique 241T avec conception anti-insectes pour serres et pépinières.

Demander un Devis

PPNylon

micro sprinkler

Asperseur Rotatif Plein Cercle

Micro-asperseur rotatif plein cercle pour distribution uniforme d'eau à 360°.

Demander un Devis

PPNylon

micro sprinkler

Micro-Asperseur Rotatif Type G

Micro-asperseur type G avec déflecteur rotatif haute efficacité pour distribution uniforme.

Demander un Devis

PPNylon

micro sprinkler

IrriNex Upside-Down Micro-asperseur rotatif – Aérien Buse d'irrigation rotative

IrriNex Upside-Down Micro-asperseur rotatif – Aérien Buse d'irrigation rotative pour une distribution régulière de l'eau en micro-irrigation ou en aspersion.

Demander un Devis

micro sprinkler

Micro-asperseur rotatif anti-insectes à filetage mâle

Micro-asperseur rotatif anti-insectes à filetage mâle, offrant une couverture 360° uniforme pour vergers, serres et rampes d'irrigation aériennes.

Demander un Devis

Categories de produits associees

Micro-Jet

Bande de Micro-Aspersion

Brumisateur d'Irrigation

Buses de brumisation pour refroidissement et humidification

Kit d'Aspersion

Kits d'aspersion suspendus et sur tuteur prêts à installer

Micro Sprinklers & Drip Tubing – IrriNex

micro sprinklers

Micro Sprinklers Made for Real Field Conditions

Micro sprinklers sit between drip tape and full overhead systems — more coverage than a dripper, lower pressure and water use than a conventional sprinkler head. The tradeoff works well for orchards, nurseries, and crops that need moisture at the surface rather than strictly at the root.

We manufacture micro sprinklers in-house and have been supplying agricultural projects across 60+ countries. If you have a layout question before ordering, our technical team will look at it — that's part of how we work, not an add-on service.

Request a Quote → Technical Datasheet

micro sprinklers

Rotating Micro Sprinkler — MS-ROT Series

Low-pressure rotating head for orchards and nurseries. Adjustable radius with stable output across moderate pressure variation.

PP / PE 30–360° arc 0.15 – 0.30 MPa 40–300 L/h

why micro sprinklers

Where Micro Sprinklers Make Sense

They're not the right tool for every situation — but where the application fits, the performance difference over drip or overhead is real and measurable.

Even Coverage Without Overhead Infrastructure

Micro sprinklers distribute water across a radius rather than a single point. This matters for young trees, propagation beds, and any crop where surface coverage helps germination or establishment. No overhead pipe runs required.

Lower Water Use Than Conventional Sprinklers

Output rates run from 40 to 300 L/h depending on the head — well below a full sprinkler. Combined with low operating pressure, the pump load is significantly less than conventional overhead systems handling the same coverage area.

Soil Stays Where It Is

Low-pressure delivery means no impact force at the soil surface. Erosion and nutrient runoff are reduced. On sloped beds or fine-textured soils where a standard sprinkler would pit and compact the surface, micro sprinklers perform noticeably better.

Works Across Orchard, Greenhouse, and Nursery Setups

Spacing, arc angle, and radius can be matched to the layout. A rotating head on a stake works for an orchard with 4 m tree spacing; a fixed deflector head works for a propagation bench. The same product family covers both.

Compatible with Low-Pressure Sources

Most of our micro sprinkler heads operate between 0.15 and 0.30 MPa. Gravity-fed tank systems and small pumps can often meet this requirement without modification. Worth checking your source pressure before specifying conventional overhead.

Fertigation Works Through the Same System

Fertilizers can be injected at the header and distributed through the sprinkler network. Soluble nutrients reach the entire wetted zone, not just the immediate root. This works best when soil type and irrigation frequency are matched to uptake rate.

drip irrigation tubing

Tubing for Drip Irrigation Systems

The tubing that connects your header to your emitters affects pressure loss, flexibility, UV resistance, and long-term cost. There's no single right answer — it depends on your layout, burial depth, and how long the system needs to run.

dripline

Dripline — Integrated Emitter Tube

Emitters are molded into the tube wall at fixed spacing during extrusion. This is the most common choice for row crops and raised beds because there's nothing to punch or install separately. Spacing options range from 10 to 50 cm; wall thickness from 0.15 to 1.2 mm depending on whether the application is seasonal or multi-year. Thicker wall holds up to root intrusion and mechanical handling; thinner wall is cost-effective for annual replacement cycles.

PE 12 / 16 / 20 mm 10–50 cm spacing 0.15–1.2 mm wall

HDPE tubing

HDPE — High-Density Polyethylene

Hard, rigid, and pressure-rated well above what most drip systems require. HDPE is used for main lines and submains — the larger-diameter runs that carry water from the pump to the field laterals. It doesn't flex easily, so it's not suitable for tight bends or where the pipe needs to follow irregular terrain. Underground burial is where HDPE performs best: UV resistance becomes irrelevant, and the material handles soil pressure and temperature cycling without creep.

HDPE 20–110 mm OD PN6 / PN10 / PN16 buried mains

LDPE tubing

LDPE — Low-Density Polyethylene

Soft and flexible. LDPE bends around corners, follows contoured beds, and is easy to cut and connect without tools. It's used for lateral runs and distribution lines in greenhouses and nurseries where the layout changes regularly. Pressure rating is lower than HDPE, so it's not appropriate for high-pressure mains. UV stabilizer is standard in our stock; without it, LDPE becomes brittle in sun exposure within one to two seasons.

LDPE 12 / 16 / 20 / 25 mm UV stabilized lateral runs

LLDPE tubing

LLDPE — Linear Low-Density Polyethylene

The material used in drip tape and thin-wall dripline. LLDPE gives better puncture and tear resistance than LDPE at the same wall thickness, which is why it's the standard for lay-flat tape that gets rolled out and retrieved each season. It also tolerates the small stress concentrations around emitter inserts better than standard LDPE, which is why integrated-emitter driplines are almost universally made from it now. Not a substitute for HDPE on pressurized mains.

LLDPE drip tape / thin wall high tear resistance seasonal use

Not sure which tubing to specify? Send us your system layout — header size, lateral length, emitter type, and whether lines are surface or buried. We'll recommend the right tubing combination and flag any pressure-loss issues before you order.

applications

Where Micro Sprinklers Are Used

The coverage pattern and low-pressure operation make micro sprinklers a practical fit for several types of operations that drip tape doesn't serve well.

Orchard & Tree Crop Irrigation

Nursery & Propagation Beds

Greenhouse & Protected Cultivation

Need help selecting Micro Sprinkler? Contact IrriNex for samples, specifications, and quotation support.

Micro Sprinklers Made for Real Field Conditions

Where Micro Sprinklers Make Sense

They're not the right tool for every situation — but where the application fits, the performance difference over drip or overhead is real and measurable.

Even Coverage Without Overhead Infrastructure

Lower Water Use Than Conventional Sprinklers

Soil Stays Where It Is

Works Across Orchard, Greenhouse, and Nursery Setups

Compatible with Low-Pressure Sources

Fertigation Works Through the Same System