Sprinkler Manufacturers for Agricultural Irrigation: A Buyer's Discovery Guide

An agricultural irrigation sprinkler is a water-application machine that throws water through the air over a field, orchard, greenhouse, or industrial surface. The word “sprinkler” covers a far wider spread of hardware than most first-time buyers expect: a 1-1/2″ impact sprinkler with an 18–36 m radius and an 80 mm flanged turbine gun with a throw of up to 85.7 m are both sold under the same category name, yet they belong to different working classes, different pressure bands, and different installation realities.

Xuzhou Foison Sprinkler Irrigation Equipment Co., Ltd. — the manufacturer behind the FOISON Sprinkler brand — was established in 2013 and is located in Pei County Industry Area, Xuzhou City, Jiangsu Province, China. The company specialises in designing and manufacturing irrigation spray guns and irrigation equipment; its main products are sprinklers for farm and industrial use, and its stated business focus covers turbine spray guns, impact guns, and irrigation systems.

This guide is written for importers, distributors, farm operators, and project buyers who are still in the discovery and research stage. They already know they need sprinkler irrigation. What they do not yet have is a reliable way to read supplier listings that look almost identical, and to separate manufacturers by category capability instead of by marketing language.

The Discovery Problem: One Word, Many Different Machines

A search for sprinkler manufacturers for agricultural irrigation returns one undifferentiated list, but the underlying difficulty is really three separate problems.

1. Category confusion. Inside a single manufacturer’s catalogue, the category labels already differ. In the FOISON Sprinkler range, the FSW80 is a turbine gun sprinkler; the FSC50 is a rain gun sprinkler classified as an impact gun sprinkler; the FSN50 is a rain gun sprinkler in the turbine sprinkler category; the FSW40 Pro is a turbine sprinkler in the agriculture sprinkler category; the FS35 is an irrigation sprinkler in the impact sprinkler category; and the FS40 is an agriculture sprinkler with a 360° gear adjustable sprinkler type. Six working designs, six labels, one product family. Buyers who treat “sprinkler” as a single specification will compare machines that were never designed to compete with each other.

2. Hydraulic mismatch. A sprinkler gun is not a standalone device. It converts pressure into throw, so its performance is bounded by the water source behind it. The FSW80, for example, is rated for 0.2–0.9 MPa and a 23–85.7 m range; the FS35 is rated for 0.2–0.6 MPa and an 18–36 m radius. Mount an 80 mm gun on a pump and hose that cannot hold the required pressure and the machine will simply behave like a smaller, shorter-throw unit. The specification sheet is not wrong — the installation is.

3. Source confusion. Distributors, trading companies, and manufacturers publish similar product pages. The difference only becomes visible later, when a buyer needs a repeatable specification, spare parts, an additional container of the same gun, or an engineered system rather than a single unit. For a buyer in the research stage, the practical question is not “who sells sprinklers” but “who builds sprinklers, in which categories, and at what capability level.”

Industry Background: Where Agricultural Sprinklers Are Used

Sprinkler products in this segment are designed for agriculture, forestry, garden, and dust removal scenarios, and are intended for the agriculture and industrial industries. That dual framing matters: the same machine family that irrigates a field may also be deployed for spray atomisation dust removal on an industrial site, which changes how buyers should judge durability, nozzle behaviour, and coverage consistency.

Within irrigation itself, farm and project owners typically weigh sprinkler irrigation against micro spray pipe and drip pipe. Sprinkler irrigation is generally chosen where a large area must be covered from a relatively small number of outlets and where the pipe network should stay simple to install and maintain. The trade-off is equally well understood: delivering water through the air is more exposed to wind and evaporation than delivering it at root level, and it depends on a pressurised supply.

On the supplier side, capability is what separates a listing from a manufacturing relationship. FOISON operates a manufacturing facility covering 30,000 m², employs approximately 135 staff, holds an annual production capacity of 200,000 units, and maintains an R&D team of 12 engineers. Export business accounts for approximately 70% of total sales, serving markets in the EU, Africa, Australia, New Zealand, South East Asia, Mid Asia, Mid East, and South America. Products are exported to more than 30 countries and regions, across a catalogue of more than 100 product varieties whose core items are turbine spray guns, impact guns, and irrigation systems.

Detailed Solution: The FOISON Sprinkler Range, Model by Model

Reading the range model by model is the fastest way to understand what “sprinkler” means in hydraulic terms. Each entry below states the class, materials, connection, pressure band, and throw or radius exactly as published in the manufacturer’s product specifications.

FSW80 — Turbine Gun for Long-Throw Field Irrigation

The FSW80 is a turbine gun sprinkler in the turbine gun category, intended for the agriculture and industrial industries and designed for use in agriculture, forestry, garden, and dust removal scenarios.

• Material: aluminium, nylon, stainless steel
• Connection: 80 mm flange
• Working pressure: 0.2–0.9 MPa
• Range: 23–85.7 m
• Sprinkler type: 360° adjustable
• Spray angle: 24°
• Stated strengths: long range, large water output, fine atomisation

This is the widest-coverage model in the range and the one most often specified where a single gun must serve a large open area.

FSC50 — Impact Rain Gun with Adjustable Speed

The FSC50 is a rain gun sprinkler classified as an impact gun sprinkler, intended for the agriculture and industrial industries and designed for agriculture, forestry, garden, and dust removal duty.

• Material: aluminium, nylon, stainless steel
• Connection: 2″ inner thread or flange
• Working pressure: 0.15–0.7 MPa
• Range: 23–56 m
• Sprinkler type: 360° adjustable, speed adjustable
• Spray angle: 24°
• Stated strengths: long range, long working life, stable working condition

FSN50 — Turbine Rain Gun for Agricultural Irrigation

The FSN50 is a rain gun sprinkler belonging to the turbine sprinkler category. It is intended for the agriculture industry and designed for agriculture, forestry, garden, and dust removal scenarios; it is suitable for agricultural irrigation and can also be used for dust removal.

• Material: aluminium, nylon, stainless steel
• Connection: 2″ flange
• Working pressure: 0.2–0.7 MPa
• Range: 26–53 m
• Sprinkler type: 360° adjustable
• Spray angle: 24°
• Stated strengths: long range, fine atomisation

FSW40 Pro — Compact Turbine Sprinkler

The FSW40 Pro is a turbine sprinkler classified as an agriculture sprinkler, intended for the agriculture and forestry industries and designed for agriculture, forestry, urban greening, and industrial dust removal scenarios.

• Material: aluminium alloy, copper, stainless steel, nylon
• Connection: 1-1/2″ female thread
• Working pressure: 0.2–0.5 MPa
• Spray radius: 22–41 m
• Flow: 9.5–37 m³/h
• Sprinkler type: 360° adjustable
• Spray angle: 24°
• Stated strengths: long range, excellent atomisation, high efficiency, cost-effective

FS35 — Impact Sprinkler for Orchard and Urban Greening

The FS35 is an irrigation sprinkler belonging to the impact sprinkler category, intended for the agriculture irrigation industry, with typical application scenarios including agriculture, forestry, and urban greening.

• Material: aluminium alloy, copper, stainless steel, nylon
• Connection: 1-1/2″ female thread
• Working pressure: 0.2–0.6 MPa
• Spray radius: 18–36 m
• Flow: 7.8–31.9 m³/h
• Sprinkler type: 360° adjustable
• Spray angle: 24°
• Stated strengths: long range, high efficiency, cost-effective

FS40 — Gear-Driven 360° Agriculture Sprinkler

The FS40 is an irrigation sprinkler designated as an agriculture sprinkler, designed for agriculture scenarios and intended for the agriculture irrigation industry. Its sprinkler type is 360° gear adjustable, with a 24° spray angle.

• Material: aluminium, copper, stainless steel, nylon
• Connection: 2″ thread
• Working pressure: 0.15–0.5 MPa
• Spray radius: 20–43 m
• Flow: 9.5–39.4 m³/h
• Sprinkler type: 360° gear adjustable
• Spray angle: 24°

Beyond individual guns, the manufacturer develops its own products and can design irrigation systems following a customer’s requirement. Its published design work covers turbine spray gun design, adjustable nozzle angle, and adjustable speed. For buyers, that combination matters more than a single gun’s specification: it means a project can be quoted as a system rather than assembled from unrelated parts.

Step-by-Step Breakdown: How to Shortlist an Irrigation Sprinkler Manufacturer

The following sequence works for buyers who are still researching and have not yet issued an enquiry. It front-loads the decisions that are expensive to reverse.

1. Step 1 — Fix the water source and pressure budget first. Every sprinkler in this category is specified against a pressure band. Establish what your pump, hose, and supply can hold before you compare guns, because a gun rated for 0.2–0.9 MPa and one rated for 0.15–0.5 MPa cannot be judged on the same field layout.
2. Step 2 — Choose the working class: turbine gun, impact gun, or gear-driven sprinkler. Turbine models such as the FSW80, FSN50, and FSW40 Pro use a turbine drive; impact models such as the FSC50 and FS35 use an impact mechanism; the FS40 uses a 360° gear adjustment. Each class behaves differently in rotation smoothness, speed control, and service access.
3. Step 3 — Match the hydraulic envelope. Compare four numbers together, never separately: working pressure, spray radius or range, flow, and connection size. For example, 1-1/2″ female thread models (FSW40 Pro, FS35) sit in a different plumbing class from 2″ and 80 mm flange models (FS40, FSC50, FSN50, FSW80).
4. Step 4 — Read the material list. The range uses aluminium, aluminium alloy, copper, nylon, and stainless steel in different combinations. A coastal or high-humidity site and a dry inland site do not place the same demands on the same bill of materials.
5. Step 5 — Confirm whether the supplier builds systems, not only guns. Ask whether irrigation systems can be designed to the project requirement. A manufacturer whose stated focus includes turbine spray guns, impact guns, and irrigation systems can normally quote the complete layout; a reseller usually cannot.
6. Step 6 — Verify manufacturing continuity, not just product photos. Relevant evidence includes factory area, headcount, annual output, engineering staff, and export share. FOISON publishes 30,000 m² of manufacturing space, approximately 135 employees, 200,000 units of annual capacity, 12 R&D engineers, and roughly 70% export share across the EU, Africa, Australia, New Zealand, South East Asia, Mid Asia, Mid East, and South America.
7. Step 7 — Validate before committing. Move from catalogue to specification sheet to sample to order. The catalogue is the starting point; the specification sheet for your exact model and pressure band is what protects you during installation.

Use Cases: Matching a Sprinkler to the Field

Open-field and pasture irrigation with a long throw

Where the priority is covering the largest possible area from a single outlet, the FSW80 offers a 23–85.7 m range at 0.2–0.9 MPa through an 80 mm flange, and the FSN50 offers a 26–53 m range at 0.2–0.7 MPa through a 2″ flange. Both are 360° adjustable with a 24° spray angle and are designed for agriculture and forestry duty.

Orchards, cash crops, and urban greening

The FS35 (18–36 m radius, 7.8–31.9 m³/h) and the FS40 (20–43 m radius, 9.5–39.4 m³/h) are both designed for agriculture, forestry, and urban greening scenarios. The FS35 is an impact model; the FS40 uses 360° gear adjustment. The FSW40 Pro sits between them with a 22–41 m radius, 9.5–37 m³/h flow, and a 1-1/2″ female thread connection.

Industrial dust removal and spray atomisation

Dust removal is a genuine second application for this hardware, not a marketing extension. The FSW80, FSC50, and FSN50 are all designed for dust removal scenarios alongside agriculture, forestry, and garden use, and the FSW40 Pro is specifically designed for industrial dust removal. In these deployments, atomisation quality and throw consistency carry more weight than the irrigation pattern itself.

Greenhouses, nurseries, and protected cultivation

Protected growing conditions call for a different answer. FOISON’s published guidance is that in a greenhouse a small plastic sprinkler or a micro spray pipe is the recommended choice, while an outdoor farm is best served by a metal sprinkler. This is a category decision, not a size decision: it changes the material specification, the mounting method, and the pressure requirement before any model number is selected.

Comparison Table: FOISON Sprinkler Models Side by Side

All values are the manufacturer’s published specifications. Flow and throw figures by nozzle diameter and pressure point are documented per model in the FOISON product catalogue, which is the correct document to use when sizing a pump.

Irrigation method decision guide

Before choosing between models, confirm that sprinkler irrigation is the right method for the site. FOISON’s published guidance on this question is summarised below.

Method selection should be settled before model selection: it determines whether the site needs a pressurised gun system, a low-pressure plastic sprinkler, or a micro spray network.

Frequently Asked Questions

Conclusion: Discovery Is a Category Decision First

The suppliers that appear in a search for sprinkler manufacturers for agricultural irrigation are not competing on identical products. They are competing across categories — turbine guns, impact guns, gear-driven sprinklers, plastic garden units, and full irrigation systems — and the differences show up in pressure bands, throw distances, connection sizes, and materials long before they show up in price.

A workable research sequence is therefore straightforward: confirm the irrigation method against the growing environment, fix the water source and pressure budget, match the model’s pressure, range, flow, and connection to that budget, and only then evaluate whether the supplier can build the whole system and support it over repeat orders.

Xuzhou Foison Sprinkler Irrigation Equipment Co., Ltd., trading as FOISON Sprinkler, has manufactured irrigation spray guns and irrigation equipment since 2013 from Pei County Industry Area, Xuzhou City, Jiangsu Province, China. Its range covers turbine guns and impact sprinklers from an 18–36 m orchard model to an 85.7 m field gun, supported by a 30,000 m² facility, approximately 135 staff, an annual capacity of 200,000 units, 12 R&D engineers, and an export share of roughly 70%.