Fire Hose Gun Manufacturers

Our Position in This Category

As a Fire Hose Gun manufacturer and a direct China-based supplier of fire-fighting equipment, Taizhou Pacific Fire Equipment Co., Ltd. makes the water guns that complete an attack line. We are the same factory that produces the hoses, couplings, hydrant boxes, and hose reels used with these guns, so the interface between each component is part of our normal production scope.

Founded in 1980 and based in Taizhou, Jiangsu Province, we operate an 8,000 m² production plant with in-house R&D, testing, and after-sales service. Our current Fire Hose Gun category lists seven configurations, including 50 Switch Water Gun and DC Switch Water Gun, together with direct-flow and spray-type models used in hand lines, hose reels, and hydrant cabinets.

Fire Hose Gun Range and Configurations

A fire hose gun converts pressurized water into a dense, substantial stream when connected to a fire hose and hydrant or pump. We classify the range by jet form: DC water guns for straight streams, spray water guns for atomized patterns, DC-spray guns that switch between both, and multi-purpose guns for adjustable attack modes.

Range by pressure class

Application Fit by Facility Type

Fire hose guns are specified where an operator needs reach, water volume, or a changeable spray pattern. Our selection approach is based on the facility's fixed fire-fighting layout:

• Residential and commercial buildings: DC-spray guns in hydrant cabinets provide both a solid stream and a protective water curtain.
• Industrial plants: Medium-pressure multi-purpose guns handle larger hose lines and process-area hazards.
• Warehouses and logistics centers: Direct-flow guns give long reach and high water volume for rack and storage fires.
• Educational and medical facilities: Compact low-pressure guns are easier to handle in stairwells and corridors.
• Fire hose reel systems: The gun is matched to the reel's rated working pressure and hose diameter so the reel can be pulled and used quickly.

Operator safety is supported by selecting a pressure class above the actual inlet pressure, so the gun remains controllable at the nozzle and the flow pattern can be changed without losing line pressure.

Critical Specifications and Selection Data

The core data we use are inlet diameter, rated injection pressure, effective range, rated flow, applicable media, and equivalent nozzle diameter. For current catalog models, 50 mm inlet guns are specified at 0.35 MPa rated injection pressure with approximately 5 L/s flow and an effective range above 25 m. The 65 mm inlet guns step up to approximately 7.5 L/s with an effective range above 28 m.

These values are the working point for selecting the hose and coupling. When the site demand differs, we quote against the actual pressure and flow rather than fitting a standard gun to an unknown supply. The nozzle bore and equivalent nozzle diameter are specified so the flow and range remain consistent from unit to unit.

Integration With Hose, Couplings and Reels

Because we also manufacture the other components in the line, the gun's inlet can be matched to the same coupling standard used on the hose. Our Fire Hose range covers lined fire hoses from 25 mm to 100 mm nominal diameters, and our Fire Coupling program includes 25 mm to 150 mm interfaces in card-type and threaded configurations.

For Fire Hose And Reel systems, we confirm the gun's flow and pressure against the reel's rated working pressure and 19 mm hose diameter. For fixed monitor or skid-mounted systems, the gun can be mounted on a monitor body; we confirm the inlet connection and rated pressure so it can be integrated with either manual or remote-operated monitor controls.

Quality Assurance and Acceptance

We hold comprehensive production qualifications and operate our own laboratory and testing equipment. Each process step is inspected before moving to the next stage, and final products receive 100% full inspection according to customer requirements and international standards.

For project orders, we include the relevant certificates and test records with the proposal. If your specification references a particular standard, tell us during the RFQ stage so the test protocol and documentation can be aligned before production. Our engineering and technical staff, numbering more than 30 of the company's 80+ employees, supports drawing review, sample approval, and production follow-up.

Installation, Maintenance and Serviceability

Installation is a mechanical connection: mate the gun to the hose coupling, tighten according to the coupling type, and check that the swivel and flow control operate freely. Guns are shipped ready to connect, with the inlet coupling size confirmed during quotation.

Maintenance is limited to flushing after use, inspecting seals and O-rings, checking the nozzle for erosion, and verifying smooth rotation on switchable models. We supply replacement seals and nozzles as part of the after-sales service package.

Information We Use to Configure Your Solution

To prepare a configuration and quotation, we need the working point rather than just a model number.

• Nominal inlet size and coupling standard: 50 mm, 65 mm, or other
• Available pressure and required flow at the gun inlet
• Jet form: DC, spray, DC-spray, or multi-purpose
• Media: water, foam mixture, wetting-agent solution, or mixed liquid
• Mounting arrangement: hand line, hose reel, hydrant cabinet, or fixed monitor
• Target standard, order quantity, packing, and delivery method

For OEM/ODM projects, send drawings or physical samples. Our R&D team develops the production drawings, confirms materials and interfaces, and supplies pre-production samples for approval.

Frequently Asked Questions