water mist system pipes and fitting

water mist system pipes and fitting Specification

Working Temperature
-30C to +80C

Features
Corrosion Resistant, Leak Proof, High Pressure Rated, Low Water Usage

Operating Pressure
8-16 MPa

Connectivity Type
Threaded/ Grooved / Welded Joint

Fire Class
A, B, F (Solid, Liquid, Cooking Oil)

Technology
Water Mist Technology

Mounting Type
Surface/Concealed

Coverage Area
6-36 sq m per nozzle depending on hazards

Installation Type
Wall/Ceiling Mounted

Energy Efficiency Rating
Highly Efficient / Low Water Consumption

Voltage
24V/230V (for Electro-Mechanical Actuation)

Coating Type
Hot-Dip Galvanized/ Epoxy/ Black

Fire Extinguisher Type
Fixed Water Mist System

Shape
Round pipe, Tee, Elbow, Reducer, Coupler

Control Type
Automatic / Manual

Application
Fire Protection Sprinkler System

Max Flow Rate
Up to 120 L/min

Diameter
DN15-DN100 (15mm-100mm)

Capacity
System dependent-Modular/Built to Project Spec

Pressure
8-16 MPa (High Pressure System)

Surface Finish
Polished/Painted/Galvanized

Material
Carbon Steel/ Stainless Steel 304 or 316L

Colour Option
Black, Blue, Red (project specified)

Nozzle Thread Size
12" BSP/NPT

Compliance Standard
NFPA 750, IS 15325, LPCB, UL Listed (select items)

Inner Diameter Tolerance
0.1mm

Corrosion Resistance
Yes (as per standard)

Pipe Length
6 m (custom available)

Service Life
15-25 Years

Pipe Thickness
Sch 5, Sch 10, Sch 40

Fitting Type
Socket/Threaded/Grooved/Welded

Burst Pressure
Over 35 MPa

Weight
Varies per DN, approx. 1.2 - 6.5 kg/m

Accessories
Clamps, Couplings, Brackets, Nozzles

Test Pressure
Up to 24 MPa

water mist system pipes and fitting Trade Information

Minimum Order Quantity
5 Pieces

Supply Ability
100 Pieces Per Month

Delivery Time
2-10 Days

About water mist system pipes and fitting

Low-pressure systems (below 175 psi) can use copper tubing, galvanized pipe, or CPVC, but galvanized pipe is not recommended due to potential clogging. Fittings can include grooved, flanged, screwed, glued, or press fittings, depending on the pipe material and pressure.

Advanced Material and Strong Build

Fabricated from carbon steel or stainless steel (304/316L), our pipes and fittings guarantee durability and extended service life. A wide range of thickness options (Sch 5 to Sch 40) and surface finishes-polished, painted, or galvanized-ensure suitability for diverse fire protection environments, reducing maintenance needs and improving longevity.

Versatile and Compliant Design

These fittings and pipes are produced to comply with respected fire safety standards including NFPA 750 and IS 15325. Multiple fitting types-socket, threaded, grooved, welded-and accessories like clamps and nozzles make for seamless installation. The availability of various mounting and connectivity options ensures adaptability for projects of any scale.

Efficient and Reliable Fire Protection

Using water mist technology, the system achieves high coverage with lower water consumption, making it energy-efficient and minimizing potential water damage. Its compatibility with both automatic and manual control types and ability to operate at high pressures (8-16 MPa) ensures rapid and thorough response to fires involving solids, liquids, or cooking oils.

FAQ's of water mist system pipes and fitting:

Q: How do water mist system pipes and fittings improve fire safety in various applications?

A: Water mist system pipes and fittings utilize high-velocity mist to suppress fires while consuming less water than conventional systems. Their high-pressure rating and corrosion-resistant materials ensure reliable performance for diverse hazards-including solids, flammable liquids, and cooking oils-across commercial, industrial, and specialized infrastructure.

Q: What materials and finishes are available for water mist pipes and fittings?

A: Our water mist pipes and fittings are offered in carbon steel and stainless steel grades 304 or 316L. Surface finishes include polished, painted, and hot-dip galvanized options, providing enhanced resistance to wear and corrosion as per project and environmental requirements.

Q: When should I choose a particular pipe thickness or diameter for my fire protection system?

A: Selection depends on your building's hazards, required flow rates, and system coverage area. Thicker schedules (Sch 10 or 40) offer increased pressure resilience, while the diameter (DN15-DN100) is tailored to the needed flow (up to 120 L/min) and installation specifications. Our team can assist in determining the best configuration based on your project's needs.

Q: Where can these water mist system pipes and fittings be installed?

A: These components are suitable for wall or ceiling-mounted installation in commercial, industrial, or specialized locations such as kitchens. Both surface and concealed mounting options are available, ensuring flexibility to integrate within new or retrofit fire safety solutions throughout India.

Q: What is the process for installing water mist system pipes and fittings?

A: Installation involves planning pipe routes, securing pipes with brackets or clamps, and connecting using threaded, grooved, or welded joints according to compliance standards. The system is pressure tested (up to 24 MPa) to ensure integrity, with nozzle placement designed to maximize area coverage (6-36 sq m per nozzle).

Q: How does the water mist system ensure long-term durability and leak-proof operation?

A: Our pipes and fittings are constructed to tight inner diameter tolerance (0.1mm), rated for high burst pressure (over 35 MPa), and coated for corrosion resistance. These features, alongside compliance with international standards like NFPA 750, allow the system to provide reliable leak-proof operation for 15-25 years.

Q: What are the main advantages of using water mist technology over traditional sprinkler systems?

A: Water mist technology delivers fast fire suppression with minimal water deployment, reducing collateral water damage. Its high energy efficiency, effective cooling, and thorough smoke suppression increase safety for occupants and assets, making it a preferred choice for modern fire protection.