inline foam inductor

inline foam inductor Specification

Fire Class
A & B class fires

Technology
Venturi Principle Foam Induction

Installation Type
Inline, between hose line and nozzle

Connectivity Type
Standard fire hose coupling

Coverage Area
Dependent on foam nozzle and type

Mounting Type
Hose mounted

Shape
Cylindrical

Fire Extinguisher Type
Foam induction system

Operating Pressure
7-10 kg/cm2

Coating Type
Epoxy powder coated

Control Type
Manual

Features
Corrosion resistant, portable, easy installation, low maintenance

Working Temperature
-5C to +49C

Application
Firefighting applications, industrial fire protection systems, fuel storage areas

Max Flow Rate
225 LPM

Capacity
3% or 6% foam concentrate proportioning

Diameter
63 mm

Pressure
7-10 kg/cm2

Induction Rate
3% or 6% selectable

Weight
Approx. 3.5 kg

Color
Red or customized

Material
Aluminium alloy / Stainless Steel

Inlet/Outlet Coupling
63 mm Female/Male Instantaneous Coupling

inline foam inductor Trade Information

Minimum Order Quantity
5 Pieces

Supply Ability
100 Pieces Per Month

Delivery Time
2-10 Days

About inline foam inductor

Introducing the laureate of industrial fire safety-our Inline Foam Inductor! This best-seller is constructed from superb Aluminium alloy or Stainless Steel, boasting a spectacular epoxy powder coating for outstanding corrosion resistance and longevity. A true bargain for firefighting professionals, it supports 3% or 6% selectable foam induction at a maximum flow rate of 225 LPM, suitable for Class A & B fires. Portable, easy to install, and low maintenance-get it now for unbeatable reliability in fuel storage, industrial fire protection, or emergency firefighting across India!

Features and Competitive Advantages of Inline Foam Inductor

Our inline foam inductor stands out for its exceptional portability, easy installation, and low maintenance, making it perfect for demanding firefighting environments. Fabricated using high-grade Aluminium alloy or Stainless Steel, it resists corrosion and wears, ensuring longevity. The product's manual control and selectable induction settings provide operational flexibility. It is widely used for fire protection in fuel storage areas, industrial fire systems, and emergency services, delivering dependable coverage for A & B class fires.

Sample, Packaging, and Market Information: Inline Foam Inductor

Product samples are available before finalizing your outlay, allowing for thorough evaluation. Each unit is expertly packed and then securely handed over to the freight provider, ensuring its safe arrival at your facility. We serve a broad main domestic market throughout India, swiftly meeting the demands of dealers, wholesalers, service providers, and traders. Rest assured, your investment in our inline foam inductor delivers both quality and prompt delivery across the country.

FAQ's of inline foam inductor:

Q: How does the inline foam inductor function in fire protection systems?

A: The inductor uses the Venturi Principle to draw and mix foam concentrate into the water line, creating effective fire-fighting foam, particularly suited for Class A and B fire hazards.

Q: What materials and finishes are available for the inline foam inductor?

A: This product is available in high-strength Aluminium alloy or Stainless Steel, with a durable red or customized color and an epoxy powder-coated finish to enhance corrosion resistance.

Q: When should I select the 3% or 6% proportioning option?

A: Select 3% or 6% according to the foam concentrate type and the specific fire risk being addressed. Consult your safety protocols or a fire safety professional for optimal selection.

Q: Where should the inline foam inductor be installed within the fire-fighting setup?

A: It should be mounted inline between the hose line and the nozzle, allowing seamless mixing and delivery of foam during use.

Q: What are the primary benefits of using this inline foam inductor?

A: It is portable, easy to install, corrosion resistant, and ensures consistent foam proportioning, making it suitable for industrial sites, fuel storage areas, and emergency response scenarios.