132Ltr Mobile extinguishers (WT35G):SFFECO

Model: WT35G
Pressure: Stored
Capacity: 132 Ltr
Agent: Water
Propellant: Nitrogen

SKU: ASP2060

Model: WT35G
Pressure: Stored
Capacity: 132 Ltr
Agent: Water
Propellant: Nitrogen

ENQUIRY!

Compare

Add to wishlist

11 People watching this product now!

[product_acf_field]

Payment Methods:

Description

Mobile extinguishers with WT35G specifications are designed for high-risk industrial environments where rapid fire spread is a concern. They are equipped with stored pressure systems containing 132 liters of water and nitrogen as the propellant. These extinguishers are particularly effective in scenarios requiring longer discharge times and higher extinguishing agent volumes to combat significant fire hazards.

Model	WT35G
Pressure	Stored
Capacity	132 Ltr
Agent	Water
Propellant	Nitrogen
Use Case	Industrial
Benefits	Efficient protection against large risks, longer discharge times

Specification

Overview

Processor

Display

RAM

Storage

Video Card

Connectivity

Features

Battery

General

Description

Mobile extinguishers with WT35G specifications are designed for high-risk industrial environments where rapid fire spread is a concern. They are equipped with stored pressure systems containing 132 liters of water and nitrogen as the propellant. These extinguishers are particularly effective in scenarios requiring longer discharge times and higher extinguishing agent volumes to combat significant fire hazards.

Model	WT35G
Pressure	Stored
Capacity	132 Ltr
Agent	Water
Propellant	Nitrogen
Use Case	Industrial
Benefits	Efficient protection against large risks, longer discharge times

Model: WT35G
Pressure: Stored
Capacity: 132 Ltr
Agent: Water
Propellant: Nitrogen

SKU: ASP2060

Description

Mobile extinguishers with WT35G specifications are designed for high-risk industrial environments where rapid fire spread is a concern. They are equipped with stored pressure systems containing 132 liters of water and nitrogen as the propellant. These extinguishers are particularly effective in scenarios requiring longer discharge times and higher extinguishing agent volumes to combat significant fire hazards.