VIPER Fire Hose Nozzle: Solid Bore
The VIPER Fire Hose Nozzle, model I218691, is a solid bore nozzle with a rigid base and NST thread type. Constructed from aluminum, it delivers a straight stream spray pattern.
SKU 3G-OTH-548190
Need installation or engineering help?
Ask a question
Product Description
The VIPER Fire Hose Nozzle, model I218691, is a solid bore nozzle with a rigid base and NST thread type. Constructed from aluminum, it delivers a straight stream spray pattern.
Supplied to the Philippines — compatible with 60 Hz installations. DHL Express delivery to Manila, Quezon City, Cebu, customs and duties handled door-to-door.
Frequently Asked Questions
What is the VIPER Fire Hose Nozzle I218691 used for?
The VIPER I218691 solid bore nozzle delivers a straight stream for firefighting applications. Its aluminum body and NST thread type make it suitable for high-flow hose lines where penetrating reach is critical, such as structural or industrial fire attack.
What are the specifications of the VIPER I218691 nozzle?
The VIPER I218691 is a solid bore nozzle with a rigid base and NST thread type. It is made of aluminum and produces a straight stream spray pattern. The manufacturer part number is I218691.
Where to buy the VIPER I218691 fire hose nozzle worldwide?
3G Electric supplies the VIPER I218691 solid bore nozzle to customers worldwide. We handle full logistics, customs clearance, and delivery, ensuring you receive the correct firefighting equipment for your application.
How to select the right solid bore nozzle for fire hose?
Select a solid bore nozzle like the VIPER I218691 based on thread type (NST), base rigidity, and desired flow. Solid bore nozzles provide a straight stream for maximum reach. Ensure the nozzle material, such as aluminum, matches your durability and weight requirements.
VIPER Products
3G Electric supplies VIPER solid bore nozzles. We supply genuine products with in-stock availability on common SKUs, technical documentation, commissioning support, and warranty service — worldwide.









