GOBLIN® 10° + 30°
$0.00
Article number 2-11455-10-30-C04-JC
Description
GOBLIN® 10˚ + 30˚ is a Tier 3 nozzle with an inner designed to minimizing pressure loss and turbulent flows inside the nozzle. They are used in various application has a wide range of uses and can be seen as a “go to pipe cleaning nozzle". With the combination of 10˚ and 30˚ angles on the thrusting rear jets. The thrusting water jets with 30˚ angle clean the inside of the pipe, while 10˚ jets effectively thrust the nozzle up the pipe, efficiently moving the material downstream. Adding a front jet to break open blockages and clogs.
The GOBLIN® 10˚ + 30˚ are manufactured in Sweden, like all NozzTeq’s pipe cleaning nozzles. They are manufactured of a durable high-quality, hardened stainless steel. These cleaning nozzles can be used for both fresh and recycled water. When using recycled water, ceramic jet inserts must be installed, otherwise stainless-steel inserts are used in the clean water application.
The GOBLIN® 10˚ + 30˚ can be on ½” and ¾ hoses and are capable to clean pipe sizes from 4”-12” for ½” and 4”-16” for ¾” hose. As with all the NozzTeq line each nozzle is setup based on the specification of the truck to reach the optimal cleaning of the pipes and optimal efficiency of the jetting unit, with the conservation of water, fuel, and time.
The GOBLIN® 10˚ + 30˚ are manufactured in Sweden, like all NozzTeq’s pipe cleaning nozzles. They are manufactured of a durable high-quality, hardened stainless steel. These cleaning nozzles can be used for both fresh and recycled water. When using recycled water, ceramic jet inserts must be installed, otherwise stainless-steel inserts are used in the clean water application.
The GOBLIN® 10˚ + 30˚ can be on ½” and ¾ hoses and are capable to clean pipe sizes from 4”-12” for ½” and 4”-16” for ¾” hose. As with all the NozzTeq line each nozzle is setup based on the specification of the truck to reach the optimal cleaning of the pipes and optimal efficiency of the jetting unit, with the conservation of water, fuel, and time.
