New Liquid Silicone Rubber Diagraphm:

Emitter diaphragms are injection molded from Liquid Silicone Rubber. This process maintains strict quality control over material composition, tolerances, and diaphragm elasticity, which will
ensure true pressure compensation, uniform water application, and long-lasting, high-quality emitters. The main benefits to the Irrigation Designer are that these diaphragms remain flexible, will not harden over time, and will continue
to work exactly according to the catalog
specification.








 
 


Our QB2® Bubbler is available in four color-coded models, with flow ranges of 2, 6, 10, and 20 GPH per outlet and uses a 1/2” FPT inlet
thread base. The QB2® diaphragm is injection molded from liquid silicone rubber, which provides pressure compensation and uniform
water application. The QB2® Bubbler has 4 horizontal outlets for
easy installation of distrubution tubing. The QB2® is ideal for converting existing sprinkler systems to efficient low flow systems. It is designed to apply the desired amount of water directly to the
plants during the time the sprinkler zone operates.

Primary Application: Designed for tree, shrub, flower and ground cover planting beds. This bubbler can be placed on spray-head zones and matches sprinkler zone timing.
Water is applied in the right quantity where you need it without waste.
The Pressure Compensating Diaphragm will deliver relatively uniform distribution of water across a wide pressure range from 20 PSI to 60 PSI.
Available in 4 color-coded models. Blue: 2 GPH, Black: 6 GPH,
Red: 10 GPH, Green: 20 GPH. (All flows are per outlet)
Each bubbler has 4 outlets ports; each will deliver the flow rate as
stated; total flow equals the stated flow times 4 outlets.
Uses Vinyl or PE tubing, which must be secured by clamp plates
that are included with the bubbler.
Bubbler has a 1/2” female pipe thread inlet base for connection to
the lateral line.
150-mesh screen filtration is recommended.
Constructed of UV, sunlight-resistant, chemical resistant, non-currosive material

     
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