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CHERNE 270008 Image 1

CHERNE 270-008 3/4-1 1/4 TEST-BALL PLUG

MFR Part #:Ā 270008
SKU #:Ā 1005016
Brand:Ā Oatey | CherneĀ®
UPC:Ā 675115270008
CherneĀ® Test-BallĀ® 270008 Original Single-Size Pneumatic Plumbing Plug, 3/4 to 1-1/4 in Nominal, Natural Rubber
For testing DWV plumbing systems at pressures up to 13 psi or with 30 ft of head pressure
PROP65: Cancer and Reproductive Harm - www.P65Warnings.ca.gov

CherneĀ® Test-BallĀ® Pneumatic Plumbing Plug, Original Single-Size, 3/4 to 1-1/4 in Nominal, Natural Rubber

CherneĀ® Single-Size Test-BallĀ® Plugs are expandable rubber test plugs designed to test drain, vent and waste systems in every type of pipe. Utilizing a standard tire air fitting for easy connections, its inflatable design can be inserted through a test tee to seal out-of-round pipe and hard-to-access openings. These plumbing test plugs are available in a variety of nominal sizes to accommodate your DWV testing needs. Cherne Industries is a global leader in pipe plug, blocking and testing.

Product Details

CherneĀ® Test-BallĀ® Pneumatic Plumbing Plug, Original Single-Size, 3/4 to 1-1/4 in Nominal, Natural Rubber

CherneĀ® Single-Size Test-BallĀ® Plugs are expandable rubber test plugs designed to test drain, vent and waste systems in every type of pipe. Utilizing a standard tire air fitting for easy connections, its inflatable design can be inserted through a test tee to seal out-of-round pipe and hard-to-access openings. These plumbing test plugs are available in a variety of nominal sizes to accommodate your DWV testing needs. Cherne Industries is a global leader in pipe plug, blocking and testing.

Attributes

Country Of Origin:Ā US
Fits Pipe Size:Ā 3/4 to 1-1/4 in
Material:Ā Natural Rubber
Type:Ā Original Single-Size

Features

  • Natural rubber body provides excellent expansion
  • Inflatable design can be inserted through a test tee to seal out-of-round pipe and hard-to-access openings
  • Utilizes a standard tire air fitting for easy connections
  • Ring and chain assembly helps prevent the plug from being drawn into DWV systems during tests