Incorrect Testing Practices Peoria IL

Conducting other tests improperly can also cause rejection of in-spec concrete at the jobsite in Peoria. Have your drivers learn the correct methods for sampling concrete, measuring slump and air content, and making and curing strength-test specimens in the field. They're your first line of defense against needlessly rejected loads of concrete.

Midwest Foundation Corporation
(309)925-2831
22370 Illinois Route 9
Tremont, IL
Retro-Tech Inc.
(309) 682-0675
625 W Main
Peoria, IL
Peoria Construction Company
(309) 673-5600
1212 SW Adams St
Peoria, IL
Chip's Tool & Machine Works, Inc.
(309) 673-2437
3012 SW Adams Street
Peoria, IL
Kelly Seed & Hardware Company
(309) 674-0368
202 Hamilton Boulevard
Peoria, IL
Foster-Jacob, Inc.
(309) 674-8129
826 W. Main St
Peoria, IL
Validus Technologies, LLC
(309) 689-1406
311 SW Water Street
Peoria, IL
Kreiling Roofing Co.
(309) 673-3649
1616 SW Washington Street
Peoria, IL
FGM Architects, Inc.
(309) 669-0012
202 NE Madison Avenue
Peoria, IL
AmerenCILCO
(309) 677-5271
300 Liberty St
Peoria, IL
Data Provided by:
 

Incorrect Testing Practices

Source: THE CONCRETE PRODUCER/CONCRETE JOURNAL MAGAZINE
Publication date: November 1, 1998

By No Author

Abstract:

Erroneous results from improper testing can cause unnecessary rejection of good- quality concrete. Train your drivers to recognize some of the more common testing errors. This article is based on information presented in Down the Chute, the publication of Florida Independent Concrete and Associated Products Inc.The problem isn't confined to strength tests. Conducting other tests improperly can also cause rejection of in-spec concrete at the jobsite. Have your drivers learn the correct methods for sampling concrete, measuring slump and air content, and making and curing strength-test specimens in the field. They're your first line of defense against needlessly rejected loads of concrete.Some improper practices are:

  • Excessive prewetting, leaving surplus water in the container
  • Sampling from the form into which the concrete has been placed
  • Failure to remix the concrete sample in the sample container before starting the tests
  • Failure to use an aggregate correction factor
  • Use of the pressure meter to measure air content
  • Failure to firmly support the base plate
  • Base plate not large enough, allowing high-slump concrete to spill over the edge of the plate
  • Base not level
  • Dampening the slump cone and base leaving a puddle of water on the base
  • Measuring the difference between the top of the cone and the highest or lowest point on the slumped specimen
  • Fai...

Click here to read full article from The Concrete Producer