Summary for Test 2019-03-13-17-2

Test performed: AASHTO T209-12

Project Information

Project IdentifiersProject ID: 66667
DEA: JMFPP
EFIS: 0019000043
DIST-CO-RTE-PM59---
Award DateNot set
Closeout DateNot set
Work DescriptionSpecial project for submitting Sample information for JMF Prequalification Program.
Location DescriptionNot set
QA Service LevelNOT VERIFIED

Sample Information

Sample Taken Date03/13/2019 Sample Unique Key17
Will the laboratory/organization for which you are a member perform testing on this material sample?Yes Date that the sample was received by the laboratory/organization performing the testing03/27/2019
Sample typeVerification A brief description of the sampleBags of RAP
The quantity of what the sample constitutes1 From where was the sample collectedOther
First name of sampler or witnessed byBrent Last name of sampler or witnessed byBarber
Title of samplerField Inspector Telephone number of sampler805-441-0187
Laboratory sample identification19-J-015 Linked DIME Sample ID
The fabricator/manufacturer/facility namePapich Paso Robles Transportation Laboratory (TL) NumberD5
Inspector Lot Number from the Transportation Laboratory (TL) FormN/A Structure unique identifierNot set
Structure nameNot set

Material Information

Material TypeReclaimed Asphalt Pavement RAP SourcePapich Paso Robles
Aggregate Size1/2 Aggregate SourceAvenal
RAP StockpileContinuous Stockpile Size (tons)Unknown
JMF Verification ID JMF3513-2019-54

Test Details

DIME Sample ID: 2019-03-13-17
DIME Test ID: 2019-03-13-17-2
Testing Lab: CT D05 - San Luis Obispo Field Laboratory
Test Method: AASHTO T209-12: Standard Method of Test for Theoretical Maximum Specific Gravity (Gmm) and Density of Asphalt Mixtures (Maximum Specific Gravity)
Test Release Date: 2019-04-22

Test Results


Number of tests: 3
Mass Determination: Water
Input Type: Calculated
Tester's full name: SPM
Date of test: 02/28/2019
Specific Gravity for Sample 1:2.424
Specific Gravity for Sample 2:2.412
Specific Gravity for Sample 3:2.419
Average Specific Gravity:2.418
Theoretical maximum density at 25°C (77°F):no data
General comments (publicly viewable) (Max 1000 characters):

Test was verified on 4/22/2019