Summary for Test 2022-09-21-68-1

Test performed: AASHTO T209-12

Project Information

Project IdentifiersProject ID: 993418
DEA: 07324404
EFIS: 0716000077
DIST-CO-RTE-PM07-LA-22-0.0/1.5
Award DateNot set
Closeout DateNot set
Work DescriptionPLACE RHMA-G AND MODIFY SIGNAL AND LIGHTING SYSTEM.
Location DescriptionLOS ANGELES COUNTY IN LONG BEACH FROM ROUTE 1 TO SAN GABRIEL RIVER UNDERCROSSING
QA Service Level1 (Verified on 12/06/2021)

Sample Information

Sample Taken Date09/21/2022 Sample Unique Key68
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 testing09/23/2022
Sample typeQuality Assurance A brief description of the sample3/4" RHMA-G 300072
The quantity of what the sample constitutes750 Tons From where was the sample collectedManufacturer
First name of sampler or witnessed byGerardo Last name of sampler or witnessed byZubieta
Title of samplerTEC Telephone number of sampler
Laboratory sample identification22-0284 Linked DIME Sample ID
The fabricator/manufacturer/facility nameBlue Diamond Material-Irwindale Transportation Laboratory (TL) Number924282
Inspector Lot Number from the Transportation Laboratory (TL) Form Structure unique identifier
Structure name

Material Information

Material TypeHot Mix Asphalt HMA TypeRHMA-G
HMA Grading3/4 inch Lot number
Sublot number HMA Mix Number300072

Test Details

DIME Sample ID: 2022-09-21-68
DIME Test ID: 2022-09-21-68-1
Testing Lab: CT D07 - Materials Field Laboratory, Unit 1953
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: 2022-11-14

Test Results


Number of tests: 1
What is the unit of measurement for theoretical density?: US Units
Mass Determination: Air
Input Type: Calculated
Tester's full name: Daniel Gomez
Date of test: 09/29/2022
Specific Gravity for Sample 1: 2.373
Theoretical maximum density at 25°C (77°F): 147.7 lb/ft^3
General comments (publicly viewable) (Max 1000 characters):

Test was verified on 11/14/2022