J2f Engineering

CAGE Code: 6HEQ3

NCAGE Code: 6HEQ3

Status: Active

Type: Commercial Supplier

Dun & Bradstreet (DUNS): 968923800

Summary

J2f Engineering is an Active Commercial Supplier with the Cage Code 6HEQ3 and is tracked by Dun & Bradstreet under DUNS Number 968923800..

Address

113 Lupine Ln
Charlottesville VA 22911-9024
United States

Points of Contact

No Points of Contact...

Related Information

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CAGE Code FAQ Frequently Asked Questions (FAQ) for CAGE 6HEQ3

What is CAGE Code 6HEQ3?
6HEQ3 is the unique identifier used by NATO Organizations to reference the physical entity known as J2f Engineering located at 113 Lupine Ln, Charlottesville VA 22911-9024, United States.
Who is CAGE Code 6HEQ3?
6HEQ3 refers to J2f Engineering located at 113 Lupine Ln, Charlottesville VA 22911-9024, United States.
Where is CAGE Code 6HEQ3 Located?
CAGE Code 6HEQ3 is located in Charlottesville, VA, USA.

Contracting History for CAGE 6HEQ3 Contracting History for CAGE 6HEQ3 Most Recent 25 Records

80NSSC19C0172
Utilization Of Monolithic Solid Phases For Sample Preparation And Processing
15 Aug 2019
Nasa Shared Services Center
National Aeronautics And Space Administration (Nasa)
$339,847.00
80NSSC19C0172
Eo14042 Utilization Of Monolithic Solid Phases For Sample Preparation And Processing
5 Jan 2022
Nasa Shared Services Center
National Aeronautics And Space Administration (Nasa)
$339,847.00
80NSSC19C0172
Eo14042 Utilization Of Monolithic Solid Phases For Sample Preparation And Processing
13 Oct 2021
Nasa Shared Services Center
National Aeronautics And Space Administration (Nasa)
$339,847.00
80NSSC19C0172
Utilization Of Monolithic Solid Phases For Sample Preparation And Processing
16 Aug 2021
Nasa Shared Services Center
National Aeronautics And Space Administration (Nasa)
$339,847.00
80NSSC19C0172
Utilization Of Monolithic Solid Phases For Sample Preparation And Processing
29 Dec 2020
Nasa Shared Services Center
National Aeronautics And Space Administration (Nasa)
$339,847.00
80NSSC17P1840
Lab Equipment
4 Apr 2019
Nasa Shared Services Center
National Aeronautics And Space Administration (Nasa)
$59,860.73
80NSSC18P2053
This Proposal Addresses The Issue Of Sample Preparation Technologies Which Can Be Utilized In Ocean World Missions To Enhance The Sensitivity And Selectivity In The Analyses Of Collected Samples. On Earth, Solid Phase Matrices Are Utilized Extensively For Capture, Separation, And Selective Retention Of Components In The Sample Analysis Process. Utilization Of Solid Phases For Similar Processes Is Not Yet Possible On Other World Based Missions Due To A Lack Of Investigations Into The Compatibility Of These Materials With Space Flight And Deployment Under Other World Conditions. This Phase I Effort Seeks To Investigate Commercially Available Solid Phase Substrates For Three Sample Processing Methods That Would Be Directly Integrated Into Existing Nasa Programs; These Methods Are Solid Phase Extraction (Spe), Desalting, And Ion Exchange. This Effort Will Evaluate The Performance Of Different Substrates And Surface Coatings Through Stresses Expected To Be Experienced On Space Deployment. The Goal Is To Determine Which Substrates/Surfaces Might Be Able To Play A Role In Future Sample Analysis Missions That Are Planned For Exploration Of Ocean Worlds.
27 Jul 2018
Nasa Shared Services Center
National Aeronautics And Space Administration (Nasa)
$102,766.00
80NSSC18P2053
This Proposal Addresses The Issue Of Sample Preparation Technologies Which Can Be Utilized In Ocean World Missions To Enhance The Sensitivity And Selectivity In The Analyses Of Collected Samples. On Earth, Solid Phase Matrices Are Utilized Extensively For Capture, Separation, And Selective Retention Of Components In The Sample Analysis Process. Utilization Of Solid Phases For Similar Processes Is Not Yet Possible On Other World Based Missions Due To A Lack Of Investigations Into The Compatibility Of These Materials With Space Flight And Deployment Under Other World Conditions. This Phase I Effort Seeks To Investigate Commercially Available Solid Phase Substrates For Three Sample Processing Methods That Would Be Directly Integrated Into Existing Nasa Programs; These Methods Are Solid Phase Extraction (Spe), Desalting, And Ion Exchange. This Effort Will Evaluate The Performance Of Different Substrates And Surface Coatings Through Stresses Expected To Be Experienced On Space Deployment. The Goal Is To Determine Which Substrates/Surfaces Might Be Able To Play A Role In Future Sample Analysis Missions That Are Planned For Exploration Of Ocean Worlds.
11 Feb 2019
Nasa Shared Services Center
National Aeronautics And Space Administration (Nasa)
$102,766.00
80NSSC17P1840
E
5 Apr 2018
Nasa Shared Services Center
National Aeronautics And Space Administration (Nasa)
$34,896.86