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LUXEL CORPORATION

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Company Details

Legal Name: LUXEL CORPORATION
Jurisdiction: WASHINGTON
Entity Type: WA PROFIT CORPORATION
Category: DOMESTIC ENTITY
Status: Active
Formation/ Registration Date: January 28th 1988
Expiration date: 31 Jan 2026
UBI Number: 601 065 962
ZIP code: 98104
City: Seattle
County: KING
Home State: WASHINGTON
Principal Office Street Address: Google Maps Logo 701 5TH AVE, STE 3300, SEATTLE, WA, 98104-7097, UNITED STATES
Principal Office Mailing Address: Google Maps Logo PO BOX 1879, FRIDAY HARBOR, WA, 98250-1879, UNITED STATES

Contact Details

E-Mail: CORPCOMPLIANCE@KARRTUTTLE.COM

Nature of Business

Other Manufacturing, PRODUCTION OF FOILS

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Registered Agent Information

Name Role
FAIRCHILD RECORD SEARCH, LTD. Registered Agent

Key Officers & Management

Name Role Address
JENNIFER L. AYERS Governing Person PO BOX 1879, FRIDAY HARBOR, WA, 98250, UNITED STATES
MICHAEL KASBERG Governing Person PO BOX 1879, FRIDAY HARBOR, WA, 98250, UNITED STATES
TRAVIS AYERS Governing Person PO BOX 1879, FRIDAY HARBOR, WA, 98250, UNITED STATES

U.S. Small Business Administration Profile

DBA:
LUXEL CORP
Website:
http://www.luxel.com
Additional Website:
http://www.luxel.com
Phone Number:
+1 360-378-4137
E-mail Address:
travis.ayers@luxel.com
Fax Number:
3603784266
Contact Person:
TRAVIS AYERS
Last Update Date:
2025-04-14
Naics Primary:
541713
SBA Link:
View company profile on SBA website

Self-Certification:

Self-Certified Small Disadvantaged Business
For Profit Organization
Manufacturer of Goods
Subchapter S Corporation

Unique Entity ID

Unique Entity ID:
VBXNH5C2FUA5
CAGE Code:
1ECU1
UEI Expiration Date:
2026-04-10

Business Information

Doing Business As:
LUXEL CORP
URL:
http://www.luxel.com
Activation Date:
2025-04-14
Initial Registration Date:
2001-07-31

Commercial and government entity program

CAGE number:
1ECU1
Status:
Active
Type:
U.S./Canada Manufacturer
CAGE Update Date:
2025-04-14
CAGE Expiration:
2030-04-14
SAM Expiration:
2026-04-10
CAGE Link:
View company profile on CAGE website

Contact Information

POC:
TRAVIS AYERS
Corporate URL:
http://www.luxel.com

Immediate Level Owner

Vendor Certified:
2025-04-14
CAGE number:
7U9Z7
Company Name:
ZINTECH INC

USAspending Awards / Contracts

Procurement Instrument Identifier:
80NSSC18P2030
Link:
View Award on USAspending website
Award Or Idv Flag:
AWARD
Award Type:
PURCHASE ORDER
Action Obligation:
$124,783
Base And Exercised Options Value:
$124,783
Base And All Options Value:
$124,783
Awarding Agency Name:
National Aeronautics and Space Administration
Performance Start Date:
2018-07-27
Description:
THE NEXT GENERATION OF DETECTORS FOR HIGH ENERGY OBSERVATORIES NEEDS A SIGNIFICANT IMPROVEMENT IN FILTER TECHNOLOGY, AS IDENTIFIED IN THE SBIR SOLICITATION AND AS A PCOS TECHNOLOGY GAP. WE PROPOSE A TWO-FOLD CHANGE IN THE STATE OF THE ART OF THIN FILM EUV AND X-RAY FILTERS, USING AL-SC ALLOY IN PLACE OF AL AND ADDING AU NANOPARTICLES TO POLYIMIDE. AL-SC ALLOYS SHOW SMALLER GRAIN SIZES THAT SHOULD TRANSLATE TO INCREASED STRENGTH AND DECREASED OPTICAL/IR TRANSMISSION, EVEN FOR ALLOYING FRACTIONS<1% THAT WOULD NOT NOTICEABLY IMPACT THE X-RAY SPECTRUM. SURFACE PLASMON RESONANCES (SPR) IN AU NANOPARTICLES ALLOW TUNABLE ABSORPTION PEAKS FOR OPTICAL THERMAL CONTROL AND BAKING. SINCE SPRS EFFECTIVELY ENLARGE THE ABSORPTION CROSS SECTION OF NANOPARTICLES, WE EXPECT TO ACHIEVE A NARROWBAND VISIBLE OPTICAL DEPTH OF ~0.2 WITH AN X-RAY TRANSMITTANCE OF>95% (NANOPARTICLES ONLY). WE LAY OUT A FABRICATION AND TESTING PLAN TO PUSH THESE TECHNOLOGIES FROM TRL2 TO TRL4 BY THE END OF PHASE I BY DEMONSTRATING HEATING OF DOPED FILMS, OPTICAL AND INFRARED DENSITY OF ALLOYED FILMS, AND BEAMLINE MEASUREMENTS OF X-RAY TRANSMITTANCE AND DENSITY OF CONSTITUENT SPECIES IN INTEGRATED AL-SC/DOPED POLYIMIDE FILTERS.
Naics Code:
541713: RESEARCH AND DEVELOPMENT IN NANOTECHNOLOGY
Product Or Service Code:
AR11: R&D- SPACE: AERONAUTICS/SPACE TECHNOLOGY (BASIC RESEARCH)
Procurement Instrument Identifier:
NNX17CG14C
Link:
View Award on USAspending website
Award Or Idv Flag:
AWARD
Award Type:
DEFINITIVE CONTRACT
Action Obligation:
$0
Base And Exercised Options Value:
$0
Base And All Options Value:
$0
Awarding Agency Name:
National Aeronautics and Space Administration
Performance Start Date:
2017-07-18
Description:
IGF::OT::IGF IMPLEMENTING GRAPHENE FOILS IN EXISTING NEUTRAL ATOM DETECTOR DESIGNS WILL INCREASE THEIR ANGULAR AND ENERGY RESOLUTION, AND ALSO IMPROVE THEIR MASS DISCRIMINATION AND USABLE ENERGY RANGE. GRAPHENE ATOMIC UNIFORMITY AND LOW MASS DENSITY OFFER NATURAL ADVANTAGES OVER AMORPHOUS CARBON FOILS IN TIMEOFFLIGHT INSTRUMENTS. WE EXPECT THAT PHASE II WILL YIELD FLIGHTREADY PROTOTYPE FOILS AVAILABLE FOR ROCKET OR PATHFINDER MISSIONS WITH SUBSTANTIAL IMPROVEMENTS IN INSTRUMENT PERFORMANCE. GRAPHENE FOILS CAN ALSO ENABLE IMPROVED DESIGNS, FOR INSTANCE WITH LOWER MASS OR LOWER POWER CONSUMPTION. GRAPHENE IS POTENTIALLY USEFUL IN VERY LOW ENERGY NEUTRAL ATOM DETECTION, E.G. E<10EV. GRAPHENE HAS ADVANTAGES OVER AMORPHOUS CARBON SUCH AS 3X HIGHER OPTICAL ABSORPTION THAN AMORPHOUS CARBON, HIGH INFRARED CRYSTALLINE UNIFORMITY. PHASE I ACHIEVED A NUMBER OF TECHNICAL "FIRSTS" FOR GRAPHENE AND NANOHOLE ARRAYS, INCLUDING: THE WORLD'S LARGEST GRIDSUPPORTED SINGLELAYER GRAPHENE(>4CM2) SLG ON NANOHOLE ARRAYS WITH HOLE COVERAGE OF>99% A METHOD FOR ATTACHING SINGLELAYER GRAPHENE TO MESH WITHOUT ADHESIVE BILAYER GRAPHENE MEMBRANES WITH>95% COVERAGE ON COMMERCIAL MESH LYMAN ALPHA BLOCKING OF 99.8% USING ALUMINUM NANOHOLE ARRAYS OUR PHASE II EFFORT WILL CONTINUE TO IMPROVE MICROGRIDS, NANOGRIDS AND GRAPHENE FOR LENA DETECTORS. IN PARTICULAR, WE WILL 1. FABRICATE BILAYER GRAPHENE (BLG) ON MICROGRIDS AS A BETTERPERFORMING FOIL FOR EXISTING LENA INSTRUMENT DESIGNS. 2. FABRICATE PRISTINE SLG ON NANOGRIDS, EXTENDING TOF DETECTORS TO<200EV. 3. INVESTIGATE SURFACE MODIFICATION OF GRAPHENE TO ENABLE DETECTION OF<10EV NEUTRAL ATOMS. 4. MAKE PROTOTYPE SAMPLES FOR OTHER NASA AND NONNASA APPLICATIONS. COMPARED WITH EXISTING FOILS, OUR PROPOSED SLG STRUCTURE REDUCES SCATTERING, IMPROVES LOW ENERGY SIGNAL, AND IMPROVES ENERGY RESOLUTION. THE STRUCTURE REDUCES THE SERIAL LOSSES AND INCREASES THE EFFECTIVE COLLECTION AREA.
Naics Code:
541712: RESEARCH AND DEVELOPMENT IN THE PHYSICAL, ENGINEERING, AND LIFE SCIENCES (EXCEPT BIOTECHNOLOGY)
Product Or Service Code:
AR11: R&D- SPACE: AERONAUTICS/SPACE TECHNOLOGY (BASIC RESEARCH)
Procurement Instrument Identifier:
NNX16CG33P
Link:
View Award on USAspending website
Award Or Idv Flag:
AWARD
Award Type:
PURCHASE ORDER
Action Obligation:
$124,641
Base And Exercised Options Value:
$124,641
Base And All Options Value:
$124,641
Awarding Agency Name:
National Aeronautics and Space Administration
Performance Start Date:
2016-06-10
Description:
IGF::OT::IGF OUR KEY INNOVATION WILL BE THE USE OF SINGLE-LAYER GRAPHENE AS LENA CONVERSION FOILS, WITH APPROPRIATE MICROGRIDS AND NANOGRIDS TO SUPPORT THE FOILS. PHASE I DEVELOPS A WAY TO MAKE THE FREESTANDING FOILS WITH USABLE SIZE AND PERFECTION, AND INVESTIGATES ADDED FEATURES SUCH AS EUV BLOCKING. PHASE II WILL MAKE MODIFICATIONS TO THE GRAPHENE FOIL ITSELF AS NEEDED FOR SPECIFIC TYPES OF MISSIONS. FOR EXAMPLE, THE EXISTING GRAPHENE MAY BE SUITABLE IN CASES WHERE INCIDENT LENA FLUX IS HIGH AND THE ENERGY RANGE OF THE INSTRUMENT IS HIGH. MODIFIED GRAPHENE MAY BE NECESSARY TO INCREASE CONVERSION EFFICIENCY FOR CONVERTING TO PARTICULAR SPECIES, SUCH AS H+ OR O-. IN OUR PROPOSAL, WE HAVE FABRICATED SMALL GRAPHENE COUPONS USING EXISTING METHODS, AND SHOWN THESE TO OPTICALLY CONSIST OF A CARBON MONOLAYER. THE SINGLE-LAYER GRAPHENE MASS DENSITY IS 10X LOWER THAN CONVENTIONAL AMORPHOUS CARBON FOILS. THE PHASE I ACTIVITIES BUILD ON THIS DEMONSTRATION, AND ADVANCES THE TRL FROM THE PRESENT TRL3 TO TRL4. PHASE I ALSO COMPRISES MODELING AND ANALYSIS IN PREPARATION FOR PHASE II, WHICH IS EXPECTED TO BEGIN AT TRL4 AND END AT TRL6.
Naics Code:
541712: RESEARCH AND DEVELOPMENT IN THE PHYSICAL, ENGINEERING, AND LIFE SCIENCES (EXCEPT BIOTECHNOLOGY)
Product Or Service Code:
AR11: R&D- SPACE: AERONAUTICS/SPACE TECHNOLOGY (BASIC RESEARCH)

Paycheck Protection Program

Jobs Reported:
17
Initial Approval Amount:
$335,565
Date Approved:
2021-02-13
Loan Status:
Paid in Full
SBA Guaranty Percentage:
100
Current Approval Amount:
$335,565
Race:
Unanswered
Ethnicity:
Unknown/NotStated
Gender:
Unanswered
Veteran:
Unanswered
Forgiveness Amount:
$338,566.44
Servicing Lender:
Washington Federal Bank d/b/a WaFd Bank
Use of Proceeds:
Payroll: $335,565
Jobs Reported:
19
Initial Approval Amount:
$326,887.47
Date Approved:
2020-04-28
Loan Status:
Paid in Full
SBA Guaranty Percentage:
100
Current Approval Amount:
$326,887.47
Race:
Unanswered
Ethnicity:
Unknown/NotStated
Gender:
Male Owned
Veteran:
Non-Veteran
Forgiveness Amount:
$329,557.05
Servicing Lender:
Washington Federal Bank d/b/a WaFd Bank
Use of Proceeds:
Payroll: $326,887.47

Trademarks

Serial Number:
90286974
Mark:
LUXEFOIL
Status:
REGISTERED
Mark Type:
TRADEMARK
Application Filing Date:
2020-10-29
Mark Drawing Type:
Standard character mark
Mark Literal Elements:
LUXEFOIL
USPTO Link:
View Trademark on United States Patent and Trademark Office Website

Goods And Services

For:
Freestanding thin films made from metal, polymers, semiconductors, ceramics, and ionic compounds for use as bandpass filters, pressure windows, photocathodes, l...
First Use:
2016-01-01
International Classes:
009 - Primary Class
Class Status:
Active
Serial Number:
88602647
Mark:
GRIDTAPE
Status:
REGISTERED
Mark Type:
TRADEMARK
Application Filing Date:
2019-09-03
Mark Drawing Type:
Standard character mark
Mark Literal Elements:
GRIDTAPE
USPTO Link:
View Trademark on United States Patent and Trademark Office Website

Goods And Services

For:
Coated substrate for use on medical specimen collection devices for the collection of human biological specimens, used specifically for transmission electron mi...
First Use:
2013-01-01
International Classes:
009 - Primary Class
Class Status:
Active
Serial Number:
86971019
Mark:
NANOMESH
Status:
Abandoned because the applicant failed to respond or filed a late resp...
Mark Type:
Trademark
Application Filing Date:
2016-04-11
Mark Drawing Type:
4 - STANDARD CHARACTER MARK
Mark Literal Elements:
NANOMESH
USPTO Link:
View Trademark on United States Patent and Trademark Office Website

Goods And Services

For:
Mesh used by freestanding thin films for use as bandpass, pressure windows, photo cathodes, laser targets, and synchrotron targets for use in material, biology,...
First Use:
2015-01-01
International Classes:
022 - Primary Class
Class Status:
ACTIVE
Serial Number:
86970978
Mark:
MICRONIX
Status:
SECTION 8-ACCEPTED
Mark Type:
TRADEMARK
Application Filing Date:
2016-04-11
Mark Drawing Type:
Standard character mark
Mark Literal Elements:
MICRONIX
USPTO Link:
View Trademark on United States Patent and Trademark Office Website

Goods And Services

For:
Mesh specifically adapted for Freestanding thin films for use as bandpass, pressure windows, photo cathodes, laser targets, and synchrotron targets for use in m...
First Use:
2015-01-01
International Classes:
009 - Primary Class
Class Status:
Active
Serial Number:
86970848
Mark:
MICRONIC
Status:
Abandoned because the applicant failed to respond or filed a late resp...
Mark Type:
Trademark
Application Filing Date:
2016-04-11
Mark Drawing Type:
4 - STANDARD CHARACTER MARK
Mark Literal Elements:
MICRONIC
USPTO Link:
View Trademark on United States Patent and Trademark Office Website

Goods And Services

For:
Mesh specifically adapted for freestanding thin films for use as bandpass, pressure windows, photo cathodes, laser targets, and synchrotron targets for use in m...
First Use:
2015-01-01
International Classes:
009 - Primary Class
Class Status:
ACTIVE

Related by address

701 5TH AVE, STE 3300, SEATTLE, WA, 98104-7097, UNITED STATES

PLANE HOUSE, LLC
WA LIMITED LIABILITY COMPANY - Active
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