DAQ-2024-012001

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DAQC-CI104820001-24
Site ID 10482 (B1)

MEMORANDUM

TO: FILE – FASHION CABINET MANUFACTURING, INC. – Cabinet Manufacturer

THROUGH: Chad Gilgen, Minor Source Compliance Section Manager

FROM: Daniel Riddle, Environmental Scientist

DATE: December 3, 2024

SUBJECT: FULL COMPLIANCE EVALUATION, Minor, Salt Lake County

INSPECTION DATE: October 24, 2024

SOURCE LOCATION: 5440 West Axel Park Road
West Jordan, UT 84084
SOURCE CONTACTS: Max Kelsch, Purchasing Manager
801-280-0646 [e-mail]

OPERATING STATUS: Operating normally at the time of inspection.

PROCESS DESCRIPTION: Fashion Cabinet manufactures and finishes kitchen cabinets.
Raw wood arrives by truck, and is milled, sanded, and assembled
into boxes and doors. Fabricated products are sprayed with
various combinations of sealants, stains, and topcoats in the
spray booths. The spray booths are equipped with paint arrestor
filters. Dust from the milling and sanding operations is captured
by baghouses and vented indoors or outdoors depending on the
time of the year.

APPLICABLE REGULATIONS: Approval Order (AO) DAQE-AN104820003-24, dated July 3,
2024

SOURCE EVALUATION:

Name of Permittee: Permitted Location:

Fashion Cabinet Manufacturing, Inc.- Cabinet
Manufacturer

5440 West Axel Park Road 5440 West Axel Park Road
West Jordan, UT 84081 West Jordan, UT 84084

SIC Code: 2434: (Wood Kitchen Cabinets)

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Section I: GENERAL PROVISIONS

I.1 All definitions, terms, abbreviations, and references used in this AO conform to those used in the UAC R307 and 40 CFR. Unless noted otherwise, references cited in these AO conditions refer to those rules. [R307-101]
I.2 The limits set forth in this AO shall not be exceeded without prior approval. [R307-401]
I.3 Modifications to the equipment or processes approved by this AO that could affect the emissions covered by this AO must be reviewed and approved. [R307-401-1]
I.4 All records referenced in this AO or in other applicable rules, which are required to be kept by the owner/operator, shall be made available to the Director or Director's representative upon request, and the records shall include the two-year period prior to the date of the request. Unless otherwise specified in this AO or in other applicable state and federal rules, records shall be kept for a minimum of two (2) years. [R307-401-8]
I.5 At all times, including periods of startup, shutdown, and malfunction, owners and operators shall, to the extent practicable, maintain and operate any equipment approved under this AO, including associated air pollution control equipment, in a manner consistent with good air pollution control practice for minimizing emissions. Determination of whether acceptable operating and maintenance procedures are being used will be based on information available to the Director which may include, but is not limited to, monitoring results, opacity observations, review of operating and maintenance procedures, and inspection of the source. All maintenance performed on equipment authorized by this AO shall be recorded. [R307-401-4]
I.6 The owner/operator shall comply with UAC R307-107. General Requirements: Breakdowns. [R307-107]
I.7 The owner/operator shall comply with UAC R307-150 Series. Emission Inventories. [R307-150] Status: In Compliance. No limits set forth in this AO appear to have been exceeded. The source stated that there have been no modifications to the equipment or processes. The equipment appeared to be properly operated and maintained according to manufacturer recommendations. Records are kept as required and were made available after the inspection. No breakdowns have been reported since the previous inspection. An emissions inventory was submitted for 2023, and emissions data are reported below.

Section II: SPECIAL PROVISIONS

II.A The approved installations shall consist of the following equipment:

II.A.1 Fashion Cabinet Manufacturing, Inc. Cabinet Manufacturer
II.A.2 Six (6) Manual Spray Booths Controls: Particulate Filters (each)
II.A.3 One (1) Automated Spray Booth Controls: Particulate Filters
II.A.4 Three (3) Baghouses with Cyclones Three (3) baghouses in series with three (3) cyclones Maximum Capacities: One (1) 50 hp baghouse; Two (2) 100 hp baghouses Control milling and sanding operations
II.A.5 Miscellaneous Boilers and Heaters Includes: Space Heaters and Air Make-Up Units Maximum Rated Capacity: Less than 5.0 MMBtu/hr each Fuel: Natural Gas
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II.A.6 One (1) Laminator Listed for Identification Purposes Only
Status: In Compliance. No unapproved equipment was observed at the time of inspection. The source stated that filters on the six spray booths are changed once per week. The baghouses are on site, but have never been associated with cyclones.

II.B Requirements and Limitations
II.B.1 Source-Wide Requirements II.B.1.a The owner/operator shall not allow visible emissions from the following emission points to exceed the following values: A. Spray booth ventilation exhaust stacks - 10% opacity B. Baghouses - 10% opacity C. All other emission points - 20% opacity [R307-401-8] II.B.1.a.1 Opacity observations of emissions from stationary sources shall be conducted according to 40 CFR 60, Appendix A, Method 9. [R307-401-8] Status: In Compliance. No visible emissions were observed from any point at the time of inspection. Method 9 was utilized to verify opacity limits. See attached VEO form. II.B.1.b The owner/operator shall comply with all applicable requirements of UAC R307-343, "Wood Furniture Manufacturing Operations". [R307-343] Status: In Compliance. Fashion Cabinet operates six manual spray booths and one automated spray booth. All the booths are equipped with particulate filters which are replaced weekly. The coatings are kept in closed containers when not in use. The coatings are applied using a high volume, low pressure (HVLP) spray gun for maximum transfer efficiency. Fashion Cabinet maintains good housekeeping practices to address spills immediately and to place used rags in closed containers. Most products are diluted and their VOCs as applied are calculated in the table in the attachments. All products in use are compliant as applied with the VOC limits in Table 1 of R307-342. All data sheets for products used at the source location were provided for review. These safety data sheets have been retained for review, via a GRAMA request, and they can be found in the DAQ network folder at the following location: \COMPLY\SECTION\Minor Source GRAMA Records\10482 Fashion Cabinet 2024. II.B.1.c The owner/operator shall comply with all applicable requirements of UAC R307-342, "Adhesives and Sealants". [R307-342] Status: In Compliance. All products in use are compliant with the VOC limits in Table 1 and the VOC limits in 307-342-7 (2). All data sheets for products used at the source location were provided for review. These safety data sheets have been retained for review, via a GRAMA request, and they can be found in the DAQ network folder at the following location: \COMPLY\SECTION\Minor Source GRAMA Records\10482 Fashion Cabinet 2024. II.B.2 VOC & HAP Requirements II.B.2.a The owner/operator shall not emit more than the following from evaporative sources (painting, printing, coating, and/or cleaning) on site:
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A. 49.31 tons per rolling 12-month period of VOCs B. 8.76 tons per rolling 12-month period of all HAPs combined C. 1.30 tons per rolling 12-month period of ethyl benzene D. 0.15 tons per rolling 12-month period of formaldehyde E. 1.22 tons per rolling 12-month period of toluene F. 7.30 tons per rolling 12-month period of xylene [R307-401-8] II.B.2.a.1 The owner/operator shall calculate a new 12-month total by the 20th day of each month using data from the previous 12 months. The owner/operator shall use a mass-balance method to calculate emissions from evaporative sources. The owner/operator may use the following equations with applicable units to comply with the mass-balance method: VOCs = [% VOCs by Weight/100] x [Density] x [Volume Consumed] HAP = [% HAP by Weight/100] x [Density] x [Volume Consumed] [R307-401-8] II.B.2.a.2 The owner/operator shall use a mass-balance method to quantify any amount of VOCs and HAPs reclaimed. The owner/operator shall subtract the amount of VOCs and HAPs reclaimed from the quantities calculated above to provide the monthly total emissions of VOCs and HAPs. [R307-401-8] II.B.2.a.3 The owner/operator shall keep records each month of the following: A. The name (as per SDS) of the VOC- and HAP-emitting material B. The maximum percent by weight of VOCs and each HAP in each material used C. The density of each material used D. The volume of each VOC- and HAP-emitting material used E. The amount of VOCs and the amount of each HAP emitted from each material F. The amount of VOCs and the amount of each HAP reclaimed and/or controlled from each material G. The total amount of VOCs, the total amount of each HAP, and the total amount of all HAPs combined emitted from all materials (in tons) [R307-401-8] Status: In Compliance. VOC and HAP emissions are calculated as required. For the rolling 12-month period from October 2023 - September 2024, emissions are as follows: 25.73 tons for VOCs 0.6 tons for all HAPs combined 0.14 tons for ethyl benzene 0.02 tons for formaldehyde 0.01 tons for toluene 0.26 tons for xylene See the attached table for more information.
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II.B.2.b The owner/operator shall not use a primer basecoat that contains greater than 0.2% VOCs by weight or contains any HAPs for all paint grade cabinet finishes. [R307-401-8] II.B.2.b.1 To demonstrate compliance with the above condition, the owner/operator shall maintain records of the Safety Data Sheet (SDS) for the primer basecoat. [R307-401-8] Status: In Compliance. SHER-WOOD 5421W GEN II Universal Primer is utilized for all paint-grade cabinet finishes. No HAPs are in this product, and it contains 0.2% VOC by weight. See the attached SDS. II.B.3 Baghouse Requirements II.B.3.a The owner/operator shall control all milling and sanding operations with baghouses in series with cyclones. [R307-401-8] Status: In Compliance. All milling and sanding operations are controlled with baghouses as required. II.B.3.b The owner/operator shall maintain the pressure drop for each milling and sanding baghouse between 4.0 and 6.0 inches of water column. [R307-401-8] II.B.3.b.1 The owner/operator shall monitor and record the pressure drop once daily, while the baghouses are operating. [R307-401-8] II.B.3.b.2 The owner/operator shall monitor the pressure drop with equipment located such that an inspector/operator can safely read the output at any time. [R307-401-8] II.B.3.b.3 The owner/operator shall calibrate all instruments according to the manufacturer's instructions at least once every 12 months. [R307-401-8] Status: In Compliance. Dust collectors 1 and 2 were at 4.5 inches of water column at the time of inspection. Dust collector 3 was at 4 inches of water column at the time of inspection. Each pressure drop is recorded at least once per day. All three pressure gauges were last calibrated on November 1, 2023. See the attached records. II.B.3.c The owner/operator shall not vent the baghouses outside of the building during the period from September 30 through May 1 of each year. [R307-401-8] II.B.3.c.1 The owner/operator shall inspect the baghouse vents monthly to verify whether venting is indoors or outdoors. Records of baghouse vent inspections shall include the following: A. Date of inspection B. Name of person conducting inspection C. Vent location D. Inspection results (venting indoors or outdoors) [R307-401-8] Status: In Compliance. Baghouses are not vented outside from September 30 through May 1. Monthly inspections on vents are performed as required. See the attached records. II.B.4 Spray Booth Requirements II.B.4.a The owner/operator shall equip each spray booth with paint arrestor particulate filters, or equivalent, to control particulate emissions. All air exiting the spray booths shall pass through this control system before being vented to the atmosphere. [R307-401-8] Status: In Compliance. All spray booths are equipped and vented as required.
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II.B.4.b The spray booths shall be equipped with HVLP spray guns, or an equivalent method, to control VOC emissions. [R307-343-5] Status: In Compliance. All spray booths are equipped with HVLP spray guns.

Section III: APPLICABLE FEDERAL REQUIREMENTS

In addition to the requirements of this AO, all applicable provisions of the following federal programs
have been found to apply to this installation. This AO in no way releases the owner or operator from any
liability for compliance with all other applicable federal, state, and local regulations including UAC
R307.

AREA SOURCE RULES EVALUATION:

The following Area Source Rules were evaluated during this inspection:

Adhesives and Sealants [R307-342]

Status: In Compliance. Compliance with this area source rule is satisfied by Condition II.B.1.c. See
Section II for more details.
Davis and Salt Lake Counties and Ozone Nonattainment Areas: Emissions Standards for Wood Furniture
Manufacturing Operations [R307-343]

Status: In Compliance. Compliance with this area source rule is satisfied by Condition II.B.1.b. See
Section II for more details.

EMISSION INVENTORY:
Listed below are the Actual Emissions Inventory provided from Fashion Cabinet Manufacturing, Inc. -
Cabinet Manufacturer. A comparison of the estimated total potential emissions (PTE) on AO:
DAQE-AN104820003-24, dated July 3, 2024 is provided.
PTE are supplied for supplemental purposes only.

Criteria Pollutant PTE tons/yr Actuals tons/yr
Carbon Monoxide 0.10 0.01971
Nitrogen Oxides 0.49 .08318
Particulate Matter - PM10 4.66 0.039
Particulate Matter - PM2.5 4.66 0.039
Volatile Organic Compounds 49.31 34.43327

Hazardous Air Pollutant PTE lbs/yr Actuals lbs/yr
Cumene (CAS #98828) 240 80.8
Ethyl Benzene (CAS #100414) 2600 746
Formaldehyde (CAS #50000) 300 69.6
Generic HAPs (CAS #GHAPS) 61 N/A
Hexane (CAS #110543) 780 N/A
Toluene (CAS #108883) 2440 23.4
Xylenes (Isomers And Mixture) (CAS #1330207) 14600 2540

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PREVIOUS ENFORCEMENT
ACTIONS: No enforcement action within the past five years.

COMPLIANCE STATUS &
RECOMMENDATIONS: In regards to Approval Order (AO) DAQE-AN104820003-24,
dated July 3, 2024, the overall status is: In Compliance. The
facility appears to be well-maintained and operated.

HPV STATUS: Not Applicable.

RECOMMENDATION FOR
NEXT INSPECTION: Safety glasses and steel-toed boots are required PPE for this
inspection.

NSR RECOMMENDATIONS: Remove cyclones from Condition II.A.4

ATTACHMENTS: VEO form, email correspondence, VOC & HAP emissions,
baghouse checks and calibration, baghouse vent inspections,
primer SDS, table of application.
Daniel Riddle <[e-mail]>
10482 - Follow up to air quality inspection
4 messages
Daniel Riddle <[e-mail]>Thu, Oct 24, 2024 at 9:11 AM
To: [e-mail]
Max,
Thank you for taking the time to meet today for your air quality inspection. As discussed, here are the records I will
require to complete my inspection report:
From AO DAQE-AN104820003-24:
Condition II.B.2.a - VOC and HAP emissions, itemized as required (Oct 23 - Sept 24)
Condition II.B.2.b - SDS of of primer basecoat to verify that it contains less than 0.2% VOC by weight or any HAPs
Condition II.B.3.b.1 - record of daily check of each baghouse
Condition II.B.3.b.3 - record of annual calibration of each magnehelic for each baghouse
Condition II.B.3.c.1 - record of monthly baghouse vent inspections
Additionally, these rules from the Utah Administrative Code:
R307-342: Send a list of all adhesive and sealant products you are using in Table 1 as well as their EDS or TDS or SDS
that show the VOC content is below the limits in this table
R307-343: Send a list of all wood furniture coating products you are using in Table 1 as well as their EDS or TDS or SDS
that show the VOC content is below the limits in this table
Please provide these records by October 31, 2024. Thanks and let me know if you have any questions.
Best,
Daniel
3 attachments
R307-342.pdf
103K
R307-343.pdf
99K
10482 AO.pdf
3702K
Max Kelsch <[e-mail]> Wed, Oct 30, 2024 at 2:29 PM
To: Daniel Riddle <[e-mail]>
Hi Daniel,
I am getting all the information you requested rounded up and it is a big file. I won’t be able to send it in one
email. I think my IT guy can set up a link for you to access it, but he is on vacation until Monday. Can I send
you a link on Monday?
Max
11/19/24, 10:20 AM State of Utah Mail - 10482 - Follow up to air quality inspection
https://mail.google.com/mail/u/0/?ik=3e54b7a6bd&view=pt&search=all&permthid=thread-a:r5940660940919642319&simpl=msg-a:r-79607988850993…1/3
5440 W Axel Park Road |West Jordan, UT 84081
ph 801.280.0646 ext 312 |[e-mail]
[Quoted text hidden]
Max Kelsch <[e-mail]> Thu, Oct 31, 2024 at 12:49 PM
To: Daniel Riddle <[e-mail]>
Hi Daniel,
I have the information that you requested to big to send in one email. I can have my IT guy set up a link so
you can view it, but he is on vacation until Monday. I will send you the link on Monday. Let me know if that
works for you.
Thanks,
Max
5440 W Axel Park Road |West Jordan, UT 84081
ph 801.280.0646 ext 312 |[e-mail]
From:Daniel Riddle <[e-mail]>
Sent:Thursday, October 24, 2024 9:12 AM
To:Max Kelsch <[e-mail]>
Subject:10482 - Follow up to air quality inspecƟon
Max,
[Quoted text hidden]
Max Kelsch <[e-mail]> Mon, Nov 4, 2024 at 9:27 AM
To: Daniel Riddle <[e-mail]>
11/19/24, 10:20 AM State of Utah Mail - 10482 - Follow up to air quality inspection
https://mail.google.com/mail/u/0/?ik=3e54b7a6bd&view=pt&search=all&permthid=thread-a:r5940660940919642319&simpl=msg-a:r-79607988850993…2/3
HI Daniel,
Here is the link.https://fashioncabinet.com/Files/AirQuality.zip
Thanks,
Max
5440 W Axel Park Road |West Jordan, UT 84081
ph 801.280.0646 ext 312 |[e-mail]
From:Daniel Riddle <[e-mail]>
Sent:Thursday, October 24, 2024 9:12 AM
To:Max Kelsch <[e-mail]>
Subject:10482 - Follow up to air quality inspecƟon
Max,
[Quoted text hidden]
11/19/24, 10:20 AM State of Utah Mail - 10482 - Follow up to air quality inspection
https://mail.google.com/mail/u/0/?ik=3e54b7a6bd&view=pt&search=all&permthid=thread-a:r5940660940919642319&simpl=msg-a:r-79607988850993…3/3
FASHION CABINETS
MONTHLY VOC CALCULATIONS
Oct 2023 - Sep 2024
MONTH VOC TONS HAP TONS Ethyl Benzene Tons Formaldehyde Tons Toluene Tons Xylene Tons
Sep 2024 1.7554 0.0422 0.0095 0.0009 0.0008 0.0158
Aug 2024 2.3493 0.0519 0.0102 0.001 0.0004 0.0177
Jul 2024 1.98 0.0554 0.012 0.0011 0.0006 0.0202
Jun 2024 1.6342 0.0485 0.0107 0.001 0.0008 0.0179
May 2024 2.5932 0.0756 0.0163 0.0017 0.0004 0.0286
Apr 2024 2.5138 0.0583 0.0137 0.0018 0.0011 0.0262
Mar 2024 2.3275 0.0513 0.0127 0.0017 0.0006 0.0246
Feb 2024 2.2025 0.0416 0.0106 0.0014 0.0006 0.0208
Jan 2024 2.1412 0.0429 0.0108 0.0016 0.0004 0.0218
Dec 2023 1.3733 0.028 0.0074 0.0011 0.0004 0.0151
Nov 2023 2.1651 0.0527 0.0127 0.0018 0.0008 0.0254
Oct 2023 2.6927 0.0487 0.0138 0.0022 0.0002 0.0294
Total Tons 25.73 0.6 0.14 0.02 0.01 0.26
Fashion Cabinets
VOC AS-APPLIED CALCULATION(TOPCOATS & SEALERS)
2024
Fast Dry Vinyl Sealer (T67F6)
128 ounces T67F6 Vinyl Sealer
25.6 ounces Acetone
VOC T67F6 Vinyl Sealer =7.45 lbs./gal x 24.9 /100 x 128 /128 =1.86lbs.
VOC Acetone =6.59 lbs./gal x 0 /100 x 25.6 /128 =0lbs.
Solids T67F6 Vinyl Sealer =7.45 lbs./gal x 22.8 /100 x 128 /128 =1.7lbs.
Solids Acetone =6.59 lbs./gal x 0 /100 x 25.6 /128 =0lbs.
As Applied= (1.86+0)/(1.7+0) = 1.09 lbs VOC/lbs. solid
Acid - cured single and 2 component sealer 1.2
E64W522 Gen ll Primer
128 ounces E64W522 Gen ll Primer
VOC E64W522 Gen ll Primer =12.64 lbs./gal x 0.2 /100 x 128 /128 =0.03lbs.
Solids E64W522 Gen ll Primer =12.64 lbs./gal x 63.8 /100 x 128 /128 =8.06lbs.
As Applied= (0.03)/(8.06) = 0 lbs VOC/lbs. solid
Acid - cured single and 2 component sealer 1.2
Creamy Flat
24 ounces Acid Catalyst
128 ounces H66BXW23894-4371 Creamy Flat in 5 gallon container
VOC Acid Catalyst =7.02 lbs./gal x 84.8 /100 x 24 /128 =1.12lbs.
VOC H66BXW23894-4371 Creamy Flat in 5 gallon container =11.69 lbs./gal x 20.5 /100 x 128 /128 =2.4lbs.
Solids Acid Catalyst =7.02 lbs./gal x 11.8 /100 x 24 /128 =0.16lbs.
Solids H66BXW23894-4371 Creamy Flat in 5 gallon container 11.69 lbs./gal x 79.4 /100 x 128 /128 =9.28lbs.
As Applied= (1.12+2.4)/(0.16+9.28) = 0.37 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
PG White (H66W82) 2022
7 ounces V66V21 Catalyst
128 ounces Paint Grade - White Base H66W82
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Paint Grade - White Base H66W82 =9.82 lbs./gal x 39.5 /100 x 128 /128 =3.88lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Paint Grade - White Base H66W82 =9.82 lbs./gal x 60.4 /100 x 128 /128 =5.93lbs.
As Applied= (0.28+3.88)/(0.16+5.93) = 0.68 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Behr Underground N200-7 H66WNN34776-794371
7 ounces V66V21 Catalyst
128 ounces Behr Underground N200-7 H66WNN34776-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Behr Underground N200-7 H66WNN34776-794371 =8.75 lbs./gal x 44.1 /100 x 128 /128 =3.86lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Behr Underground N200-7 H66WNN34776-794371 =8.75 lbs./gal x 55.7 /100 x 128 /128 =4.87lbs.
As Applied= (0.28+3.86)/(0.16+4.87) = 0.82 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
H66WNL34345-794371 Billow Classic W82/F82
7 ounces V66V21 Catalyst
128 ounces H66WNL34345-794371 Billow Classic W82/F82
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC H66WNL34345-794371 Billow Classic W82/F82 =9.88 lbs./gal x 39.2 /100 x 128 /128 =3.87lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids H66WNL34345-794371 Billow Classic W82/F82 =9.88 lbs./gal x 60.7 /100 x 128 /128 =6lbs.
As Applied= (0.28+3.87)/(0.16+6) = 0.67 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
BM2129-30 Blue Note H66WNL34302-794371
7 ounces V66V21 Catalyst
128 ounces BM2129-30 Blue Note H66WNL34302-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC BM2129-30 Blue Note H66WNL34302-794371 =8.71 lbs./gal x 44.3 /100 x 128 /128 =3.86lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids BM2129-30 Blue Note H66WNL34302-794371 =8.71 lbs./gal x 55.5 /100 x 128 /128 =4.83lbs.
As Applied= (0.28+3.86)/(0.16+4.83) = 0.83 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Cheating Heart BM 1617 H66WNR34112-794371
7 ounces V66V21 Catalyst
128 ounces Cheating Heart BM 1617 H66WNR34112-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Cheating Heart BM 1617 H66WNR34112-794371 =8.71 lbs./gal x 44.3 /100 x 128 /128 =3.86lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Cheating Heart BM 1617 H66WNR34112-794371 =8.71 lbs./gal x 55.6 /100 x 128 /128 =4.84lbs.
As Applied= (0.28+3.86)/(0.16+4.84) = 0.83 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
BM CSP-810 Chimichurri H66WNG34471-794371
7 ounces V66V21 Catalyst
128 ounces BM CSP-810 Chimichurri H66WNG34471-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC BM CSP-810 Chimichurri H66WNG34471-794371 =8.71 lbs./gal x 44.1 /100 x 128 /128 =3.84lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids BM CSP-810 Chimichurri H66WNG34471-794371 =8.71 lbs./gal x 55.7 /100 x 128 /128 =4.85lbs.
As Applied= (0.28+3.84)/(0.16+4.85) = 0.82 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Droplets 381 H66WNW34777-794371
7 ounces V66V21 Catalyst
128 ounces Droplets 381 H66WNW34777-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Droplets 381 H66WNW34777-794371 =9.84 lbs./gal x 39.5 /100 x 128 /128 =3.89lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Droplets 381 H66WNW34777-794371 =9.84 lbs./gal x 60.4 /100 x 128 /128 =5.94lbs.
As Applied= (0.28+3.89)/(0.16+5.94) = 0.68 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Fading Twilight BM 1258 H66WNR34301-794371
7 ounces V66V21 Catalyst
128 ounces Fading Twilight BM 1258 H66WNR34301-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Fading Twilight BM 1258 H66WNR34301-794371 =8.83 lbs./gal x 43.5 /100 x 128 /128 =3.84lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Fading Twilight BM 1258 H66WNR34301-794371 =8.83 lbs./gal x 56.4 /100 x 128 /128 =4.98lbs.
As Applied= (0.28+3.84)/(0.16+4.98) = 0.8 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Holmes Gray H66WNA34748-794317
7 ounces V66V21 Catalyst
128 ounces Holmes Gray H66WNA34748-794317
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Holmes Gray H66WNA34748-794317 =9.84 lbs./gal x 39.4 /100 x 128 /128 =3.88lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Holmes Gray H66WNA34748-794317 =9.84 lbs./gal x 60.5 /100 x 128 /128 =5.95lbs.
As Applied= (0.28+3.88)/(0.16+5.95) = 0.68 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
FC-Millar Gray H66WNA34136-794371
7 ounces V66V21 Catalyst
128 ounces FC-Millar Gray H66WNA34136-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC FC-Millar Gray H66WNA34136-794371 =8.83 lbs./gal x 43.6 /100 x 128 /128 =3.85lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids FC-Millar Gray H66WNA34136-794371 =8.83 lbs./gal x 56.2 /100 x 128 /128 =4.96lbs.
As Applied= (0.28+3.85)/(0.16+4.96) = 0.81 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
V84CV1 SHWD .5 VOC WWCV Gloss Top Coat Open Grain 12-19-23
128 ounces V84CV1 SHWD .5 VOC WWCV Gloss Top Coat
2 ounces Reducer Retarder R6K25 (5 Gal)
6 ounces V66V21 Catalyst
6 ounces EEP Reducer R6K35
2 ounces BYK 330
VOC V84CV1 SHWD .5 VOC WWCV Gloss Top Coat =8.62 lbs./gal x 2.8 /100 x 128 /128 =0.24lbs.
VOC Reducer Retarder R6K25 (5 Gal) =7.49 lbs./gal x 100 /100 x 2 /128 =0.12lbs.
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 6 /128 =0.24lbs.
VOC EEP Reducer R6K35 =7.91 lbs./gal x 100 /100 x 6 /128 =0.37lbs.
VOC BYK 330 =8.17 lbs./gal x 47 /100 x 2 /128 =0.06lbs.
Solids V84CV1 SHWD .5 VOC WWCV Gloss Top Coat =8.62 lbs./gal x 31.7 /100 x 128 /128 =2.73lbs.
Solids Reducer Retarder R6K25 (5 Gal) =7.49 lbs./gal x 0 /100 x 2 /128 =0lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 6 /128 =0.14lbs.
Solids EEP Reducer R6K35 =7.91 lbs./gal x 0 /100 x 6 /128 =0lbs.
Solids BYK 330 =8.17 lbs./gal x 53 /100 x 2 /128 =0.07lbs.
As Applied= (0.24+0.12+0.24+0.37+0.06)/(2.73+0+0.14+0+0.07) = 0.35 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
V84FH143 SHWD .5 VOC WWV 20 Top Coat 8-16-24
2 ounces Reducer Retarder R6K25 (5 Gal)
6 ounces EEP Reducer R6K35
6 ounces V66V21 Catalyst
128 ounces V84FH143 SHWD .5 VOC WWV 20 Top Coat
2 ounces BYK 330
VOC Reducer Retarder R6K25 (5 Gal) =7.49 lbs./gal x 100 /100 x 2 /128 =0.12lbs.
VOC EEP Reducer R6K35 =7.91 lbs./gal x 100 /100 x 6 /128 =0.37lbs.
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 6 /128 =0.24lbs.
VOC V84FH143 SHWD .5 VOC WWV 20 Top Coat =8.72 lbs./gal x 3 /100 x 128 /128 =0.26lbs.
VOC BYK 330 =8.17 lbs./gal x 47 /100 x 2 /128 =0.06lbs.
Solids Reducer Retarder R6K25 (5 Gal) =7.49 lbs./gal x 0 /100 x 2 /128 =0lbs.
Solids EEP Reducer R6K35 =7.91 lbs./gal x 0 /100 x 6 /128 =0lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 6 /128 =0.14lbs.
Solids V84FH143 SHWD .5 VOC WWV 20 Top Coat =8.72 lbs./gal x 33.1 /100 x 128 /128 =2.89lbs.
Solids BYK 330 =8.17 lbs./gal x 53 /100 x 2 /128 =0.07lbs.
As Applied= (0.12+0.37+0.24+0.26+0.06)/(0+0+0.14+2.89+0.07) = 0.34 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Ammonite F&B 274 H66WNW36065-794371
7 ounces V66V21 Catalyst
128 ounces Ammonite F&B 274 H66WNW36065-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Ammonite F&B 274 H66WNW36065-794371 =9.84 lbs./gal x 39.1 /100 x 128 /128 =3.85lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Ammonite F&B 274 H66WNW36065-794371 =9.84 lbs./gal x 60.8 /100 x 128 /128 =5.98lbs.
As Applied= (0.28+3.85)/(0.16+5.98) = 0.67 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
School House White H66WNW36004-794371
7 ounces V66V21 Catalyst
128 ounces School House White H66WNW36004-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC School House White H66WNW36004-794371 =9.84 lbs./gal x 39.1 /100 x 128 /128 =3.85lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids School House White H66WNW36004-794371 =9.84 lbs./gal x 60.8 /100 x 128 /128 =5.98lbs.
As Applied= (0.28+3.85)/(0.16+5.98) = 0.67 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Galata Blue H66WNL35975-794371
7 ounces V66V21 Catalyst
128 ounces Galata Blue H66WNL35975-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Galata Blue H66WNL35975-794371 =8.64 lbs./gal x 44.5 /100 x 128 /128 =3.84lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Galata Blue H66WNL35975-794371 =8.64 lbs./gal x 55.4 /100 x 128 /128 =4.79lbs.
As Applied= (0.28+3.84)/(0.16+4.79) = 0.83 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Pat Color Match H66WNW35974-794371
7 ounces V66V21 Catalyst
128 ounces Pat Color Match H66WNW35974-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Pat Color Match H66WNW35974-794371 =9.84 lbs./gal x 39.1 /100 x 128 /128 =3.85lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Pat Color Match H66WNW35974-794371 =9.84 lbs./gal x 60.8 /100 x 128 /128 =5.98lbs.
As Applied= (0.28+3.85)/(0.16+5.98) = 0.67 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Oil Cloth BM CSP-760 H66WNA35978-794371
7 ounces V66V21 Catalyst
128 ounces Oil Cloth BM CSP-760 H66WNA35978-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Oil Cloth BM CSP-760 H66WNA35978-794371 =9.94 lbs./gal x 38.4 /100 x 128 /128 =3.82lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Oil Cloth BM CSP-760 H66WNA35978-794371 =9.94 lbs./gal x 61.5 /100 x 128 /128 =6.11lbs.
As Applied= (0.28+3.82)/(0.16+6.11) = 0.65 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Antonio White H66WNW35882-794371
7 ounces V66V21 Catalyst
128 ounces Antonio White H66WNW35882-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Antonio White H66WNW35882-794371 =9.84 lbs./gal x 39.2 /100 x 128 /128 =3.86lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Antonio White H66WNW35882-794371 =9.84 lbs./gal x 60.7 /100 x 128 /128 =5.97lbs.
As Applied= (0.28+3.86)/(0.16+5.97) = 0.68 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
BC87 White H66WNW35884-794371
7 ounces V66V21 Catalyst
128 ounces BC87 White H66WNW35884-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC BC87 White H66WNW35884-794371 =9.83 lbs./gal x 39.2 /100 x 128 /128 =3.85lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids BC87 White H66WNW35884-794371 =9.83 lbs./gal x 60.7 /100 x 128 /128 =5.97lbs.
As Applied= (0.28+3.85)/(0.16+5.97) = 0.67 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Herb Bouquet BM 460 H66WNG35857-794371
7 ounces V66V21 Catalyst
128 ounces Herb Bouquet BM 460 H66WNG35857-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Herb Bouquet BM 460 H66WNG35857-794371 =9.88 lbs./gal x 38.8 /100 x 128 /128 =3.83lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Herb Bouquet BM 460 H66WNG35857-794371 =9.88 lbs./gal x 61.1 /100 x 128 /128 =6.04lbs.
As Applied= (0.28+3.83)/(0.16+6.04) = 0.66 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Bath White H66WNW35824-794371
7 ounces V66V21 Catalyst
128 ounces Bath White H66WNW35824-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Bath White H66WNW35824-794371 =9.84 lbs./gal x 39.1 /100 x 128 /128 =3.85lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Bath White H66WNW35824-794371 =9.84 lbs./gal x 60.7 /100 x 128 /128 =5.97lbs.
As Applied= (0.28+3.85)/(0.16+5.97) = 0.67 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Anderson White H66WNW35800-794371
7 ounces V66V21 Catalyst
128 ounces Anderson White H66WNW35800-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Anderson White H66WNW35800-794371 =9.83 lbs./gal x 39.5 /100 x 128 /128 =3.88lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Anderson White H66WNW35800-794371 =9.83 lbs./gal x 60.4 /100 x 128 /128 =5.94lbs.
As Applied= (0.28+3.88)/(0.16+5.94) = 0.68 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
F&B Studio Green No.93 H66WNG35777-794371
7 ounces V66V21 Catalyst
128 ounces F&B Studio Green No.93 H66WNG35777-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC F&B Studio Green No.93 H66WNG35777-794371 =8.65 lbs./gal x 44.9 /100 x 128 /128 =3.88lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids F&B Studio Green No.93 H66WNG35777-794371 =8.65 lbs./gal x 55 /100 x 128 /128 =4.76lbs.
As Applied= (0.28+3.88)/(0.16+4.76) = 0.85 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Egbert White H66WNW35577-794371
7 ounces V66V21 Catalyst
128 ounces Egbert White H66WNW35577-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Egbert White H66WNW35577-794371 =9.84 lbs./gal x 39.4 /100 x 128 /128 =3.88lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Egbert White H66WNW35577-794371 =9.84 lbs./gal x 60.4 /100 x 128 /128 =5.94lbs.
As Applied= (0.28+3.88)/(0.16+5.94) = 0.68 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Sandbar SW 7547 H66WNH34484-794371
7 ounces V66V21 Catalyst
128 ounces Sandbar SW 7547 H66WNH34484-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Sandbar SW 7547 H66WNH34484-794371 =9.87 lbs./gal x 39.2 /100 x 128 /128 =3.87lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Sandbar SW 7547 H66WNH34484-794371 =9.87 lbs./gal x 60.6 /100 x 128 /128 =5.98lbs.
As Applied= (0.28+3.87)/(0.16+5.98) = 0.68 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
White Icing #2 H66WNW35566-794371
7 ounces V66V21 Catalyst
128 ounces White Icing #2 H66WNW35566-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC White Icing #2 H66WNW35566-794371 =9.91 lbs./gal x 39 /100 x 128 /128 =3.86lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids White Icing #2 H66WNW35566-794371 =9.91 lbs./gal x 60.9 /100 x 128 /128 =6.04lbs.
As Applied= (0.28+3.86)/(0.16+6.04) = 0.67 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Cadence Custom Blue H66WNL35565-794371
7 ounces V66V21 Catalyst
128 ounces Cadence Custom Blue H66WNL35565-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Cadence Custom Blue H66WNL35565-794371 =8.67 lbs./gal x 44.6 /100 x 128 /128 =3.87lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Cadence Custom Blue H66WNL35565-794371 =8.67 lbs./gal x 55.3 /100 x 128 /128 =4.79lbs.
As Applied= (0.28+3.87)/(0.16+4.79) = 0.84 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Bellaview Gray H66WNA35564-794371
7 ounces V66V21 Catalyst
128 ounces Bellaview Gray H66WNA35564-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Bellaview Gray H66WNA35564-794371 =8.71 lbs./gal x 44.4 /100 x 128 /128 =3.87lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Bellaview Gray H66WNA35564-794371 =8.71 lbs./gal x 55.5 /100 x 128 /128 =4.83lbs.
As Applied= (0.28+3.87)/(0.16+4.83) = 0.83 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Red Obsession SW 7590 H66WNR35481-794371
7 ounces V66V21 Catalyst
128 ounces Red Obsession SW 7590 H66WNR35481-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Red Obsession SW 7590 H66WNR35481-794371 =8.71 lbs./gal x 44.2 /100 x 128 /128 =3.85lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Red Obsession SW 7590 H66WNR35481-794371 =8.71 lbs./gal x 55.7 /100 x 128 /128 =4.85lbs.
As Applied= (0.28+3.85)/(0.16+4.85) = 0.82 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Paxton White H66WNW35475-794371
7 ounces V66V21 Catalyst
128 ounces Paxton White H66WNW35475-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Paxton White H66WNW35475-794371 =9.83 lbs./gal x 39.5 /100 x 128 /128 =3.88lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Paxton White H66WNW35475-794371 =9.83 lbs./gal x 60.4 /100 x 128 /128 =5.94lbs.
As Applied= (0.28+3.88)/(0.16+5.94) = 0.68 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Zakotnic Beige H66WNH35431-794371
7 ounces V66V21 Catalyst
128 ounces Zakotnic Beige H66WNH35431-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Zakotnic Beige H66WNH35431-794371 =9.97 lbs./gal x 38.5 /100 x 128 /128 =3.84lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Zakotnic Beige H66WNH35431-794371 =9.97 lbs./gal x 61.4 /100 x 128 /128 =6.12lbs.
As Applied= (0.28+3.84)/(0.16+6.12) = 0.66 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Leach White H66WNW35420-794371
7 ounces V66V21 Catalyst
128 ounces Leach White H66WNW35420-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Leach White H66WNW35420-794371 =9.83 lbs./gal x 39.5 /100 x 128 /128 =3.88lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Leach White H66WNW35420-794371 =9.83 lbs./gal x 60.4 /100 x 128 /128 =5.94lbs.
As Applied= (0.28+3.88)/(0.16+5.94) = 0.68 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Bittle Dark Gray H66WNA35414-794371
7 ounces V66V21 Catalyst
128 ounces Bittle Dark Gray H66WNA35414-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Bittle Dark Gray H66WNA35414-794371 =8.69 lbs./gal x 44.6 /100 x 128 /128 =3.88lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Bittle Dark Gray H66WNA35414-794371 =8.69 lbs./gal x 55.3 /100 x 128 /128 =4.81lbs.
As Applied= (0.28+3.88)/(0.16+4.81) = 0.84 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Holmes Celeste Blue H66WNL35378-794371
7 ounces V66V21 Catalyst
128 ounces Holmes Celeste Blue H66WNL35378-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Holmes Celeste Blue H66WNL35378-794371 =8.7 lbs./gal x 44.4 /100 x 128 /128 =3.86lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Holmes Celeste Blue H66WNL35378-794371 =8.7 lbs./gal x 55.5 /100 x 128 /128 =4.83lbs.
As Applied= (0.28+3.86)/(0.16+4.83) = 0.83 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Holmes London Fog H66WNA35377-794371
7 ounces V66V21 Catalyst
128 ounces Holmes London Fog H66WNA35377-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Holmes London Fog H66WNA35377-794371 =9.89 lbs./gal x 39.1 /100 x 128 /128 =3.87lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Holmes London Fog H66WNA35377-794371 =9.89 lbs./gal x 60.8 /100 x 128 /128 =6.01lbs.
As Applied= (0.28+3.87)/(0.16+6.01) = 0.67 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Holmes Earl Gray H66WNA35376-794371
7 ounces V66V21 Catalyst
128 ounces Holmes Earl Gray H66WNA35376-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Holmes Earl Gray H66WNA35376-794371 =8.73 lbs./gal x 44.2 /100 x 128 /128 =3.86lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Holmes Earl Gray H66WNA35376-794371 =8.73 lbs./gal x 55.6 /100 x 128 /128 =4.85lbs.
As Applied= (0.28+3.86)/(0.16+4.85) = 0.83 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Tank Green H66WNG35338-794371
7 ounces V66V21 Catalyst
128 ounces Tank Green H66WNG35338-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Tank Green H66WNG35338-794371 =8.84 lbs./gal x 43.5 /100 x 128 /128 =3.85lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Tank Green H66WNG35338-794371 =8.84 lbs./gal x 56.4 /100 x 128 /128 =4.99lbs.
As Applied= (0.28+3.85)/(0.16+4.99) = 0.8 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
UDK White H66WNW35223-794371
7 ounces V66V21 Catalyst
128 ounces UDK White H66WNW35223-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC UDK White H66WNW35223-794371 =9.84 lbs./gal x 39.4 /100 x 128 /128 =3.88lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids UDK White H66WNW35223-794371 =9.84 lbs./gal x 60.4 /100 x 128 /128 =5.94lbs.
As Applied= (0.28+3.88)/(0.16+5.94) = 0.68 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
UDK Blue H66WNL35222-794371
7 ounces V66V21 Catalyst
128 ounces UDK Blue H66WNL35222-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC UDK Blue H66WNL35222-794371 =8.7 lbs./gal x 44.4 /100 x 128 /128 =3.86lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids UDK Blue H66WNL35222-794371 =8.7 lbs./gal x 55.5 /100 x 128 /128 =4.83lbs.
As Applied= (0.28+3.86)/(0.16+4.83) = 0.83 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Puroclean White H66WNW35221-794371
7 ounces V66V21 Catalyst
128 ounces Puroclean White H66WNW35221-794371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Puroclean White H66WNW35221-794371 =10.29 lbs./gal x 36.6 /100 x 128 /128 =3.77lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Puroclean White H66WNW35221-794371 =10.29 lbs./gal x 63.3 /100 x 128 /128 =6.51lbs.
As Applied= (0.28+3.77)/(0.16+6.51) = 0.61 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Bear Grays W82
128 ounces Bear Grays W82
7 ounces V66V21 Catalyst
VOC Bear Grays W82 =8.71 lbs./gal x 44.3 /100 x 128 /128 =3.86lbs.
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
Solids Bear Grays W82 =8.71 lbs./gal x 55.5 /100 x 128 /128 =4.83lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
As Applied= (3.86+0.28)/(4.83+0.16) = 0.83 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Black Chiffon FC-N-C15 F82
128 ounces Black Chiffon FC-N-C15 F82
7 ounces V66V21 Catalyst
VOC Black Chiffon FC-N-C15 F82 =8.72 lbs./gal x 44.2 /100 x 128 /128 =3.85lbs.
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
Solids Black Chiffon FC-N-C15 F82 =8.72 lbs./gal x 55.7 /100 x 128 /128 =4.86lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
As Applied= (3.85+0.28)/(4.86+0.16) = 0.82 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Pale Oak BJM OC-20 W82
128 ounces Pale Oak BJM OC-20 W82
7 ounces V66V21 Catalyst
VOC Pale Oak BJM OC-20 W82 =9.83 lbs./gal x 39.4 /100 x 128 /128 =3.87lbs.
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
Solids Pale Oak BJM OC-20 W82 =9.83 lbs./gal x 60.5 /100 x 128 /128 =5.95lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
As Applied= (3.87+0.28)/(5.95+0.16) = 0.68 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Destination White W82
128 ounces Destination White W82
7 ounces V66V21 Catalyst
VOC Destination White W82 =9.82 lbs./gal x 39.5 /100 x 128 /128 =3.88lbs.
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
Solids Destination White W82 =9.82 lbs./gal x 60.4 /100 x 128 /128 =5.93lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
As Applied= (3.88+0.28)/(5.93+0.16) = 0.68 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Custom White W82
128 ounces Custom White W82
7 ounces V66V21 Catalyst
VOC Custom White W82 =9.83 lbs./gal x 39.5 /100 x 128 /128 =3.88lbs.
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
Solids Custom White W82 =9.83 lbs./gal x 60.4 /100 x 128 /128 =5.94lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
As Applied= (3.88+0.28)/(5.94+0.16) = 0.68 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
BM CC-696 Taiga F82
128 ounces BM CC-696 Taiga F82
7 ounces V66V21 Catalyst
VOC BM CC-696 Taiga F82 =10 lbs./gal x 38.3 /100 x 128 /128 =3.83lbs.
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
Solids BM CC-696 Taiga F82 =10 lbs./gal x 61.6 /100 x 128 /128 =6.16lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
As Applied= (3.83+0.28)/(6.16+0.16) = 0.65 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
BM 1502 Cheyenne Green F82
128 ounces BM 1502 Cheyenne Green F82
7 ounces V66V21 Catalyst
VOC BM 1502 Cheyenne Green F82 =9.92 lbs./gal x 38.8 /100 x 128 /128 =3.85lbs.
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
Solids BM 1502 Cheyenne Green F82 =9.92 lbs./gal x 61.1 /100 x 128 /128 =6.06lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
As Applied= (3.85+0.28)/(6.06+0.16) = 0.66 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
BM OC-47 Ashwood W82
128 ounces BM OC-47 Ashwood W82
7 ounces V66V21 Catalyst
VOC BM OC-47 Ashwood W82 =9.84 lbs./gal x 39.4 /100 x 128 /128 =3.88lbs.
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
Solids BM OC-47 Ashwood W82 =9.84 lbs./gal x 60.5 /100 x 128 /128 =5.95lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
As Applied= (3.88+0.28)/(5.95+0.16) = 0.68 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Slate Tile SW 7624 H66PXA33546-4371
7 ounces V66V21 Catalyst
128 ounces Slate Tile SW 7624 H66PXA33546-4371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Slate Tile SW 7624 H66PXA33546-4371 =9.33 lbs./gal x 32.1 /100 x 128 /128 =2.99lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Slate Tile SW 7624 H66PXA33546-4371 =9.33 lbs./gal x 67.9 /100 x 128 /128 =6.34lbs.
As Applied= (0.28+2.99)/(0.16+6.34) = 0.5 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Samovar Silver SW 6233 H66PXA33501-4371
7 ounces V66V21 Catalyst
128 ounces Samovar Silver SW 6233 H66PXA33501-4371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Samovar Silver SW 6233 H66PXA33501-4371 =9.93 lbs./gal x 29.4 /100 x 128 /128 =2.92lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Samovar Silver SW 6233 H66PXA33501-4371 =9.93 lbs./gal x 70.5 /100 x 128 /128 =7lbs.
As Applied= (0.28+2.92)/(0.16+7) = 0.45 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Passive SW 7064 H66PXA29020-4371
7 ounces V66V21 Catalyst
128 ounces Passive SW 7064 H66PXA29020-4371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Passive SW 7064 H66PXA29020-4371 =10.99 lbs./gal x 25.6 /100 x 128 /128 =2.81lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Passive SW 7064 H66PXA29020-4371 =10.99 lbs./gal x 74.4 /100 x 128 /128 =8.18lbs.
As Applied= (0.28+2.81)/(0.16+8.18) = 0.37 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
GreenBlack SW 6994 H66PXB33485-4371
7 ounces V66V21 Catalyst
128 ounces GreenBlack SW 6994 H66PXB33485-4371
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC GreenBlack SW 6994 H66PXB33485-4371 =9.22 lbs./gal x 32.8 /100 x 128 /128 =3.02lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids GreenBlack SW 6994 H66PXB33485-4371 =9.22 lbs./gal x 67.2 /100 x 128 /128 =6.2lbs.
As Applied= (0.28+3.02)/(0.16+6.2) = 0.52 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Accessible Beige SW 7036 W82
128 ounces Accessible Beige SW 7036 W82
7 ounces V66V21 Catalyst
VOC Accessible Beige SW 7036 W82 =9.84 lbs./gal x 39.3 /100 x 128 /128 =3.87lbs.
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
Solids Accessible Beige SW 7036 W82 =9.84 lbs./gal x 60.5 /100 x 128 /128 =5.95lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
As Applied= (3.87+0.28)/(5.95+0.16) = 0.68 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Cadet-W82
7 ounces V66V21 Catalyst
128 ounces Cadet-W82
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Cadet-W82 =9.84 lbs./gal x 39.1 /100 x 128 /128 =3.85lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Cadet-W82 =9.84 lbs./gal x 60.8 /100 x 128 /128 =5.98lbs.
As Applied= (0.28+3.85)/(0.16+5.98) = 0.67 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Naval - F82
7 ounces V66V21 Catalyst
128 ounces Naval - F82
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Naval - F82 =8.67 lbs./gal x 44.7 /100 x 128 /128 =3.88lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Naval - F82 =8.67 lbs./gal x 55.1 /100 x 128 /128 =4.78lbs.
As Applied= (0.28+3.88)/(0.16+4.78) = 0.84 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Storm Cloud - W82
7 ounces V66V21 Catalyst
128 ounces Storm Cloud - W82
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Storm Cloud - W82 =9.83 lbs./gal x 39.4 /100 x 128 /128 =3.87lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Storm Cloud - W82 =9.83 lbs./gal x 60.5 /100 x 128 /128 =5.95lbs.
As Applied= (0.28+3.87)/(0.16+5.95) = 0.68 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Filtered Shade - W82
7 ounces V66V21 Catalyst
128 ounces Filtered Shade - W82
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Filtered Shade - W82 =9.84 lbs./gal x 39.4 /100 x 128 /128 =3.88lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Filtered Shade - W82 =9.84 lbs./gal x 60.5 /100 x 128 /128 =5.95lbs.
As Applied= (0.28+3.88)/(0.16+5.95) = 0.68 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0
Gray Matters - W82
7 ounces V66V21 Catalyst
128 ounces Gray Matters - W82
VOC V66V21 Catalyst =8.09 lbs./gal x 62.2 /100 x 7 /128 =0.28lbs.
VOC Gray Matters - W82 =9.85 lbs./gal x 39.3 /100 x 128 /128 =3.87lbs.
Solids V66V21 Catalyst =8.09 lbs./gal x 36.2 /100 x 7 /128 =0.16lbs.
Solids Gray Matters - W82 =9.85 lbs./gal x 60.6 /100 x 128 /128 =5.97lbs.
As Applied= (0.28+3.87)/(0.16+5.97) = 0.68 lbs VOC/lbs. solid
Acid - cured single and 2 component topcoat 1.0