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Sheri Oberle Regulatory Manager-Americas AkzoNobel Coatings, Inc. 6001 Antoine Drive Houston TX 77091 sheri.oberle@akzonobel.com 713-684-5848 

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Incasil ES1000
Polysilanol, polymer with 2-(chloromethyl)oxirane and 4,4'-(1-methylethylidene)bis[phenol], alkoxylated Sanitized5.docx XXX XXX XXX 

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X Open, dispersive use. Ingredient in liquid paint coating. XXX 

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Page 10 SANITIZED SUBMISSIONSee Attachment 006 (Sanitized8.docx)

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Page 14 SANITIZED SUBMISSIONSee Attachment 005 (Sanitized4.docx)

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Page 18 SANITIZED SUBMISSIONP10SB1(a)(4)1 Part II, Section B, 1(a)(4). Operation Site Locations

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Page 20 SANITIZED SUBMISSIONThe PMN substance will be incorporated into intumescent paints. Intumescent paints are applied to structures as part of passive fire protection

strategies with the aim of delaying structural collapse as a result of exposure to heat – for example in a building fire. This allows a longer time for occupants to escape or for emergency services to achieve safe access to the building. The coatings do this by expanding from a thin paint film into a thick, insulating char when exposed to temperatures around 300oC. The PMN substance has been developed to give a more stable, thicker char in comparison to current resin technology and therefore give longer ‘safe’ time than similar paints already in the market. Due to the relatively short pot life (time to cure) of the paint containing the PMN substance and the high viscosity, specialist application equipment is required. This is used only by trained specialist applicators and these applicator teams are also responsible for the safe disposal of materials. All waste materials (uncured paint, contaminated cleaning solvent, cured paint in pails etc.) would be handled and disposed of by these specialists who are also fully trained in the correct use of PPE during handling. The short pot-life of the paint also means there is a reduced risk of human exposure to unreacted product as, for example, all overspray and unused mixed material will cure rapidly to the safer, dry paint. Many intumescent paints contain boric acid which helps the development of glass-like materials in the char, paint containing the PMN substance allows formulation without this harmful component, hence reducing the risk to human health. The PMN substance has been developed to include silica as part of the polymer. Silica is an important component of intumescent paints as it contributes toward the development of a structurally sound char. In comparison to other resins used in Intumescent Coatings, in paints containing the PMN substance, the overall silica content is higher as a result of the silica bound into the polymer. The paints containing the PMN substance exhibit better thermal stability and faster cure than other intumescent products. Intumescent coatings are expected to last the lifetime of the structure to which they are applied. One weakness is the use of epoxy resins which can be prone to poor weatherability and chalking. It is expected that the PMN substance will improve on the weatherabililty of previous intumescent coatings. Due to the low solvent contact of paints containing the PMN substance, there is very little atomization and as a result, less overspray or accidental loss through dripping or splashing.

Page 21 SANITIZED SUBMISSION001 IES Order Sanitized1.docx Pt.I, Sec.B, 2c. | Pt.I, Sec.B, 2e. 1 002 IES structure Sanitized2.docx 1 003 Structure Sanitized.docx 1 004 ES1000 structure sanitized Incasil ES1000 structure sanitized.png 1 005 Sanitized - Sites controlled by submitter diagram Sanitized4.docx Pt.2, Sec.A, 1d. (#2) 3 006 Diagram 1-sanitized Sanitized8.docx Pt.2, Sec.A, 1d. 2 007 MSDS Incasil ES1000 GVE116_GBR_ENG.pdf 10 008 Analytical Report Sanitized5.docx Pt.I, Sec.B, 3. 12 009 Sites Controlled by Submiter - Diagram2- sanitized Sanitized6.docx 1 010 Sites Controlled by Others Diagram-Sanitized Sanitized7.docx Pt.2, Sec.B, 1a. 1

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## X 1.13 Measured

1330 cSt Measured Viscosity Page 23 SANITIZED SUBMISSIONSolubility Immiscible Estimate Flash Pont 37 Measured

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## ATTACHMENT HEADER SHEET Attachment Number 001 Attachment Name IES Order 

## Associated PMN Section Number Pt.I, Sec.B, 2c. | Pt.I, Sec.B, 2e. Does not contain CBI 

## Report Number ES10141107939292677

## ATTACHMENT HEADER SHEET Attachment Number 002 Attachment Name IES structure 

## Associated PMN Section Number

N/A Does not contain CBI 

## Report Number ES10141107939292677

## ATTACHMENT HEADER SHEET Attachment Number 003 Attachment Name Structure 

## Associated PMN Section Number

N/A Does not contain CBI 

## Report Number ES10141107939292677

## ATTACHMENT HEADER SHEET Attachment Number 004 Attachment Name ES1000 structure sanitized 

## Associated PMN Section Number

N/A Does not contain CBI 

## Report Number ES10141107939292677

## ATTACHMENT HEADER SHEET Attachment Number 005 Attachment Name Sanitized - Sites controlled by submitter diagram 

## Associated PMN Section Number

Pt.2, Sec.A, 1d. (#2) Does not contain CBI 

## Report Number ES10141107939292677

## ATTACHMENT HEADER SHEET Attachment Number 006 Attachment Name Diagram 1-sanitized 

## Associated PMN Section Number

Pt.2, Sec.A, 1d. Does not contain CBI 

## Report Number ES10141107939292677

## ATTACHMENT HEADER SHEET Attachment Number 007 Attachment Name MSDS Incasil ES1000 

## Associated PMN Section Number

N/A Does not contain CBI 

## Report Number ES10141107939292677

## ATTACHMENT HEADER SHEET Attachment Number 008 Attachment Name Analytical Report 

## Associated PMN Section Number

Pt.I, Sec.B, 3. Does not contain CBI 

## Report Number ES10141107939292677

## ATTACHMENT HEADER SHEET Attachment Number 009 Attachment Name Sites Controlled by Submiter - Diagram2-sanitized 

## Associated PMN Section Number

N/A Does not contain CBI 

## Report Number ES10141107939292677

## ATTACHMENT HEADER SHEET Attachment Number 010 Attachment Name Sites Controlled by Others Diagram-Sanitized 

## Associated PMN Section Number

Pt.2, Sec.B, 1a. Does not contain CBI 

## Report Number ES10141107939292677