6_-_Sherwin_Williams_MIL-PRF-23236_Type_VII_TDS.pdf

Performance Specification PDF 570 KB Posted Jan 12, 2017

Attached to: REPAIR OF 36FT HARBOR SECURITY BOATS
Solicitation number: N4523A-17-R-0023
Issued by: Department of the Navy Naval Sea Systems Command

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6. SW Mil-PRF-23236

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Other versions and copies of MIL-PRF-23236

4 government files on GovTribe name MIL-PRF-23236. Different revisions are separate documents; copies of this exact file point search engines to its first posting.

File	Revision	Posted	Attached to
MIL-PRF-23236D.pdf	Rev. D	Feb 3, 2022	Sherwin Williams Paint
SOW Paragraph 2 Applicable Docs - MIL-PRF-23236D.pdf	Rev. D	Feb 2, 2021	LM2500 VSV ARM REFURBISHMENT
MIL-PRF-23236D.pdf	Rev. D	Jul 8, 2020	FY21 RFQ NOAA Ship FERDINAND HASSLER Drydock Repairs

Who attaches MIL-PRF-23236

Agency	Files
Department of the Navy Naval Sea Systems Command	3
Department of Commerce National Oceanic and Atmospheric Administration	1

Other files

File	Type	Posted
Mooseboat_amend_7.pdf	PDF	Feb 17, 2017
36PB-1701.pdf	PDF	Feb 13, 2017
36PB_(MOOSE)_SWIM_PLATFORM_STIFFENER_FAB_(DRAWING__7).pdf	PDF	Feb 3, 2017
36PB_(MOOSE)_SWIM_PLATFORM_STIFFENER_INSTL_(DRAWING__6).pdf	PDF	Feb 3, 2017
36PB_(MOOSE)_TRANSOM_PLTG_INSTL_(DRAWING__4).pdf	PDF	Feb 3, 2017
36PB_(MOOSE)_SWIM_PLATFORM_STIFFENER_RMVL_(DRAWING__5).pdf	PDF	Feb 3, 2017
36PB_(MOOSE)_SIDE_SHELL_PLTG_INSTL_(DRAWING__2).pdf	PDF	Feb 3, 2017
36PB_(MOOSE)_TRANSOM_PLTG_RMVL_(DRAWING__3).pdf	PDF	Feb 3, 2017
36PB_(MOOSE)_SIDE_SHELL_PLTG_RMVL_(DRAWING__1).pdf	PDF	Feb 3, 2017
Amendment_2.pdf	PDF	Jan 27, 2017
Cost_Price_Breakout_for_HSB_Mooseboats.xlsx	XLSX spreadsheet	Jan 12, 2017
4_-_E-Paint_SN-1_HP_TDS_2008-04.pdf	PDF	Jan 12, 2017
2_-_E-Paint_EP-1000_Primer_MSDS_Part_B.pdf	PDF	Jan 12, 2017
N4523A-17-R-0023_Mooseboats_Solicitation.pdf	PDF	Jan 12, 2017
10_-_36PB_Shell_Plate_Installation_Sketch.PDF	PDF	Jan 12, 2017
13_-_36PB_Stiffener_Sketch_Fab.pdf	PDF	Jan 12, 2017
3_-_E-Paint_EP-1000_Primer_TDS_2010-03.pdf	PDF	Jan 12, 2017
8_-_Belzona_1341_Supermetalglide_Epoxy_Coating_MSDS.pdf	PDF	Jan 12, 2017
1_-_E-Paint_EP-1000_Primer_MSDS_Part_A.pdf	PDF	Jan 12, 2017
11_-_36PB_Transom_Plate_Removal_Sketch.PDF	PDF	Jan 12, 2017
9_-_36PB_Shell_Plate_Removal_Sketch.PDF	PDF	Jan 12, 2017
7_-_Belzona_1341_Supermetalglide_Epoxy_Coating_TDS.pdf	PDF	Jan 12, 2017
16_-_36PB-1701_Bilge_Ventillation_System_Installation_DRAFT_1-10-17.pdf	PDF	Jan 12, 2017
12_-_36PB_Transom_Plate_Installation_Sketch.PDF	PDF	Jan 12, 2017
14_-_36PB_Stiffener_Sketch_Rmvl.pdf	PDF	Jan 12, 2017
5_-_E-Paint_SN-1_TDS_2010-02.pdf	PDF	Jan 12, 2017
15_-_36PB_Stiffener_Sketch_Instl.pdf	PDF	Jan 12, 2017

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Fast Clad® ER Epoxy With opti-ChECk oap tEChnology

Part a B62W230 White Base Part a B62L230 BLue OaP Part a B62rW230 red Oxide Part B B62V230 CLear hardener Part B B62aV230 Gray hardener

Protective

Marine Coatings

9.50Revised: October 28, 2014 www.sherwin-williams.com/protective

Product descriPtion Fast Clad ER Epoxy is an edge retentive, ultra high solids epoxy amine coating engineered for immersion service in sea water ballast tanks, fuel/sea water ballast tanks, and petroleum storage tanks. The rapid return to service and high build, edge retentive properties of this coating provide superior protection compared to conventional epoxies.

•	One	coat	protection	•	Fast	return	to	service
•	Low	VOC	•	Low	odor
•	Dry	to	walk-on	within	four	hours
•	Designed	for	plural-component	application	equipment
•	Greater	than	70%	edge	build	retention
•	Low	Temperature	application	and	cure	capabilities	to	35°F	(See
Application	Conditions)

Product characteristics Finish: Gloss

Color: White-Base, Blue OAP, Red Oxide

Volume solids: 98%, ± 2%, mixed

Weight solids: 98%, ± 2%, mixed

VoC (Epa method #24): <85 g/L; 0.71 lb/gal, mixed

Mix Ratio: 1:1 by volume

Recommended spreading Rate per coat:

Minimum Maximum

Wet mils	(microns) 18.0 (450) 22.0 (550)
dry mils	(microns) 18.0 (450) 22.0 (550)
~Coverage sq ft/gal	(m2/L) 73 (1.8) 89 (2.2)
*Can	be	applied	up	to	60.0	mils	(1500	microns)	dft	if	required.

theoretical coverage sq ft/gal (m2/L) @ 1 mil / 25 microns dft 1568 (38.4)

NOTE: Brush or roll application may require multiple coats to achieve maximum film thickness and uniformity of appearance.

drying schedule @ 20.0 mils (500 microns):

@ 40°F/4.5°C @ 77°F/25°C @ 100°F/38°C

50% RH

to touch: 6	hours 1 hour 35	minutes
to handle: 8-12 hours 3	hours 55 minutes

to recoat:

minimum: 6 hours 1 hour 35 minutes maximum: 14 days 14 days 14 days

Foot traffic: 8-12 hours 3	hours 1 hour
Cure to service: 36	hours 24 hours 12 hours
pot life: 7	minutes
sweat-in-time: None	required

shelf life: 24 months

Store	indoors	at	40°F	(4.5°C)	to
100°F	(38°C)

Flash point: 230°F (110°C), PMCC, mixed Reducer: Not recommended Clean Up: MEK (R6K10) or Reducer R7K104 continued on back recommended uses For use over prepared steel or masonry surfaces in industrial and marine exposures such as:

•	Ballast	tank	interiors	and	oil	storage	tank	interiors
•	Fuel	storage	tanks	and	external	pipeline	coating
•	Primary	or	Secondary	containment
•	Acceptable	for	use	with	cathodic	protection	systems
•	Where	rapid	return	to	service	and	edge	protection	film	build
properties	are	required

•	Meets	MIL-PRF-23236	Type	VII,	Class	5,	7,	5/18,	7/18,	13/18,	17,
17/18	Grade	C	requirements	for	single	and	multi-coat	seawater,
fuel,	bilges,	and	CHT	tanks

•	Blue	OAP	contains	fluorescent	pigment
•	Wind	tower	gearbox	lining	and	transformer	lining	up	to	204°F

(96°C)

• Suitable for use in the Mining & Minerals Industry

Performance characteristics

substrate*:	Steel
surface preparation*:	SSPC-SP10

system tested*:

1 ct. Fast Clad ER Epoxy @ 18.0-22.0 mils (450-550 microns) dft

*unless otherwise noted below test name test Method Results abrasion Resistance

ASTM D4060, CS17

wheel, 1000 cycles, 1 kg load

22.4 mg loss adhesion ASTM D4541 >2000 psi

Cathodic disbondment ASTM G8

Passes	30	days	@
1.5	volts	(Cu/CuSO4),

<10 mm disbondment radius

Corrosion Weathering

ASTM	D5894,	4
cycles,	1134	hours

Rating	10	per	ASTM
D610	for	Rusting
(field);	Rating	10	per
ASTM	D714	for
Blistering	(field)

direct impact Resistance ASTM D2794 15 in-lb

dry heat Resistance ASTM	D2485 250°F	(121°C)
Flexibility ASTM	D522 7/16"	(24-hour	cure)

Moisture Condensation Resistance

ASTM	D4585,	100°F
(38°C),	2000	hours

Rating	10	per	ASTM
D610	for	Rusting
(field);	Rating	10	per
ASTM	D714	for
Blistering	(field)

pencil hardness ASTM	D3363 H
*Report	No.	IM54.1382-09

immersion (ambient temperature) for the following:

•	Ballast	tank	mix	...............................	Recommended
•	Crude	oil	...........................................	Recommended
•	Fresh	water	......................................	Recommended
•	Gasoline	...........................................	Recommended
•	Sea	water...........................................	Recommended
•	Reformulated	gasoline	..................		Recommended
•	Kerosene	..........................................	Recommended
Epoxy	coatings	may	darken	or	yellow	after	application	and	curing.

Part a B62rW230 red Oxide Part B B62V230 CLear hardener Part B B62aV230 Gray hardener

Protective

Marine Coatings

9.50Revised: October 28, 2014 www.sherwin-williams.com/protective surface PreParation Surface must be clean, dry, and in sound condition. Remove all oil, dust, grease, dirt, loose rust, and other foreign material to ensure adequate adhesion.

Refer to product Application Bulletin for detailed surface prepara-tion information.

Minimum	recommended	surface	preparation:
Iron	&	Steel:
	Atmospheric:	SSPC-SP6/NACE	3,	2	mil
		(50	micron)	profile	or
		SSPC-SP12/NACE	No.	5,	WJ-3/SC-2
	Immersion:	SSPC-SP10/NACE2,	2-3	mil
		(50-75	micron)	profile	or
		SSPC-	SP12/NACE	No.	5,
		WJ-2/SC-2
	Concrete	&	Masonry:
	Atmospheric:	SSPC-SP13/NACE	6,	or	ICRI
		No.	310.2R,	CSP2-3
	Immersion:	SSPC-SP13/NACE	6-4.3.1	or	4.3.2,
		or	ICRI	No.	310.2R,	CSP2-3

surface preparation standards Condition of surface iso 8501-1 Bs7079:a1 swedish std.

sis055900 sspC naCE

White	Metal Sa	3 Sa	3 SP	5 1
Near	White	Metal Sa	2.5 Sa	2.5 SP	10 2
Commercial	Blast Sa	2 Sa	2 SP	6 3
Brush-Off Blast Sa	1 Sa	1 SP	7 4
Hand	Tool	Cleaning Rusted C	St	2 C	St	2 SP	2 -

Pitted	&	Rusted D	St	2 D	St	2 SP	2 -
Power	Tool	Cleaning Rusted C	St	3 C	St	3 SP	3 -

Pitted & Rusted D St 3 D St 3 SP 3 -tinting

not

tint

part

gallons

(18.9L)

clear

hardener

part

may

tinted

with

2.75

ounces

Maxitoner

Colorant

Phthalo

Green

Black

only.

aPPlication conditions Temperature:

Air & surface: 40°F (4.5°C) minimum*, 110°F (43°C) maximum

*For application at 35°F (1.7°C) to 40°F (4.5°C), specific guidelines are required:

• Air & Surface temperature conditions must be expected to remain stable or improve for a period of four hours.

• Environmental controls (dehumidication, heating, forced-air ventilation) are recommended to maintain acceptable application conditions.

•

Final

cure

must

confirmed

accordance

with

ASTM

D5402,

"Assess-

ing

the

Solvent

Resistance

Organic

Coatings

Using

Solvent

Rubs".

Test

shall

consist

double

rubs

with

MEK.

Test

shall

confirm

loss

DFT,

and

coating

residue

rubbing

cloth.

The material should be 85°F-130°F/29°C-54°C (vary as needed) at the mixing block for optimal atomization based on tip size and pump pressure.. do not heat above 140°F/60°C.

Relative humidity: 85% maximum

Refer to product Application Bulletin for detailed application information.

ordering information Packaging:

Part	A:	5	gallon	(18.9L)	container
Part	B:	5	gallon	(18.9L)	container

Weight: 11.71, ± 0.3 lb/gal ; 1.4 Kg/L, mixed

PrOduCt infOrmatiOn recommended systems dry Film thickness / ct.

Mils (Microns) steel, immersion:

1 ct. Fast Clad ER Epoxy 18.0 -22.0 (450-550) steel, immersion:

1	ct.	Fast	Clad	Epoxy	Primer	4.0	-8.0**	(100-200)
1	ct.	Fast	Clad	ER	Epoxy	18.0-22.0		(450-550)

steel, immersion:

2 cts. Fast Clad ER Epoxy 9.0-11.0 (225-275)

Concrete, immersion:

1 ct. Corobond 100 Epoxy Primer/Sealer; apply primer to achieve uniform hiding, appearance, and complete

wetting	of	the	concrete	surface,	approximately	4-6	.
Coating	will	be	partially	absorbed	into	the	concrete.

Roll out any pudles.

2 cts. Fast Clad ER Epoxy 9.0 – 11.0 (225-275)

**When	using	B62L245	Primer	containing	the	OAP	fluorescent
pigment,	make	sure	a	non-containing	OAP	fluorescent	pigment

topcoat is used.

The systems listed above are representative of the product's use, other systems may be appropriate.

safety Precautions Refer to the MSDS sheet before use.

Published technical data and instructions are subject to change without notice. Contact your Sherwin-Williams representative for ad-ditional technical data and instructions.

disclaimer

The

information

and

recommendations

set

forth

this

Product

Data

Sheet

are

based

upon

tests

conducted

behalf

The

Sherwin-Williams

Company.

Such

information

and

recommendations

set

forth

herein

are

subject

change

and

pertain

the

product

offered

the

time

publication.

Consult

your

Sherwin-

Williams

representative

obtain

the

most

recent

Product

Data

Information

and

Application Bulletin.

Warranty

The

Sherwin-Williams

Company

warrants

our

products

free

manufacturing

defects

accord

with

applicable

Sherwin-Williams

quality

control

procedures.

Liability

for

products

proven

defective,

any,

limited

replacement

the

de-

fective product or the refund of the purchase price paid for the defective product

as	determined	by	Sherwin-Williams.		NO	OTHER	WARRANTY	OR	GUARANTEE
OF	ANY	KIND	IS	MADE	BY	SHERWIN-WILLIAMS,	EXPRESSED	OR	IMPLIED,
STATUTORY,	BY	OPERATION	OF	LAW	OR	OTHERWISE,	INCLUDING	MER-
CHANTABILITY	AND	FITNESS	FOR	A	PARTICULAR	PURPOSE.

Part a B62rW230 red Oxide Part B B62V230 CLear hardener Part B B62aV230 Gray hardener

Protective

Marine Coatings

9.50Revised: October 28, 2014 www.sherwin-williams.com/protective surface PreParations

Surface must be clean, dry, and in sound condition. Remove all oil, dust, grease, dirt, loose rust, and other foreign material to ensure adequate adhesion.

iron & steel (atmospheric service)

	Minimum	surface	preparation	is	Commercial	Blast	Cleaning	per
SSPC-SP6/NACE	3	or	SSPC-SP12/NACE	No.	5.	For	surfaces
prepared	by	SSPC	SP6/NACE	3,	first	remove	all	oil	and	grease
from	surface	by	Solvent	Cleaning	per	SSPC-SP1.		For	better	per-
formance,	use	Near	White	Metal	Blast	Cleaning	per	SSPC-SP10/
NACE	2.	Blast	clean	all	surfaces	using	a	sharp,	angular	abrasive
for	optimum	surface	profile	(2-3	mils	/	50-75	microns).		For	surfaces
prepared	by	SSPC-SP12/NACE	No.	5,	all	surfaces	shall	be	cleaned
in	accordance	with	WJ-3/SC2.	Pre-existing	profile	should	be	ap-
proximately	2	mils	(50	microns).		Prime	any	bare	steel	the	same
day	as	it	is	cleaned	or	before	flash	rusting	occurs.

iron & steel (immersion service)

Remove	all	oil	and	grease	from	surface	by	Solvent	Cleaning	per
SSPC-SP1.	Minimum	surface	preparation	is	Near	White	Metal
Blast	Cleaning	per	SSPC-SP10/NACE	2,	or	SSPC-SP12/NACE
No.	5.		For	SSPC-SP10/NACE	2,	blast	clean	all	surfaces	using
a	sharp,	angular	abrasive	for	optimum	surface	profile	(2-3	mils	/
50-75	microns).	For	SSPC-SP12/NACE	No.5,	all	surfaces	to	be
coated	shall	be	cleaned	in	accordance	with	WJ-2/SC2	standards.
Pre-existing	profile	should	be	approximately	2	mils	(50	microns).

Remove all weld spatter. Prime any bare steel the same day as it is cleaned or before flash rusting occurs.

Concrete and Masonry

For

surface

preparation,

refer

SSPC-SP13/NACE

ICRI

No.

310.2R,

CSP

2-3.

Surfaces

should

thoroughly

clean

and

dry.

Concrete

and

mortar

must

cured

least

days

75°F

(24°C).

Remove

all

loose

mortar

and

foreign

material.

Surface

must

free of laitance, concrete dust, dirt, form release agents, moisture

curing	membranes,	loose	cement	and	hardeners.	Fill	bug	holes,	air
pockets	and	other	voids	with	Steel-Seam	FT910.	Primer	required.

Follow the standard methods listed below when applicable:

ASTM	D4258	Standard	Practice	for	Cleaning	Concrete.
ASTM	D4259	Standard	Practice	for	Abrading	Concrete.
ASTM	D4260	Standard	Practice	for	Etching	Concrete.
ASTM	F1869	Standard	Test	Method	for	Measuring	Moisture	Vapor
Emission	Rate	of	Concrete.
SSPC-SP	13/Nace	6	Surface	Preparation	of	Concrete.
ICRI	No.	310.2R	Concrete	Surface	Preparation.

Concrete, immersion service:

For	surface	preparation,	refer	to	SSPC-SP13/NACE	6,	Section
4.3.1	or	1.3.2	or	ICRI	No.	310.2R,	CSP	2-3.

surface preparation standards Condition of surface iso 8501-1 Bs7079:a1 swedish std.

sis055900 sspC naCE

White	Metal Sa	3 Sa	3 SP	5 1
Near	White	Metal Sa	2.5 Sa	2.5 SP	10 2
Commercial	Blast Sa	2 Sa	2 SP	6 3
Brush-Off Blast Sa	1 Sa	1 SP	7 4
Hand	Tool	Cleaning Rusted C	St	2 C	St	2 SP	2 -

Pitted	&	Rusted D	St	2 D	St	2 SP	2 -
Power	Tool	Cleaning Rusted C	St	3 C	St	3 SP	3 -

Pitted & Rusted D St 3 D St 3 SP 3 -aPPLiCatiOn BuLLetin aPPlication conditions Temperature:

Air & surface: 40°F (4.5°C) minimum*, 110°F (43°C) maximum

*For application at 35°F (1.7°C) to 40°F (4.5°C), specific guidelines are required:

• Air & Surface temperature conditions must be expected to remain stable or improve for a period of four hours.

• Environmental controls (dehumidication, heating, forced-air ventilation) are recommended to maintain acceptable application conditions.

•

Final

cure

must

confirmed

accordance

with

ASTM

D5402,

"Assess-

ing

the

Solvent

Resistance

Organic

Coatings

Using

Solvent

Rubs".

Test

shall

consist

double

rubs

with

MEK.

Test

shall

confirm

loss

DFT,

and

coating

residue

rubbing

cloth.

The material should be 85°F-130°F/29°C-54°C (vary as needed) at the mixing block for optimal atomization based on tip size and pump pressure.. do not heat above 140°F/60°C.

Relative humidity: 85% maximum aPPlication equiPment

The following is a guide. Changes in pressures and tip sizes may be needed for proper spray characteristics. Always purge spray

equipment	before	use	with	listed	reducer.	Any	reduction	must	be
compliant	with	existing	VOC	regulations	and	compatible	with	the

existing environmental and application conditions.

Reduction ........................Not recommended

Clean Up ..........................MEK (R6K10) or R7K104 plural Component Equipment Pump..............................WIWA DUOMIX 1:1, Graco Extreme

Mix, Graco XM, or Graco XP Pressure.........................4000 psi

	Hose...............................3/8"	ID
Tip ...................................021"	-	.025"
Pump heater setting .......70	-	80
	Material	temperature	at
gun tip .......................85°F-130°F	(29°C-54°C)

(vary as needed)

Brush ...............................For stripe coating and repair only Brush..............................Nylon/Polyester or Natural Bristle

Roller ...............................For	stripe	coating	and	repair	only
	Cover .............................3/8"	woven	with	solvent	resistant	core

If	specific	application	equipment	is	not	listed	above,	equivalent
equipment	may	be	substituted.

continued on back

Part a B62rW230 red Oxide Part B B62V230 CLear hardener Part B B62aV230 Gray hardener

Protective

Marine Coatings

9.50Revised: October 28, 2014 www.sherwin-williams.com/protective aPPLiCatiOn BuLLetin aPPlication Procedures

Surface preparation must be completed as indicated.

Mixing instructions:	Mix	contents	of	each	component	thoroughly
using	low	speed	power	agitation.		Make	certain	no	pigment	remains

on the bottom or the sides of the can. Then combine one part by volume of Part A with one part by volume of Part B. Thoroughly agitate the mixture with power agitation.

To ensure that no unmixed material remains on the sides or bottom of the cans after mixing, visually observe the container by pouring the material into a separate container.

Apply paint at the recommended film thickness and spreading rate as indicated below:

Recommended spreading Rate per coat:

Minimum Maximum

Wet mils	(microns) 18.0 (450) 22.0 (550)
dry mils	(microns) 18.0 (450) 22.0 (550)
~Coverage sq ft/gal	(m2/L) 73 (1.8) 89 (2.2)
*Can	be	applied	up	to	60.0	mils	(1500	microns)	dft	if	required.

theoretical coverage sq ft/gal (m2/L) @ 1 mil / 25 microns dft 1568 (38.4)

NOTE: Brush or roll application may require multiple coats to achieve maximum film thickness and uniformity of appearance.

drying schedule @ 20.0 mils (500 microns):

@ 40°F/4.5°C @ 77°F/25°C @ 100°F/38°C

50% RH

to touch: 6	hours 1 hour 35	minutes
to handle: 8-12 hours 3	hours 55 minutes

to recoat:

minimum: 6 hours 1 hour 35 minutes maximum: 14 days 14 days 14 days

Foot traffic: 8-12 hours 3	hours 1 hour
Cure to service: 36	hours 24 hours 12 hours
pot life: 7	minutes
sweat-in-time: None	required

Application of coating above maximum or below minimum recommended spreading rate may adversely affect coating performance.

clean uP instructions

Clean	spills	and	spatters	immediately	with	MEK,	R6K10.	Clean
tools immediately after use with MEK,	R6K10.	Follow	manufac-

turer's safety recommendations when using any solvent.

disclaimer

The

information

and

recommendations

set

forth

this

Product

Data

Sheet

are

based

upon

tests

conducted

behalf

The

Sherwin-Williams

Company.

Such

information

and

recommendations

set

forth

herein

are

subject

change

and

pertain

the

product

offered

the

time

publication.

Consult

your

Sherwin-

Williams

representative

obtain

the

most

recent

Product

Data

Information

and

Application Bulletin.

Performance tiPs Repair of pitted tank Bottoms Extensive, deep pitting:

options:

option 1 ..Apply a full wet coat, by spray application, of Fast

Clad	Epoxy	Primer.	Follow	with	rubber	squeegee	to
work	material	into	and	fill	the	pitted	areas.	After	recom-
mended	drying	time,	apply	a	full	coat	of	Fast	Clad	ER
at	recommended	film	thickness.

option 2 ..Apply	Dura-Plate	UHS	Clear	Laminant	Resin	with	1½
oz	fiberglass	mat	over	the	pitted	areas.	After	recom-
mended	drying	time,	apply	a	full	coat	of	Fast	Clad	ER
at	recommended	film	thickness.

option 3 ..Weld	new	steel	plates,	or	use	puddle	welds,	as	required
to	repair	pitted	areas.	Coat	areas	as	recommended.

shallow pitting, isolated areas:

options:

option 1 ..Same	as	number	1	above.
option 2 ..Apply	Steel	Seam	FT910	as	required	to	fill	the	pitted

areas. Coat areas as recommended.

When	using	spray	application,	use	a	50%	overlap	with	each	pass
of	the	gun	to	avoid	holidays,	bare	areas,	and	pinholes.	If	necessary,

cross-coat spray at a right angle.

Spreading	rates	are	calculated	on	volume	solids	and	do	not	include
an	application	loss	factor	due	to	surface	profile,	roughness	or	po-
rosity	of	the	surface,	skill	and	technique	of	the	applicator,	method

of application, various surface irregularities, material lost during mixing, spillage, overthinning, climatic conditions, and excessive

film	build.
No	reduction	of	material	is	recommended	as	this	can	affect	film

build, appearance, and adhesion.

Stripe coat all crevices, welds, and sharp angles to prevent early failure in these areas.

Do not mix previously catalyzed material with new.

Do not apply the material beyond recommended pot life.

Remove and solvent clean tip housing every 20-30 minutes.

For immersion service:	(if	required)	Holiday	test	in	accordance
with	ASTM	D5162	for	steel,	or	ASTM	D4787	for	concrete.

When	using	an	OAP	fluorescent	pigment	system,	use	the	Fast
Clad	Epoxy	Primer,	with	a	non-OAP	containing	Fast	Clad	ER

topcoat color.

Guidance	on	techniques	and	required	equipment	to	inspect	a
coating	system	incorporating	Opti-Check	OAP	Technology	can	be
found	in	SSPC-TU	11.
Refer	to	Product	Information	sheet	for	additional	performance

characteristics and properties.

safety Precautions Refer to the MSDS sheet before use.

Published technical data and instructions are subject to change without notice.

Contact your Sherwin-Williams representative for additional technical data and instructions.

Warranty

The

Sherwin-Williams

Company

warrants

our

products

free

manufacturing

defects

accord

with

applicable

Sherwin-Williams

quality

control

procedures.

Liability

for

products

proven

defective,

any,

limited

replacement

the

de-

fective product or the refund of the purchase price paid for the defective product

as	determined	by	Sherwin-Williams.		NO	OTHER	WARRANTY	OR	GUARANTEE
OF	ANY	KIND	IS	MADE	BY	SHERWIN-WILLIAMS,	EXPRESSED	OR	IMPLIED,
STATUTORY,	BY	OPERATION	OF	LAW	OR	OTHERWISE,	INCLUDING	MER-
CHANTABILITY	AND	FITNESS	FOR	A	PARTICULAR	PURPOSE.

File details come from the government source that posted it. Updated Nov 14, 2017.