North American Stainless
“Founded in 1990, North American Stainless
is fulfilling its promise to be the finest stainless steel
mill in the Western Hemisphere.”
North American Stainless
6870 Highway 42 East
Ghent, KY 41045-9615
502/347-6000 Mill
502/347-6116 Sales Fax
502/347-6001 Administration Fax
5 0 2 / 3 4 7 - 6 0 6 1 Te c h n i c a l F a x
w w w. n o r t h a m e r i c a n s t a i n l e s s . c o m
Stainless
Steel
The
Value
Option®
Table of Contents
1.
Profile
3
Phase I
5
Phase II & III
6
Phase IV
7
Phase V
9
Phase VI
10
Equipment
13
Lab & Production
15
Standard Specs
17
2.
North
American
Stainless
A Record of Excellence
North American Stainless, founded in 1990, is
fulfilling its promise to be the finest stainless steel
mill in the Western Hemisphere.
Situated on 1400 acres in Carroll County, Kentucky,
NAS is owned by Acerinox, SA. The initial facility
and the carefully planned expansion phases that have
followed are all part of a coordinated and
comprehensive plan to create the premier facility of
its kind. The expansions have broadened the capabilities of the operation and greatly increased capacity.
Because each phase was envisioned before the first
phase construction began, the expansion plan has been
efficient and cost-effective.
At North American Stainless, our ultimate goal is
simple. We strive to supply to you, our customer,
the finest stainless steel products available. All aspects
of our operation - people, processes and technology
- are carefully aligned to achieve the high standards of
quality and service you deserve and expect.
Looking to the future, our operation will continue
to grow and expand to meet the demands of the
marketplace, but our focus on quality and service
will never waver.
S T A T E - O F - T H E - A R T
3.
4.
E X P A N S I O N
load, across the mill width, results in exceptional
flatness control. Mathematical rolling models are used
to enable us to repeat with remarkable consistency the
tolerances that our customers demand.
Phase II & III Expansions
Sendzimir Mill #1 - Phase I expansion
Consistent Improvement
1995 saw a significant expansion at North American
Stainless. This expansion included construction of a barge
Sendzimir Mill #2 - Phase II expansion
5.
dock facility on the Ohio River. The dock facility
allows NAS greater flexibility in receiving materials via
the waterways.
Two building expansions
took place in 1995. Over
130,000 square feet were added
to the facility. This new space
accommodated two major
equipment purchases - our
second cold rolling mill and
a second slitter and
packaging line.
Robotic roll
roll changer
changer
Robotic
Phase I Development
Construction began quickly and material began
rolling off the mill in 1993. The original equipment at
NAS included two annealing and pickling lines, a 60”
wide Sendzimir mill, a grind/polish line and a slitter.
In 1990, a 1000 acre piece of land in Carroll
County, Kentucky was purchased by Acerinox, SA
and Armco Advanced Materials. This site would
soon become the home of North American Stainless,
the most advanced stainless steel facility in
North America.
One of the annealing lines features an in-line skin
pass mill and edge trimmers that enable NAS to ship
material directly from this line, saving processing and
handling time. The 60” Sendzimir mill offers
production speeds that surpass any other line in the
country. The uniform deflection of the housing under
A Triumphant Start
The polishing line has eight polishing heads and is
a wet polishing unit. This allows us to offer our customers an exceptionally high quality polished finish
that is consistent from coil to coil.
This new Sendzimir mill is
also 60” wide and is rated to
cold roll material from .014 to
.250” thick. The mill features
outstanding shape and thickness
controls, as well as a robotic
roll changer.
6.
Phase IV Expansion
Meeting High Expectations
The aggressive growth plan continued in 1996,
when the decision was made to invest $264 million in
a hot rolling facility. The major pieces of equipment
in this facility are the slab grinder, reheating furnace,
roughing mill, Steckel mill and downcoiler.
The hot rolling facility gives NAS much greater
flexibility in the production of stainless sheet. NAS
begins the production process by grinding the slab, as
needed, to remove surface defects. The reheat furnace
heats incoming slabs to temperatures up to 2370° F.
The roughing mill is a reversing mill that reduces the
product. The Steckel mill then reduces the hot
band to final hot rolled gauge. The mill can
process 220 tons per hour, producing coils weighing
up to 38 tons, widths up to 5 feet, and thicknesses
from .078 to .500 inches in coiles and up to 2 inches
in discrete plate.
Our steckel mill carefully controls the gauge and shape of the hot band.
The material enters the roughing mill at 6 to 8 inches.
A slab exits the furnace
7.
Material exits the hot rolling mill at the downcoiler.
E F F I C I E N C Y
8.
Phase V Expansions
Phase VI Expansions
The Plate Shop-Discrete Plate
The Melt Shop
During the second quarter of 2001 North
American Stainless introduced a new Plate
Shop. The Plate Shop is responsible for processing hot rolled plate directly from the Steckel
Mill. The length of the plates vary from 6.5
to 41 ft. (2 to 12.5 m) and range in thickness
from 0.48 to 2.0 in. (12 to 50 mm). The process
begins by annealing the plates in the furnace,
which operates at 2,000º F (1100ºC). After the
annealing process the plates are water cooled.
The plates are leveled to state of art tolerances,
then cut to length using our dividing shear for
plate up to 1 inch (26 mm) in thickness. The
600 amp plasma cutter is used for cutting all
widths and the lengths, when the gauge exceeds
1 inch (26mm).
On February 2, 2002 NAS started production of
the Melt Shop. The melt shop includes the follow
process equipment: electric arc furnace(EAF),
argon oxygen decarburization(AOD) converter,
ladle stir and treatment station (LSS) and the continuous casting machine(CCM). The process
starts by charging the scrap & ferroalloy additions
into the EAF. The EAF then melts the heat
with a 135/155 MVA transformer. The heat is
then tapped at around 140MT and transferred
to the AOD converter. In the AOD process the
carbon is reduced with a combination of side
tuyeres and top lance O2 blowing. During and
after carbon removal the necessary alloy additions
are made to meet the final chemistry
The sized plates are then taken to the vertical pickling line. The pickling line begins with
the shot blast equipment where the plates are
descaled. From the shot blaster the plates enter
the acid pickling section. The pickling section
utilizes both Hydrofluoric and Nitric acids. The
pickled plates then travel through the inspection
tables on to packaging and shipping.
Finished Plate Product
P L A T E
9.
S H O P
Tapping the E.A.F.
10.
and 7-14 m (23-45 ft.) in length. The caster
utilizes a vertical mold with a hydraulic oscillator.
These features along with a metallurgical length
of 24.6m allows the CCM to produce a good
quality slab at high speeds. 1.6 m/min top speed
in Austenitic grades and 1.5 m/min in
Ferritic grades.
With the above equipment the rated melt shop
capacity is 800,000 tons/year. This is possible
due to the EAF tap-tap times of 60 minutes,
the AOD tap-tap times of 60 minutes and the
possibility of turning around the caster in less
than 30 minutes.
Casting Ladle Transfer
Charging the A.O.D.
specification. The heat is then tapped with at
around 150MT and transfer to the LSS. At
the LSS the heat is bottom and/or top stirred
with Argon to homogenize and reach the
desired temperature. Alloy additions can also
11.
be made at the LSS if fine chemistry adjustments are needed. When the temperature
is correct the heat is sent to the CCM. The
CMM will produce slabs 155-240 mm (6-9.5
in.) thick, 600-1600 mm (24-63 in.) in width
C R E A T I O N
Cutting of Casted Slabs
12.
Process Flow Chart
Managing & Monitoring Work Flow
The following flow chart shows the details of how
the material is processed at the North American
Stainless facility.
RAW MATERIALS & SCRAP
ELECTRIC ARC FURNACE
A.O.D.
CONTINOUS CASTER
At all stages during
the process, the quality
of the product is carefully monitored by the
line operators and our
well trained inspectors.
PLATE LINE
SLAB
SLAB GRINDER
SLAB
SLAB
GRINDER
GRINDER
SLAB
SLAB
REHEATING FURNACE
ROUGHING MILL
REHEATING
REHEATING
FURNACE
FURNACE
HOT ANNEALING AND PICKLING
STECKEL MILL
ROUGHING
ROUGHINGMILL
MILL
STECKEL
STECKELMILL
MILL
HOT ROLLED COIL
HOT
HOTROLLED
ROLLED
COIL
COIL
ANNEALED AND
HOT ANNEALING AND PICKLING
HOT ANNEALED AND PICKLED COIL
– FINISH 1 COIL SENDZIMIR MILL
PICKLED
FINISH 1
SENDZIMIR MILL
COLD ANNEALING AND PICKLING
COLD ANNEALING AND PICKLING
13.
A
U
GRINDINGAND
AND POLISHING
LINE LINE SLITTER LINE
GRINDING
POLISHING
T
O
SLITTER LINE
M
CUT
CUT TO LENGTH
A
T
TO LENGTH
INSPECTION
FINAL END
INSPECTION
PACKAGING AND SHIPPING
I
PACKAGING AND
EXPEDITION
O
N
14.
Laboratory Facilities
Highest Standards
The laboratory
at North American
Stainless is
committed to
the quality and
integrity of our
products. Each
coil undergoes rigorous testing using
the latest
technology to ensure that it meets all
customer requirements.
Our idea of quality is not just the surface
quality of the steel. We also consider gauge,
width, steel type, mechanical properties, finish, weight, ID, delivery date, and any customer
requirement as we evaluate the quality of our
output. The laboratory itself is primarily
concerned with verification of mechanical and
chemical properties of the steel.
Multiple samples from each coil, taken after
each annealing process and after dividing/slitting
operations, are tested for ultimate tensile strength,
yield strength, percent elongation, bend, corrosion
and chemistry. Results from testing are compared to ASTM, ASME, customer and NAS
specifications to determine fitness for
particular applications. Other tests such as grain
size, reduction of area, and surface roughness are
performed at the request of the customer.
Chemical composition of the steel is checked
using a Siemens x-ray spectrometer, Leco
carbon/sulfur analyzer, and Leco nitrogen/oxygen
analyzer. Carbon, chromium, cobalt, copper, iron,
manganese, molybdenum, nitrogen, niobium,
nickel, phosphorus, sulfur, silicon, tin, titanium,
and vanadium content are analyzed to allow
positive product identification and traceability.
The laboratory complies with all requirements of
the North American quality system and helps to
ensure continued customer satisfaction as well as
compliance to the ISO 9001:2000 standard.
THICKNESS TOLERANCES-COLD ROLLED PRODUCT STANDARD
ACCREDITED BY
THE DUTCH
COUNCIL FOR
CERTIFICATION
REGISTERED TO
ISO 9001:2000 BY:
Quality
System
Registrar
ACCREDITED
BY
SRI
®
THE DUTCH
COUNCIL FOR
CERTIFICATION
R E D I T
Quality
System
ANSI RAB
Registrar
R •
A
®
E
15.
D
• R
SRI
G
NORMAL
THICKNESS
TOLERANCE
NORMAL
THICKNESS
7
8
10
11
12
14
16
18
20
22
24
26
28
0.1875
0.1650
0.1350
0.1200
0.1050
0.0750
0.0600
0.0480
0.0360
0.0300
0.0240
0.0180
0.0150
+/-.007
+/-.007
+/-.006
+/-.005
+/-.005
+/-.004
+/-.003
+/-.003
+/-.002
+/-.002
+/-.0015
+/-.0015
+/-.0015
4.191
4.191
3.429
3.048
2.667
1.905
1.524
1.219
0.914
0.762
0.609
0.457
0.381
I S T R
(STANDARD)
(METRIC-mm)
TOLERANCE (mm)
+/-.1778
+/-.1778
+/-.1524
+/-.1270
+/-.1270
+/-.1016
+/-.0762
+/-.0762
+/-.0508
+/-.0508
+/-.0381
+/-.0381
+/-.0381
THICKNESS TOLERANCES-HOT ROLLED PRODUCT STANDARD
THICKNESS
NORMAL
THICKNESS
1/2"
3/8"
5/16"
1/4"
3/16"
0.5000
0.3750
0.3125
0.2500
0.1875
E
A C
C
GAUGE
(STANDARD)
TOLERANCE
NORMAL
THICKNESS
TOLERANCE (mm)
+.01375/-.010
+.01375/-.010
+.01375/-.010
+.01375/-.010
+.01375/-.010
12.70
9.525
7.937
6.350
4.763
+0.345/-0.254
+0.345/-0.254
+0.345/-0.254
+0.345/-0.254
+0.345/-0.254
(METRIC-mm)
A C C U R A C Y
NORTH AMERICAN STAINLESS CHEMISTRY SPECIFICATIONS
AISI
NAS
301 LN
301 DDQ
301
301
102
103
104
105
304
304
304 DQ
304 DDQ
304 EDDQ
%C
% SI
% MN
%P
%S
.02-.06
0.15 Max
0.15 Max
0.15 Max
0.75 Max
1.00 Max
1.00 Max
1.00 Max
2.25-2.75
2.00 Max
1.5-2.0
.75-1.25
.04 Max
.04 Max
.04 Max
.04 Max
.03 Max
.03 Max
.03 Max
.03 Max
020
120
161
170
195
0.08 Max
0.08 Max
0.08 Max
0.08 Max
0.08 Max
.75 Max
.75 Max
.75 Max
.75 Max
.75 Max
2.00 Max
2.00 Max
2.00 Max
2.00 Max
2.00 Max
.045 Max
.045 Max
.04 Max
.04 Max
.04 Max
304 L
304 L
304 L
304 LDDQ
304 LN
304 LN
050
051
150
200
030
130
0.030 Max
0.030 Max
0.030 Max
0.030 Max
0.030 Max
0.030 Max
.75 Max
.75 Max
.75 Max
.75 Max
.75 Max
.75 Max
2.00 Max
2.00 Max
2.00 Max
2.00 Max
2.00 Max
2.00 Max
321
315
0.08 Max
.75 Max
309S
310S
205
350
0.08 Max
0.08 Max
316 L
316 L
316 L
316LN
316TI
070
270
300
320
280
317L
430
409
439
% CR
% NI
NOTES
17.50-18.00
17.25-17.75
17.00-17.50
17.00-17.50
5.75-6.25
7.5-8.0
6.5-7.0
7.0-7.5
N% 0.12-0.16
.01-.03
.03 Max
.03 Max
.03 Max
.03 Max
18.00-20.00
18.00-20.00
18.00-20.00
18.00-20.00
18.00-20.00
8.0-8.5
8.0-8.5
8.5-9.0
9.0-9.5
9.5-10.0
.04 Max
.04 Max
.04 Max
.04 Max
.04 Max
.04 Max
.01-.03
.01-.03
.03 Max
.03 Max
.01-.03
.03 Max
18.00-20.00
18.00-20.00
18.00-20.00
18.00-20.00
18.00-20.00
18.00-20.00
8.0-8.5
9.0-9.5
8.0-8.5
9.0-9.5
8.5-9.0
8.0-8.5
2.00 Max
.045 Max
.03 Max
17.00-19.00 9.0-9.5
.75 Max
1.50 Max
2.00 Max
2.00 Max
.045 Max
.045 Max
.03 Max
.03 Max
22.00-22.50 13.0-13.5
24.50-26.00 19.0-20.0
0.030 Max
0.030 Max
0.030 Max
0.030 Max
0.08 Max
.75 Max
.75 Max
.75 Max
.75 Max
.75 Max
2.00 Max
2.00 Max
2.00 Max
2.00 Max
2.00 Max
.045 Max
.045 Max
.045 Max
.045 Max
.045 Max
.01-.03
.03 Max
.03 Max
.03 Max
.03 Max
16.00-18.00
16.00-18.00
16.00-18.00
16.00-18.00
16.00-18.00
10.0-10.5
10.0-10.5
12.5-13.0
10.0-10.5
11.0-11.5
MO% 2.0-2.5
305
0.030 Max
.75 Max
2.00 Max
.045 Max
.03 Max
18.00-20.00 13.0-13.5
MO% 3.0-3.5
500
800
520
0.12 Max
0.030 Max
0.15 Max
1.00 Max
1.00 Max
1.00 Max
1.00 Max
1.00 Max
1.00 Max
.04 Max
.04 Max
.04 Max
.030 Max
.020 Max
.030 Max
16.00-18.00 0.75 Max
10.50-11.70 0.5 Max
17.00-19.00 0.5 Max
Ti stabilized
N% 0.10-0.14
N% 0.11-0.15
MO% 2.0-2.5
MO% 2.5-2.75
MO% 2.0-2.5, N% 0.12-0.16
MO% 2.0-2.5, Ti stabilized
Ti stabilized
These descriptive specifications are solely informational, subject to
change without notice, may not be relied upon to create and do not
express or imply any warranty or representation of merchantability or
fitness for any particular purpose for any actual shipment of products
advertised here.
16.
321
.5843-2.032
2.033-6.35
1.0"-60"
4.0"-60"
25.4-1524
102-1524
HOT ROLL
.100-.450
.120-.450
.451-2.00
2.54-11.43
3.048-11.43
11.44-50.8
4.0"-48"
4.0"-60"
36"-60"
102-1219
102-1524
914-1524
2D 2B
.014-.023
.024-.080
.081-.250
.3556-.5842
.5843-2.032
2.033-6.35
1.0"-48"
1.0"-60"
4.0"-60"
25.4-1219
25.4-1524
102-1524
FOR EXCELLRNT
CORROSION PROPERTIES IN
DIFFICULT ENVIRONMENTS
EQUIPMENT, PULP AND PAPER
MANUFACTURING,
INK MANUFACTURING
Ti STABILIZED
TO PREVENT CHROMIUM
CARBIDE PRECIPITATION
HIGH TEMPERATURE
APPLICATIONS
CHARACTERISTICS
APPLICATIONS
LOWER CRCHROME
AND NI FOR
AND
ELEVATED
GREATER
WORK
HARDENING
NICKEL FOR
ENHANCED
CORROSION RESISTANCE AND
HIGH TEMPERATURE
STRENGTH PROPERTIES
CONVEYORS
AND BELTS,
FURNACE
APPLICATIONS,
FOOD
SERVICE
AND KITCHEN
HEATING
ELEMENTS,
EQUIPMENT
APPLICATIONS
REFINERY AND
CHEMICAL
EQUIPMENT PARTS
EXCELLENT
RESISTANCE
EXTREME AMOUNTS
OF TO
ACHROME
WIDE RANGE
OF FOR HIGH
AND NICKEL
CORROSIVES
AND
TEMPERATURE/CORROSION
ATMOSPHERIC
CONDITIONS
RESISTANCE PERFORMANCE
KITCHEN AND
TABLE UTENSILS,
FURNACE
APPLICATIONS,
APPLIANCES,
AUTOMOTIVE,
HEATED CHEMICAL
PROCESSES,
CHEMICAL
FACILITIES,
REFINERY INDUSTRY
AND CHEMICAL
BUILDING
MATERIALS,
EQUIPMENT
PARTS
TRANSPORTATION
LOWERMECHANICAL
CARBON TO AVOID
GOOD
CARBIDE
PRECIPITATION
PROPERTIES
AND
THAT
OCCUR
HEAT CAN
RESISTANCE.
DURING WELDING
WHERESERVICE,
WELDING IS
FOOD
A CONCERN
KITCHEN
EQUIPMENT,
AUTOMOTIVE TRIM,
ARCHITECTURE, TUBING
Ti STABILIZED FERRITIC
GRADE FOR EXCELLENT
LOW CARBONRESISTANCE
WITH
CORROSION
WITH
MOLY FOR
IMPROVED
GOOD
FORMABILITY
CORROSION AND
Ti
STABILIZED
HIGH
PITTING
RESISTANCE.
CHROME FERRITIC FOR
HIGH CORROSION RESISTANCE
IN OXIDIZING ENVIRONMENTS
AUTOMOTIVE EXHAUSTS
AVAILABLE PRODUCTS: MATERIAL CERTIFIED TO LATEST REVISIONS OF ASTM/ASME/AMS STANDARDS
AVAILABLE PRODUCTS: MATERIAL CERTIFIED TO LATEST REVISIONS OF ASTM/ASME/AMS STANDARDS
STEEL
TYPE
301
AVAILABLE
FINISHES
304
.3556-.5842
.5843-2.032
2.033-6.35
1.0"-48"
1.0"-60"
4.0"-60"
25.4-1219
25.4-1524
102-1524
.080-.450
.100-.450
.451-2.00
2.032-11.43
2.54-11.43
11.44-50.8
4.0"-48"
4.0"-60"
36"-60"
102-1219
102-1524
914-1524
2D 2B POLISH* .014-.023
FULL HARD** .024-.080
.081-.250
.3556-.5842
.5843-2.032
2.033-6.35
1.0"-48"
1.0"-60"
4.0"-60"
25.4-1219
25.4-1524
102-1524
.080-.450
.100-.450
.451-2.00
2.032-11.43
2.54-11.43
11.44-50.8
4.0"-48"
4.0"-60"
36"-60"
102-1219
102-1524
914-1524
2D 2B POLISH* .014-.023
FULL HARD** .024-.080
.080-.250
.3556-.5842
.5843-2.032
2.032-6.35
1.0"-48"
1.0"-60"
4.0"-60"
25.4-1219
25.4-1524
102-1524
.080-.450
.100-.450
.451-2.00
2.032-11.43
2.54-11.43
11.44-50.8
4.0"-48"
4.0"-60"
36"-60"
102-1219
102-1524
914-1524
2D 2B POLISH* .014-.023
.024-.080
.081-.250
.3556-.5842
.5843-2.032
2.033-6.35
1.0"-48"
1.0"-60"
4.0"-60"
25.4-1219
25.4-1524
102-1524
HOT ROLL
304L
HOT ROLL
316 L
317L
321
309S
310S
GAUGES
GAUGES
WIDTHS
WIDTHS
(INCHES) (MILLIMETER) (INCHES) (MILLIMETER)
2D 2B POLISH* .014-.023
FULL HARD** .024-.080
.081-.250
HOT ROLL
HOT ROLL
.100-.450
.120-.450
.451-2.00
2.54-11.43
3.048-11.43
11.44-50.8
4.0"-48"
4.0"-60"
36"-60"
102-1219
102-1524
914-1524
2D 2B
.014-.023
.024-.080
.081-.250
.3556-.5842
.5843-2.032
2.033-6.35
1.0"-48"
1.0"-60"
4.0"-60"
25.4-1219
25.4-1524
102-1524
HOT ROLL
.100-.450
.120-.450
.451-2.00
2.54-11.43
3.048-11.43
11.44-50.8
4.0"-48"
4.0"-60"
36"-60"
102-1219
102-1524
914-1524
2D 2B
.014-.023
.024-.080
.081-.250
.3556-.5842
.5843-2.032
2.033-6.35
1.0"-48"
1.0"-60"
4.0"-60"
25.4-1219
25.4-1524
102-1524
HOT ROLL
.080-.450
.100-.450
.451-2.00
2.032-11.43
2.54-11.43
11.44-50.8
4.0"-48"
4.0"-60"
36"-60"
102-1219
102-1524
914-1524
2D 2B
.014-.023
.024-.080
.081-.250
.3556-.5842
.5843-2.032
2.033-6.35
1.0"-48"
1.0"-60"
4.0"-60"
25.4-1219
25.4-1524
102-1524
HOT ROLL
.080-.450
.100-.450
.451-2.00
2.032-11.43
2.54-11.43
11.44-50.8
4.0"-48"
4.0"-60"
36"-60"
102-1219
102-1524
914-1524
2D 2B
.014-.023
.024-.080
.081-.250
.3556-.5842
.5843-2.032
2.033-6.35
1.0"-48"
1.0"-60"
4.0"-60"
25.4-1219
25.4-1524
102-1524
HOT ROLL
.080-.450
.100-.450
.451-2.00
2.032-11.43
2.54-11.43
11.44-50.8
4.0"-48"
4.0"-60"
36"-60"
102-1219
102-1524
914-1524
2D 2B POLISH
.023-.080
.5842-2.032
1.0"-60"
25.4-1524
CHARACTERISTICS
APPLICATIONS
STEEL
TYPE
LOWER CR AND NI FOR
GREATER WORK HARDENING
CONVEYORS AND BELTS,
FOOD SERVICE AND KITCHEN
EQUIPMENT APPLICATIONS
301
309S
430
HOT ROLL
AVAILABLE
FINISHES
.3556-.5842
.5843-2.032
2.033-6.35
1.0"-48"
1.0"-60"
4.0"-60"
25.4-1219
25.4-1524
102-1524
.080-.450
.100-.450
.451-2.00
2.032-11.43
2.54-11.43
11.44-50.8
4.0"-48"
4.0"-60"
36"-60"
102-1219
102-1524
914-1524
2D 2B2DPOLISH*
.014-.023
2B
FULL HARD** .024-.080
.081-.250
.3556-.5842
.5843-2.032
2.033-6.35
1.0"-48"
1.0"-60"
4.0"-60"
25.4-1219
25.4-1524
102-1524
.080-.450
.100-.450
.451-2.00
2.032-11.43
2.54-11.43
11.44-50.8
4.0"-48"
4.0"-60"
36"-60"
102-1219
102-1524
914-1524
2D
.014-.023
2D 2B
2B POLISH*
POLISH .023-.080
FULL HARD** .024-.080
.080-.250
.3556-.5842
.5842-2.032
.5843-2.032
2.032-6.35
1.0"-48"
1.0"-60"
1.0"-60"
4.0"-60"
25.4-1219
25.4-1524
25.4-1524
102-1524
409
2D 2B POLISH
.080-.450
.100-.450
.023-.090
.451-2.00
2.032-11.43
2.54-11.43
.5842-2.286
11.44-50.8
4.0"-48"
4.0"-60"
1.0"-60"
36"-60"
102-1219
102-1524
25.4-1524
914-1524
316 L
2DHOT
2B POLISH*
.014-.023
ROLL
.100-.135
.024-.080
.081-.250
2D 2B
.023-.090
HOT ROLL
.100-.450
.120-.450
.451-2.00
.3556-.5842
2.54-3.429
.5843-2.032
2.033-6.35
.5842-2.286
2.54-11.43
3.048-11.43
11.44-50.8
1.0"-48"
4"-60"
1.0"-60"
4.0"-60"
1.0"-60"
4.0"-48"
4.0"-60"
36"-60"
25.4-1219
102-1524
25.4-1524
102-1524
25.4-1524
102-1219
102-1524
914-1524
EXCELLENT RESISTANCE TO
A WIDE RANGE OF
CORROSIVES AND
ATMOSPHERIC CONDITIONS
KITCHEN AND TABLE UTENSILS,
APPLIANCES, AUTOMOTIVE,
CHEMICAL INDUSTRY FACILITIES,
BUILDING MATERIALS,
TRANSPORTATION
304
310S
LOWER CARBON TO AVOID
CARBIDE PRECIPITATION
THAT CAN OCCUR
DURING WELDING
WHERE WELDING IS
A CONCERN
304L
430
HOT ROLL
HOT ROLL
LOW CARBON WITH
MOLY FOR IMPROVED
CORROSION AND
PITTING RESISTANCE.
CHEMICAL INDUSTRY,
PAPER INDUSTRY,
PHARMACEUTICAL PROCESSING
EQUIPMENT, ENVIRONMENTAL
SCRUBBERS
HIGHER MOLY
FOR EXCELLRNT
CORROSION PROPERTIES IN
DIFFICULT ENVIRONMENTS
CHEMICAL PROCESSING
EQUIPMENT, PULP AND PAPER
MANUFACTURING,
INK MANUFACTURING
Ti STABILIZED
TO PREVENT CHROMIUM
CARBIDE PRECIPITATION
HIGH TEMPERATURE
APPLICATIONS
.080-.450
2.032-11.43
4.0"-48"
102-1219
GAUGES
GAUGES
WIDTHS
WIDTHS
.100-.450
2.54-11.43
4.0"-60"
102-1524
(INCHES)
.451-2.00 (MILLIMETER)
11.44-50.8 (INCHES)
36"-60" (MILLIMETER)
914-1524
2D 2B2DPOLISH*
2B
.014-.023
FULL HARD** .024-.080
.081-.250
HOT ROLL
439
CHEMICAL INDUSTRY,
PAPER INDUSTRY,
PHARMACEUTICAL PROCESSING
EXHAUSTS
AUTOMOTIVE
EQUIPMENT, ENVIRONMENTAL
SCRUBBERS
317L
2D 2B.140"-.3125",
.014-.023
1.0"-48"
25.4-1219
DIAMOND
PLATE:
36"-60".3556-.5842 Slabs:
Available Upon
Inquiry HIGHER MOLY
Hot Bands: Available UponCHEMICAL
Inquiry PROCESSING
.024-.080
.5843-2.032
1.0"-60"
25.4-1524
FOR EXCELLRNT
EQUIPMENT, PULP AND PAPER
*Width Tolerances Avaiable.081-.250
Upon Request
or Inquiry, **Polished
.0230"-.1870",
***Temper
ProductsINAvailableMANUFACTURING,
in Most Cold Roll Gauges
2.033-6.35
4.0"-60" Gauges:
102-1524
CORROSION
PROPERTIES
DIFFICULT
ENVIRONMENTS
INK
MANUFACTURING
Discrete Plate Gauges: 1/2"-2.00" (+0.0225/-0.01")
HOT ROLL
.100-.450
2.54-11.43
4.0"-48"
102-1219
.120-.450
3.048-11.43
4.0"-60"
102-1524
.451-2.00
11.44-50.8
36"-60"
914-1524
321
2D 2B
.014-.023
.024-.080
.081-.250
.3556-.5842
.5843-2.032
2.033-6.35
1.0"-48"
1.0"-60"
4.0"-60"
25.4-1219
25.4-1524
102-1524
HOT ROLL
.080-.450
.100-.450
.451-2.00
2.032-11.43
2.54-11.43
11.44-50.8
4.0"-48"
4.0"-60"
36"-60"
102-1219
102-1524
914-1524
2D 2B
.014-.023
.024-.080
.081-.250
.3556-.5842
.5843-2.032
2.033-6.35
1.0"-48"
1.0"-60"
4.0"-60"
25.4-1219
25.4-1524
102-1524
HOT ROLL
.080-.450
.100-.450
.451-2.00
2.032-11.43
2.54-11.43
11.44-50.8
4.0"-48"
4.0"-60"
36"-60"
102-1219
102-1524
914-1524
ELEVATED CHROME AND
NICKEL FOR ENHANCED
CORROSION RESISTANCE AND
HIGH TEMPERATURE
STRENGTH PROPERTIES
FURNACE APPLICATIONS,
HEATING ELEMENTS,
REFINERY AND CHEMICAL
EQUIPMENT PARTS
309S
EXTREME AMOUNTS OF
CHROME AND NICKEL FOR HIGH
TEMPERATURE/CORROSION
RESISTANCE PERFORMANCE
FURNACE APPLICATIONS,
HEATED CHEMICAL PROCESSES,
REFINERY AND CHEMICAL
EQUIPMENT PARTS
310S
2D 2B
.014-.023
.024-.080
.081-.250
.3556-.5842
.5843-2.032
2.033-6.35
1.0"-48"
1.0"-60"
4.0"-60"
25.4-1219
25.4-1524
102-1524
GOOD MECHANICAL
PROPERTIES AND
HEAT RESISTANCE.
FOOD SERVICE,
KITCHEN EQUIPMENT,
AUTOMOTIVE TRIM,
ARCHITECTURE, TUBING
430
2D 2B POLISH
.023-.080
.5842-2.032
1.0"-60"
25.4-1524
Q U A L I T Y
17.
.024-.080
.081-.250
Ti STABILIZED
TO PREVENT CHROMIUM
CARBIDE PRECIPITATION
HIGH TEMPERATURE
APPLICATIONS
ELEVATED CHROME AND
NICKEL FOR ENHANCED
CORROSION RESISTANCE AND
HIGH TEMPERATURE
STRENGTH PROPERTIES
FURNACE APPLICATIONS,
HEATING ELEMENTS,
REFINERY AND CHEMICAL
EQUIPMENT PARTS
EXTREME AMOUNTS OF
FURNACE APPLICATIONS,
CHROME AND NICKEL FOR HIGH HEATED CHEMICAL PROCESSES,
TEMPERATURE/CORROSION
REFINERY AND CHEMICAL
RESISTANCE
PARTS goods
The ultimate symbol of our capability and commitment
is PERFORMANCE
the quality ofEQUIPMENT
the finished
HOT ROLL
.080-.450
2.032-11.43
4.0"-48"
102-1219
which feature NAS
stainless.
stainless
is the key component of many products used by
.100-.450
2.54-11.43NAS
4.0"-60"
102-1524
.451-2.00
11.44-50.8
36"-60"
914-1524
consumers and industry worldwide.
GOOD MECHANICAL
PROPERTIES AND
HEAT RESISTANCE.
FOOD SERVICE,
KITCHEN EQUIPMENT,
AUTOMOTIVE TRIM,
ARCHITECTURE, TUBING
18.