NATL INST. OF STAND & TECH

a in ob i?3?aa

NIST

PUBLICATIONS

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mce

NBS Standard

Reference Materials

March 1984 Price List

Office of Standard Reference Materials

U.S. DEPARTMENT OF COMMERCE

National Bureau of Standards

Washington, DC 20234

Telephone: 301-921-2045
ORDERING PROCEDURE

Orders should be addressed to the Office of Standard Reference

(laterals! Room B311* Chemistry Building* National Bureau of

Standards, Washington, D-C.» 20234 (Telephone 301-921-2045).

Orders should give the number of units* catalog number* and name

of the standard requested. These materials are distributed only

in the units listed. Acceptance of an order does not imply

acceptance of any provision set forth in the order contrary to the

policy* or regulations of the National Bureau of Standards or the

the US Government.

Prices listed herein are subject to change without notice. Prices

in effect at time of shipment will be billed to the purchaser. no discounts are given on NBS Standard Reference Materials. Payments

not accompanying purchase orders are expected within 30 days afterreceipt of invoices.

Payment of foreign orders may be made by any of the following:

a) UNESCO coupons*

b) banker's draft against U.S.A. bank*

c) bank to bank transfer to U.S.A. bank*

d) cash against documents*

e) sight draft* or

f) by International Money Order.

Pro forma invoice service requires 3 to 4 weeks to process* and is

furnished only to those customers requiring such service.

DOMESTIC SHIPMENTS of material (except for restricted categories)

for the United States and Canada are shipped prepaid if the parcel

does not exceed weight limitations. For restricted categories and

where the purchaser requests a special mode of shipment* the

shipment will be sent collect. The Bureau does not prepay and add

these shipping charges to the billing invoice.

FOREIGN SHIPMENTS of materials are shipped by prepaid

International Air Parcel Post* subject to size* weight* and

category of material limitatons. Any other mode of shipment

requested by a customer must be paid for by the customer.

Shipments excluded from International Air Parcel Post are shipped

Air Freight Collect. Certain materials must be handled through an

agent (shipping or brokerage firm) located in the U.S. as

designated by the purchaser. These parcels will be packed for

overseas shipment and forwarded express collect to the US firm

designated as agent.

NOTE: All shipments are made in compliance with existing

regulations pertaining to the material at time of shipment.

- 2 -
UNIT OF ISSUE PRICE

1(C) LIMESTONE,

3(D) WHITE IRON

4 ( K ) CAST IRON

5<L) CAST IRON

6(0) CAST IRON

ARGILLACEOL 50 G

1 00 G

150 G

150 G

150 G

$

$

%

$

70

70

70

78

71

7(G)

8 ( J

)

1 1 ( H )

1 2 ( H ) 13(G)

CAST IRON, HI-PHC

ARSON

ARBON

ARSON

ARBON

;;tl, BESS 0. 1 >TL, BOH 0.2C

;:TL, BOH 0.4C

STL, BOH 0.6i:

150 G

150 G

150 G

150 G

150 G

%

%

67

63

67

67

67

1 4 (

F

15 (G

16 (E

17(C)

19(G)

CARBON

CARBON

CARBON

SUCROSE

STL, BOH O.SC

STL, BOH 0.

K

STL, BOH l.OC

POLAR I METRIC

CARBON STL, AOH 0.2C

150 G

150 G

150 G

60 G

150 G

% 66

% 67

$ 67

% 117

% 67

20 ( G

)

25 ( D

)

27(F)

30 ( F

)

32 ( E )

CARBON STLMANGANESE ( IRON ORE,

LA STL, CRAISI 1045

IRE

; I BLEY ( POWDER

)

V SAE 6150

LA STL, NI-CR SAE 3140

150 G

100 G

80 G

150 G

150 G

* 65

•s- 86

67

67

33 ( E

)

36 ( B

)

37 ( E

39 ( 3: ) 40 ( H

)

LA STL, NI-MO SAE 4820

LA STL, CR2-M01

BRASS, SHEET

BENZOIC ACID COMBUSTION

SOD I UM 0 X ALATE-REDOX

150 G

150 G

150 G

30 G

60 G

$ *

% 67

% 67

% 65

% 86

4KB) DEXTROSE POLARI METRIC

42(G) TIN FREEZING POINT

43(H) ZINC FREEZING POINT

44(F) AL FREEZING POINT

45(D) CU FREEZING POINT

7 0 G

350 G

350 G

200 G

450 G

% V

1

% 78

$ 109

% 78

49(E) LEAD FREEZING POINT

50(C) TOOL STL, W18-CR4-V1

53(E) BEARING METAL, LEAD -BASE

54(D) BEARING METAL, TIN-BASE

57(A) SILICON METAL

6UO G

1 50 G

150 G

170 G

60 G

%

%

67

o / 67

73

58(A) FERROSILICON (

'/. ) 59(A) FERROSILICON ( 64 ( C ) FERROCHROM I UM

,

68 ( C ) FERROMANGANESE , H

I

69(B) BAUXITE (ARKANSAS)

507.

)

HI CARBON

CARBON

50 G

50 G

100 G

150 G

60 G

%

*

% 91

80

* MATERIAL IN PREPARATION
UNIT OF ISSUE

70(A) FELDSPAR, POTASH 40 G $ 65

71 CALCIUM MOLYBDATE 60 G $ 61

72(G) LA STL, SAE 4130 150 G $ 74

73(C) SS= CR13 SAE 420 150 G $ 67

76(A) BURNT REFRACT, AL203-407. 75 G $ 84

77(A) BURNT REFRACT, AL203-607. 75 G $ 84

73(A) BURNT REFRACT, AL203-707. 75 G $ 84

79(A) FLUORSPAR, CUSTOMS GRADE 120 G * 71

31 A GLASS SAND HIGH IRON 75 G $ 62

32(B) ALLOY CAST IRON, NI-CR 150 G $ 67

33(D) ARSENIC TR I OX IDE 60 G % 86

84 (J) ACID POTASSIUM PHTHALATE 60 G % 31

35(B) ALUMINUM ALLOY, WROUGHT 75 G % 67

87(A) ALUMINUM-SILICON ALLOY 75 G $ 67

83(A) LIMESTONE, DOLOMITE 50 G $ 65

39 LEAD BARIUM GLASS COMP 45 G * 58

90 FERROPHOSPHOROUS 75 G % 61

91 OPAL GLASS COMP 45 G $ 58

92 LOW BORON GLASS COMP 45 G $ 58

93(A) BOROSILICATE GLASS COMP WAFER $ 74

94(C) ZN-BASE DIE-CASTING ALLOY 150 G $ 65

97(A) CLAY, FLINT 60 G $ 139

93(A) CLAY, PLASTIC 60 G $ 139

99(A) FELDSPAR, SODA 40 G * 65

100(B) LA STL, MN-2, SAE T1340 150 G $ 67

101(F) SS: CR18-NI-10, AISI 3041 100 G $ 67

103(A) CHROME REFRACTORY 60 G % 74

105 LA STL, HIGH S, C ONLY 150 G * 55

106(B) LA STL, CR-MO-AL 150 G $ 67

107(B) ALLOY CAST IRON, NI-CR-MO 150 G % 67

107(C) ALLOY CAST IRON, NI-CR-MO 150 G % 92

113(A) ZINC ORE, TR I -STATE CONG 100 G * 56

114(N) CEMENT FINENESS 20X10 G % 83

115(A) ALLOY CAST IRON, CU-NI-CR 150 G $ 67

120(B) PHOSPHATE ROCK (POWDER) 90 G $ 73

121(D) SSs T

I -0.37 SAE 321 150 G * 63

122(H) CAST IRON CAR WHEEL 150 G $ 79

123(C) SS: NB-0.7, SAE 347 150 0 % 63

125(B) LA STL, SI 3 150 G % 74

126(C) HA STL, NI36 150 G * 62
SRM SRM DESCRIPTION UNIT OF7 ISSUE PRICE

127(B) S0LDER , SN 4 0--PB60 1 50 G $ 67

129(C) STL RESUL S-0.2, SAE 1112 150 G % 62

131(C) LA STL, SI (C & S ONLY) 1 00 G 69

1 UUL STL 7 MQ5- W6-••L-R4--V2 150 G 62

133(B) SS: CR-13 MO-0.3 S-0.3 1 50 13 65

1 34 ( A

)

TOOL STLv M08-W2 -CR4-V1 150 G $ 67

136(D) POTASS I UN D I CHROMATE 60 1 % 86

1 39 ( B

)

LA STL CR-NI-MO A I SI 3640 150 G $ 64

HL b. 1 AN 1 L J. UL Ml L.-hO 2 U % 57

142 ANISIC. ACID MICRO 2 G % 56

143(C) CYSTINE MICRO 2 G $ 57

1 43 NICOTINIC ACID MICRO 2 G

152(A) STL. BOH, C--0.5 SN-0.03 150 13 * 67

1 -J 3 ( H ) 1 UUL ::- 1 L L Uo-nU ;; -Wi-Ln4-Vi 1 DU G $ 67

154(B) TITANIUM DIOXIDE 90 1 _.i %

155 LA STL, CR-0.5 W-0.5 1 50 G $ 67

158(A) BRONZE, SILICON 150 G $ 67

160(B) SS: AISI 316 1 50 G $ 67

J. 6o 1 00 U 77

165(A) CLASS SAND 75 3 62

166(C) SSs AISI 316L C ONLY 1 00 l_i 55

171 MAGNES I UM-BASE ALLOY 100 M 67

173(A) T

I -BASE ALLOY 6AL-4V 100 Li $

1 /6 II—EjhSc. ALLOY DHL-2. DSN 100 l_n $ 67

CARBON STL BOF 0.4C 1 50 % 67

179 LA STL, HIGH SI 150 G $

180 FLUORSPAR , H I GH-GRADE 120 G $ 74

181 LITHIUM ORE (SPODUMENE) 45 $

ur

•_' 0O

132 1 T Tl IT 1 IM DC / r*< c—rAI T tc \ L. 1 1 H J. UM UhL ( r L 1 AL lib) A

*tvJ 3 $ 58

133 LITHIUM ORE (LEPIDOLITE) 45 3 $ 58

185(F) POT HYDROGEN PHTHALATE PH 60 $

1861 (C) POT D I HYDRO PHOSPHATE PH 30 / 4

1861 1(C) D1S0D HYDRO PHOSPHATE PH 25 1 $ 74

1 O /(B) BUhHA rn 30 1 60

POT HYDROGEN TARTRATE PH 60 \ 62

1 89 POT TETROXALATE PH 65 -• 62

191(A) SODIUM BICARBONATE PH •TMicr

j:1 - $

-?'cr / _' 192(A) SODIUM CARBONATE PH 30 - $ 75

193 POTASSIUM NITRATE 90 $ 77

194 AMMONIUM DIHY PHOSPHATE 90 $ 77

* MATERIAL. IN PREPARATION
SRM SRM DESCRIPTION UNIT OF ISSUE PRICE

195

196

198

199

200

FERROSILICON 757. PURE CRD 75 G

FERROCHROMIUMi LOW C 100 G

SILICA REFR (0.2% AL2 03) 45 G

SILICA REFR (0.5"/. AL2 03) 45 G

POTASSIUM DI-HY PHOSPHATE 90 G

$

$

66

84

* 76

211(C)

217(C)

276(A)

-7"7

TOLUENE COMBUST I ON

I SOOCTANE COMBUST I ON

TUNGSTEN CARBIDE

TUNGSTEN CONCENTRATE

OBSIDIAN ROCK

75 G

100 G

$ *

$ 84

$ 111

$ 131

91

93

29

30

31

LA STL, ASTM A-213

LA STL, AISI S620

ZINC CONG. ZN-457.

COPPER ORE MILL HEADS

COPPER ORE MILL. TAILS

150

150

1 00

100

100

$ 62

$ 62

$ 56

$ 79

$ 79

532 CUPPER CONCENTRATE

533 MOLYBDENUM CONCENTRATE

534 GRAY CAST IRON C&S

535 CARBON STL, 0. 1C (C ONLY)

537 CARBON STL, 1.1C (C ONLY)

538 WHITE CAST IRON C&S

539 SS: SAE 303SE

540 FERRONIOBIUM

541 DUCTILE IRON

542(A) NODULAR IRON

:44 HA STL, MO PPH HARDNESS

545 HA STL, CU PPH HARDNESS

:48 HI TEMP ALLOY, A2S6

549 HI TEMP, NI57-C014-CR20

550 ( A ) BEN Z 0 1 C AC I

D

50 L 35 C 150

300

300

150

1 50

100

150

1 50

150

150

1 50

1 50

30 C

$

$

$

%

%

%

%

%

$

%

%

%

$

79

79

66

61

61

66

~7 I. I '_ 84

75

70

71

67

67

97

552 ( B

)

> -.J 557

J :J y

560 ( A

)

UNALLOYED TI, HYDROGEN

UNALLOYED

UNAL LOYED

UNALLOYED

ZIRCALOY i

TI FOR OXYGEN

ZR, GASOMETRIC

ZR, GASOMETRIC

:, ZR-BASE ALLOY

20 U

ROD

10 G WIRE

10 G WIRE

100 G

$

$

$

$

77

77

69

72

:61

562

! 3

:64

565

LA STL, AISI 4340

LA STL, AISI 94B17

LA STL, CR-V

LA STL, HI C MOD

ELECTROLYTIC IRON

1 50

1 50

150

1 50

1 50

65 * 63

$ 65

* 65

* 65

* MATERIAL IN PREPARATION
PRICE

367

368

no < e ) 37 1 ( G ) 572 ( H

)

38: AISI 446

STL REPHOS-RES, AISI 1211

ZINC OXIDE RUBBER COMP

SULFUR RUBBER COMP

STEARIC ACID RUBBER COMP

150 G

150 G

8 KG

6 KG

3.2 KG

% 68

$ 60

$ 91

% 72

* 68

375(G) CHANNEL BLACK. RUBBER COMP

373(B) OIL FURNACE BLACK

382(A) GAS FURNACE BLACK

333 ( A ) MERCAPTOBEN Z OTH I A Z OLE

334(D) SANTOCURE RUBBER COMP

KG

KG

! KG

• KG

$ 209

% 133

% 120

% 113

% 150

36 ( H

)

33 ( L

)

93

?4

STYRENE BUTADIENE RUBBER

BUTYL RUBBER

UNALLOYED

UNALLOYED

UNALLOYED

(CU 0)

( CU I )

( CU 1 1

)

34 KG

34 KG

50 G

50 G

50 G

* 123

$ 237

* 122

$ 122

$122

396

398

399

400

404(A)

UNALLOYED

UNALLOYED C

UNALLOYED C

UNALLOYED C

( CU III)

(CU V)

( CU V I

)

(CU VII)

STL BASIC ELECTRIC

5U I. 50 i 50 i 50 i ROD% 122

* 122

* 122

$ 122

$ 62

405(A)

407 ( A

)

403 ( A

)

409 ( B

)

413

LA

LA

LA

LA

TL, NI 1.9

TL , CR-V

TL, CR-NI

TL, NI 3

CARBON STL, AOH

ROD

ROD

ROD

ROD

ROD

% 62

%

414

417(A)

413(A)

420 ( A

)

427

LA STL, CR

CARBON STL

LA STL, CR

INGOT IRON

LA STL, SAE

MO

BOH 0.4C

MO, SAE 4130

4150 (B ONLY)

ROD

ROD

ROD

ROD

ROD

%

5 436

437

433

439

440

TOOL STL, CR6-M03-W10

TOOL STL, CRS-M02-W3-C0

TOOL STL MO HSPD AISI M

TOOL STL MO HSPD AISI M

TOOL STL, CR2-W13-C012

;!<_)

ROD

ROD

ROD

ROD

ROD

l

%

1 U

70

70

70

70

441

442

443

444

445

TOOL STL, W HSPD, AISI Tl ROD

R-16 Nl-iO ROD

R-18.5 NI--9.5 ROD

R--20.5 Nl-iO ROD

AISI 410 ROD

* U

% 70

% 70

% 70

% 70

/ -
PRICE

A HA f. O S3: AISI 321 E' fl I"i / U

447 SS: AISI 30Q ROD $ 70

44S SS: AISI 40 J ROD $ 70

44? SS: CR-5.5 NI-6.

5

ROD 70

450 SS: CR-3 NI — .a ROD $ 70

UNALLOYED C U ( CU X I ) OCT i~- <±V 1 1 457 UNALLOYED C U (CU IV) ROD $ 122

461 LA STL, A ROD $ 70

462 LA STL, B ROD $ 70

464 LA STL, D ROD $ 70

*+ -.J INGOT IRON, E r\ u

~7 (~\

/

l -> 466 INGOT IRON, F ROD $ 70

7 LA STL, 0 ROD $ 70

468 LA STL, H ROD $ 70

470 MINERAL GLASSES EPMA SIMS 2 RODS $ 248

AR CR OPTIC AL LINEWIDTH YZ.H

er /_ /. _l oo

475 AR CR OPTICAL LINEWIDTH EA $3 092

477 GLASS FLUORESCENCE SOURCE DISK $ 210

473 CARTRIDGE BRASS EPMA SET (2) $ 1 00

479 ( A

)

STAINLESS £ TEEL EPMA 6 MM DISK $ 153

'1 0 ["•, ~r OU TUNGSTEN-MOLYBDENUM EPMA 1 MM T~l T C-l--" * 1 70

431 GOLD-SILVER EPMA SET (6) $ 209

432 GOLD-COPPER EPMA SET (6) $ 209

433 IRON-SILICON EPMA 3 MM SQ $ 37

434 ( C

>

SEM MAGNIFI CATION EA $

-1 '-,c:

; ;' & \ 57. AUSTEN I TE IN FERRITE 1 nT'-k' •±v

"•' 90

436 157. AUSTEN I TE IN FERRITE 2 CM DISK $ 301

437 307. AUSTEN I. TE IN FERRITE 1 DISK $ 290

433 27 AUSTEN I TE IN FERRITE 1 DISK $ 283

4'? 3 T.RON CARBIDE IN FERRITE WAFER 133

AOA. UNALLOYED C LI ( CU I ) * 7Q/ .•' 495 UNALLOYED C U ( CU 1 1

)

ROD $ 79

496 UNALLOYED C U ( CU III) ROD 79

498 UNALLOYED C U (CU V) ROD $ 79

499 UNALLOYED C LI ( CU V I ) ROD 79

500 UNALLOYED C LI ( CU V 1 1 ) ROD $ 70/

.• 607 POTASSIUM F ELDSPAR 5 G /-.''- 6 1

0

GLASS, TRAC E ELEMENTS 6 WAFERS 100

611 GLASS, TRAC E ELEMENTS 6 WAFERS $ 1 00

GLASS, TRAC E ELEMENTS 6 WAFERS $ 1 00

* MATERIAL IN PREPARATION
SRM SRM DESCRIPTION UNIT OF ISSUE PRICE

6> 1

3

614

6 1

6

617

GLASS:

GLASS'

GLASSGLASS

GLASS

TRACE

TRACE

TRACE

TRACE

TRACE

ELEMENTS

ELEMENTS

ELEMENTS

ELEMENTS

ELEMENTS

6 WAFER

6 WAFER

6 WAFER

6 WAFER

6 WAFER

$ 100

% 100

% 1 00

$ 100

$ 100

62U

621

SODA LIME

CONTAINER

CONTAINER

CONTAINER

FLAT

GLAS

GLAS

GLAS

GLASS

; COMP

; LEACHING

; LEACHING

MP

GLASS ELECTRICAL RESIST

SET (3)

JET ( 3

)

% 73

% 36

% 104

% 104

$ 112

626

627

629

ZINC-BASE

ZINC-BASE

ZINC-BASE

ZINC-BASE

ZINC-BASE

BLOCK

BLOCK

BLOCK

BLOCK

BLOCK

34

34

630

631

633

634

ZINC-BASE F

ZINC SPELTER (MOD)

PORTLAND CEMENT, RED

PORTLAND CEMENT, GOLD

PORTLAND CEMENT, BLUE

BLOCK

BLOCK

3X5

3X5

U

G

% 6~i

65

65

637

639

640(A)

PORTLAND CEMENT, YELLOW

PORTLAND CEMENT, PINK

PORTLAND CEMENT, GREEN

PORTLAND CEMENT, CLEAR

S I L I CON X -RAY D I FFRACT I ON

3X5

3X5

3X5

3X5

10 (

u

u

65

65

/..<=.

641

642

643

644

645

T

I -BASE

T

I -BASE

T

I -BASE

T

I -BASE

T

I -BASE

ALLOY, 3MN (A)

ALLOY, 3MN (B)

ALLOY, SMN (C)

2CR-2FE-2M0 (A)

2CR-2FE-2M0 (B)

DISK

DISK

DISK

DISK

DISK

$ 92

$ 92

$ 92

% 92

* 92

646

654A

S663

67 1 672

T

I -BASE 2CR-2FE-2M0 O

TITANIUM ALLOY 6AL-4V

STL SET (661-665)

NICKEL OXIDE 1 NICKEL OXIDE 2

) DISK

DISK

5 PIN:: 25 G

% 92

$ 63

$ 120

% 70

$ 70

673 NICKEL OXIDE 3

674 INTENSITY XRD SET

675 MICA X-RAY DIFFRACTION

6SOL 1 ( A ) HI PURITY PLATINUM 10 CM

6S0L2(A) HI PURTIY PLATINUM 1 M

20 G

5 G

10 CM

1 M

* 70

$ 132

$ 105

$ 66

301
;rm SRM DESCRIPTION UNIT OF ISSUE PRICE

68 1 L

1

681L2

A;-! 683

DOPED PLATINUM 10 CM

DOPED PLATINUM 1 M

ZINC, HIGH-PURITY

ZINC, PURE

COLD , H I GH-PUR I TY ( ROD

)

10 CM

1 M

1 30 G

130 0

ROD

* 77

$ 298

$ 151

$ 99

$ 482

685W GOLD, HIGH PURITY (WIRE)

688 BASALT ROCK

689 FE CR SI

690 IRON ORE (CANADA)

691 REDUCED IRON OXIDE

WIRE

60 G

100 G

1 50 G

100 G

% 120

% 131

$ 75

$ 86

$ 137

/-,y v 693

696

697

698

IRON ORE (LABRADOR)

IRON ORE (NIMBA)

BAUXITE (SURINAM)

BAUXITE (DOMINICAN)

BAUXITE (JAMAICAN)

150 G

150 G

60 G

60 G

60 G

$ 86

$ 86

$ 80

% SO

% 80

699 ALUMINA, REDUCTION GRADE 60 G

700(D) PAPER, LIGHT-SENSITIVE PKG 100

705 POLYSTYRENE 179K MOL WT 5 G

706 POLYSTYRENE 258K MOL WT 18 G

708 GLASS STRESS OPTICAL COEF SET (2)

% 80

% 55

% 124

% 69

% 109

709

710

71

1

712

713

GLASS STRESS OPTICAL COEF

SODA LIME GLASS VISCOSITY

LEAD GLASS VISCOSITY

LEAD GLASS ANNEAL PT

BARIUM GLASS ANNEAL PT

500 G

900 G

1.3 KG

225 G

225 G

% 103

$ 95

% 129

% 7 4

% 74

714

715

716

717

7 1

8

ALUMINA GLAS

ALUMINA GLAS

NEUTRAL GLAS

HI BORON GLA

ALUMINA ELAS

ANNEAL PT

ANNEAL PT

ANNEAL PT

VISCOSITY

7 I CITY

200 G

250 G

450 G

BAR

$ 74

$ 74

$ 74

% 119

% 263

720 SAPPHIRE HEAT CAPACITY

728(A) TRIG BAS I METRIC

724(A) TRIS HEAT OF SOLUTION

726 SELENIUM, INTER-PURITY

728 ZINC- INTERMEDIATE PURITY

15 G

50 G

50 G

450 G

450 G

%

%

109

I i 84

731 LI

731L2

731L3

736

BOROSILICATE GLAS "H BOROSILICATE GLAS

BOROSILICATE GLASS

AG-AU THERMOCOUPLE WIRE

COPPER TH EXP

EXP

TH EXP

TH EXP

2 IN

4 IN

6 IN

3 M

2 IN

1 06

163

220

127

a-

* MATERIAL IN PREPARATION

-10-
SRM SRM DESCRIPTION UNIT OF ISSUE PRICE

737

739L1

739L2

739L3

740

TUNGSTEN TH EXF

FUSED

FUSED

FUSED

SILICA

SILICA

SILICA

TH

TH

TH

EXP

EXP

EXP

INC DEFINING FIXED POINT

2 IN

2 IN

4 IN

6 IN

350 C

* *

% 112

% 111

$ 239

% 140

741

742

~!

! -r

f\ O

745

746

TIN DEFINING FIXED POINT

ALUMINA MELTING POINT

MERCURY FREEZING POINT

GOLD VAPOR PRESSURE

CADMIUM VAPOR PRESSURE

350 G

1 0 G

630 G

15 CM

6 CM

$ 171

$ 103

% ISO

$ 143

$ 107

743

1 764-1

764-2

SILVER

AL MAG

AL MAG

PT MAG

PT MAG

VAPOR PRESSURE

SUSC

SI ISC EPT IBILITY

EPTIBILITY

EPT IBILITY

EPTIBILITY

6 CM

3X3 MM

WIRE

3X3 MM

WIRE

$ 120

% 107

% 66

* 107

% 79

765-1

765-2

"7 /,=,.--!1

767 ( A

)

PD MAG SUSCEPTIBILITY

PD MAG SUSCEPTIBILITY

PD MAG SUSCEPTIBILITY

MNF2 MAG SUSCEPTIBILITY

THERMOMETRIC FIXED PTS.

3X3 MM

WIRE

SPONGE

3X3 MM

EA

$ 107

% 91

% 110

* 110

$2000

76S

769

T7-J / / » 774

LOW TEMP FIXED PTS C0.2K EA

RESIDUAL RESIST RATIO SET 5 RODS

NICKEL MAG MOMENT SPHERE

GLASS LIQUIDUS TEMP. 7 PIECES

GLASS DIELECTRIC CONSTANT BLOCK

$2000

$ 461

$ 152

% 189

% 241

7S1D1

781 D2

803 ( A

)

D803 ( A

)

805 ( A

)

MO HEAT CAPACITY

MO HEAT CAPACITY

CARBON STL, A OH 0,

CARBON STL, AOH 0

LA STL, MN 1.9

6C

6C

10 CM

10 CM

ROD

DISK

ROD

101

149

70

62

807(A) LA STL, CR-V

808(A) LA STL, CR-NI

809(B) LA STL, NI.3

3 1 7 ( A ) CARBON STL , BOH 0 . 4C

820(A) INGOT IRON

ROD

ROD

ROD

ROD

ROD

62

/-

/-,'' 62

827 LA STL, CR337 TOOL STL, ( 840 TOOL STL, i D840 TOOL. STL, I D841 TOOL STL, W-MO (SAE 4150)

;R8-M02-W3

:R2-W13-C012

;R2-W13-C012

HSPD A IS I Tl

ROD

ROD

ROD

DISK

D I SK

$

*

81

31

* MATERIAL IN PREPARATION
SRM SRM DESCRIPTION UNIT OF ISSUE PRICE.

849

D849

850

D350

SS: CR-5.

SS: CR-5,

SS : CR-3

SS: CR-3

ALUMINUM

5 NI-6.5

5 NI-6.5

NI-25

NI -25

CAST ALLOY ;i6

ROD

DISK

ROD

D I SK

30 G

Si

si

371

374

375

070

380

39U

89

1

R97

:~;9!r:

ALUMINUM

ALUMINUM

ALUMINUM

PHOSPHOR

PHOSPHOR

CAST ALLOY 330

ALLOY 6011 MOD

ALLOY 7075

BRONZE, CDA521

BRONZE 7 CDA544

CUPRO-NICKEL, CDA 706. ( HP

CUPRO-NICKEL, CDA 706

NICKEL SILVER, CDA 762

NICKEL SILVER, CDA 770

NI CU ALLOY NI65 CU31 AL

N

I -HARD IRONS

N

I -HARD, TYPE

N

I -HARD » TYPE

TRACEALLOY A

TRACEALLOY B

IIV

G

35 C 100

100

1 00

100

1 00

100

100

150

1 50

150

U

$ 95

* 100

% 100

$ 31

$ 31

*

$

$

$

-•y

'-•9 30

::0

96

-'/-. $ 149

$ 149

399 TRACEALLOY C

900 4 ANT I CONVULSION

909 HUMAN SERUM

910 SODIUM PYRUVATE

911(A) CHOLESTEROL

DRUGS

>5 G

SET

SET

(4)

$ 149

$ 143

$> 133

$ 139

$ 70

912(A) UREA-CLINICAL

913 URIC ACID

914 CREATININE

915 CALCIUM CARBONATE

916 BILIRUBIN

10 G

1 0 G

20 G

100 MG

* 78

$ 62

$ 71

% 57

% 142

917

913

91 9

920

92. 1

GLUCOSE-CLINICAL

POTASS I UM CHLOR I DE-CL I

N

SOD I UM CHLOR I DE-CL I N I CAL

MANN I TOL

CORTISOL.

30 U

30 G

50 G

1 G

/ / 73

66

?24

THAM(TRIS) PH

THAM HCL PH

LITHIUM CARBONATE

VMA CL. INICAL

BOVINE SERUM ALBUMIN

•~i nr i—

•

•-icr 0•-' U

30 G

1 G

5 G

74

74

34

87

260
SRM e;rm description JN IT OF ISSUE PRICE

927 BOVINE SERUM ALBUMIN SET (10)

928 LEAD NITRATE 30 G

929 MAGNESIUM GLUCONATE -CLIN 5 G

930(D) GLASS FILTERS-VISIBLE SET (3)

931(C) LIQUID FILTERS-UV-VISIBLE SET (12)

$ 1! *

%

6\

1 33

934

935

936

937

QUARTZ CURVETTES EA

CLINICAL THERMOMETER EA

POTASSIUM DICHROMATE-UV 15 G

QUININE SULFATE D I HYDRATE 1 G

IRON METAL CLINICAL STD 50 G

% 221

% 299

* 68

% 114

% 62

945

946

947

948

4-N I TROPHENOL

PLUTONIUM METAL MATRIX

PLUTONIUM

PLUTONIUM

PLUTONIUM

I SOTOP

I

ISOTOPIC

ISOTOPK

12V.

18%

87.

15 G

5 G

0.25 G

0 .25 G

0.25 G

% WO

$ 470

$ 263

$ 264

$ 198

949(F) PLUTONIUM METAL ASSAY 0.5 G

950(B) URANIUM OXIDE ASSAY 25 G

951 BORIC ACID ASSAY- 1 SOTOP I C 100 G

952 BORIC ACID ASSAY- ISOTOPIC 0.25 G

953 NEUT DENSITY M0NI.TR WIRE 1 M

% 1 80

$ 99

% 72

* 69

960

961

962

963

964

URANIUM METAL -ASSAY

FI.S

FIS

FIS

FIS

S TRAi:

S TRAt

S TRAC

S TRAt

K GLASS U-500PPM SET (6)

K GLASS U-50 PPM SET (6)

K GLASS U-1 PPM SET (6)

K GLASS U-.07PPM SET (6)

$

%

187

77

77

975

976

977

978

979

CHLORINE ISOTOPIC REF

COPPER ISOTOPIC REF

BROMINE ISOTOPIC REF

SILVER ISOTOPIC REF

CHROMIUM ISOTOPIC REF

0.25 i: 0.25 ( 0.25 C 0 . 25 G

0 . 25 G

77

77

yyt_>

981-

985

987

989

MAGNESIUM ISOTOPIC REF

LEAD ISOTOPIC REF (SET)

POTASS I UM ASSAY- I SGTOP I

C

STRONT I UM ASSAY- I SOTOP I

C

RHEN I UM ASSAY - I SOTOP I

C

0 . 25 G

SET (3)

1 G

1 G

PKG (50)

%

%

77

173

79

71

1 14

990

991

993

995

996

I LI CON ASSAY- I SOTOP I

C

LEAD ASSAYI

URANIUM-235

URANIUM-233

PLUTONIUM-244

SQ TOPIC

JOLN SPIKE

>OLN SPIKE

SPIKE ASSAY

EA

EA

1 5 G

1 0 G

1 MG

$ 123

$ 160

$ 196

$ ISO

$ 525

* MATERIAL IN PREPARATION
SRM SRM DESCRIPTI ON UNIT OF ISSUE PRICE

998 ANGIOTENSIN I (HUMAN) 500 MI G $ 182

S'99 K'_-l_ r K 1 1 IHn Y i_r1tLl I J. L-hL 60 G O / 1001 X-RAY STEP TABLET (0-4) EA 165

1 002 (

)

SURFACE FLAMMAB I L I TV

.... i—. -j- • n \ Z'h. 1 ( 4 ) * 102

1004 GLASS SPHERES 34-120UM 63 G $ 81

1006(B) SMOKE DENSITY, CELLULOSE 32 PIECES 69

1007 ( A

)

SMOKE DENSITY, PLASTIC: SET (3)

1008 PHOTO STEP TABLET (0-4) EA $ 1 65

1 U 1 U \ H ) MICRO COPY TEST CHARTS •~ r~~r I cr \ $

-icr 1017A GLASS SPHERES 100-3 10UM 84 G $ 71

1 0 1 3 ( A ) GLASS SPHERES 2 25-780UM 74 G $ 71

1034 UNALLOYED COPPER ROD * 8

1

1035 COPPER BASE ALLOYS 50 G 81

1 U oo STI TPON STFFl •-•cr i—

•

sL •_' U $ 66

1 05 .1 ( B ) METALLO-ORGANIC -BA 5 G $ 64

1052(B) METALLO-ORGANIC -V 5 G 64

1053(A) METALLO-ORGANIC -CD gt/- B. 1055(B) METALLO-ORGANIC -CO 5 G 64

1 f-\ Cr "7 i TZl \ 1 (-> _« / k O ) metallo-orhan ir -SN cr f

Ji Ijt 64

1059(B) METALLO-ORGANIC ~PB 5 G $ 65

1060 ( A

)

METALLO-ORGANIC -LI 5 G % 64

1061 (C) METALLO-ORGANIC -MG 5 G /-

Im

.1 1062(B) METALLO-ORGANIC -MN 5 G 95

1 M / C / D \ 1 UOJ \ fc! ) METALLO-ORGANIC -NI cr i—

._i M 64

1066 ( A

)

METALLO-ORGANIC 5 G $ 64

1069 ( B

)

METALLO-ORGANIC -NA 5 G 64

1070(A) METALLO-ORGANIC -SR cr i~-

•_< U •?> 1071 (B) METALLO-ORGANIC -P CT i-^ $ 67

1U/41H) METALLO-ORGANIC -CA cr r- $ 64

1075(A) METALLO-ORGANIC -AL 5 G * 64

1077 ( A 5 METALLO-ORGANIC -AG 5 G $ 64

1078(B) METALLO-ORGANIC -CR 5 G P

1079(B) METALLO-ORGANIC -FE 5 G $ 64

J. UoU \ H ) METALLO-ORGANIC -CU cr. i-i $ 64

1084 WEAR METALS IN OIL 100PPM 85 ML % 132

1085 WEAR METALS IN OIL 300PPM 85 ML % 162

1086 UNALLOYED TI HYDROGEN 1 0 G $ 60

1087 UNALLOYED TI HYDROGEN 1 0 G $ 60

1088 UNALLOYED TI HY DROGEN 1 0 G $ 60

1089 GASOMETRIC SET, 1095-99 5 RODS $ 114

-14-
SRM SRM DESCRIPTION UNIT OF ISSUE PRICE

1090 INGOT IRON, OXYGEN ROD % 99

1092 STEEL (VAC MELT) OXYGEN ROD % 99

1093 STEEL (VALVE) OXYGEN ROD % 96

1094 STEEL (MARA 3ING) OXYGEN ROD % 99

X 102 BRAc: S CARTR IDG E C WRGHT DIS K % 114

1 103 BRAS S FREE "JUT A WRGHT DIS K % 114

C 1 1 04 BRAS S FREE- ::UT B CHL CST DIS K % 114

1 106 BRh!= S NAVAL A WRGHT DISK % 114

CI 106 BRA.:: S NAVAL A CHL CST DIS K % 114

1 107 BRAS S NAVAL B WRGHT DIS K % 114

CI 107 BRAS S NAVAL B CHL CST DIS K % 114

1 1 OS BRAS S NAVAL c WRGHT DIS K % 1 14

CI 108 BRAS S NAVAL c CHL CST DISK % 114

1 1 09 BRAS S RED A WRGHT DISK % 1 14

CI 109 BRAS S RED A CHL CST DIS K % 114

111 0 BRAS S RED B WE GMT DIS K % 1 14

C 1 1 1

0

BRAS S RED B CHL CST DIS K % 1 14

1111 BRAS S RED C WRGHT DIS K % 114

C 1 1 1

1

BRAS S RED C CHL CST DIS K 114

1112 GILDING METAL A WRGHT DIS K $ 114

C 1 1 1

2

GILDING METAL A CHL CST DIS K $ 114

111 3 GILDING METAL B WRGHT DIS K % 114

C 1 1. 1

3

GILDING METAL B CHL CST DIS K $ 114

1114 GILDING METAL C WRGHT DIS K 114

CI 1 14 GILDING METAL C CHL. CST DIS K $ 114

1115 BRONZE CML. A WRGHT DIS K $ 1 14

C 1 1 1

5

BRONZE CML. A CHL CST DIS K 114

111 6 BRONZE CML. B WRGHT DIS K $ 114

CI 1 16 BRONZE CML. B CHL CST D 1

S

K 114

1117 BRONZE CML. c WRGHT DIS K % 1 14

CI 117 BRONZE CML. c CHL CST DISK % 114

111S BRAS S AL A WRC- HT DISK % 114

C 1 1 1

S

BRAS S AL A :.:HL CST DIS K $ 114

1119 BRAS S AL B WRG HT DISK $ 114

CI 119 BRAS S AL B 2HL CST DISK % 114

1 122 BE~C Uj UABRA 2 5-72, WRGHT DIS K % 114

CI 122 BE-C U, CABRA 2 5 -72, CHL C DIS K % 114

CI 123 BE-C U, CABRA 10-75, CHL C DIS K % 114

1131 SOLDER, PB~ 60 SN-40 DIS K % 92

1 132 BEARING MTL , PB-BASE DIS K $
E;RM SRM DESCRIPTION UNIT OF ISSUE PRICE

1 134

1 135

1 136

CI 137

1 1 38 ( A

)

TL HI SI SI-2.9 AL-0.3

TL HI SI SI -3. 1 AL-O.OO:

TL RESUL S-0.2, SAE 111:

WHITE CAST IRON

CAST STEEL 1

DI

DI

DI

DI

DI

84

* 104

$ 104

1139(A) CAST STEEL 2

1143(A) IRON BLAST FURNACE

1144(A) IRON BLAST FURNACE

1145 WHITE CAST IRON

CI 146(A) WHITE CAST IRON

Dii

DIS

DIS

DIS

DIS

$ 104

$ 114

$ 114

* 94

& 99

1 150

CI 151

CI 152

CI 153

CI 154

WHITE CAST IRON

CR-23 NI-7

R-18 NI-11

R-17 NI-9

CR-19 NI-13

DIS

DI!

DIS

DIS

DIS

$ 94

$ 1 06

* 106

$ 106

$ 106

1155 SS: AISI 316 DIS

1157 TOOL STEEL, AISI M2 DIS

11 58 HA STL, NI-36 DIS

1159 ELEC/MAO NI-49 FE-51 DIS

1160 ELEC/MAO NI-80 MO-4 FE-14 DIS

* 106

1 14

114

1169(B)

1170(B)

1171

1172

1 173

TL LEADED, F'B-0.3 ONLY

SAE 303 SE

AISI 321

AISI 348

NI-CR-MQ STEEL

DISK

DISK

DISK

DISK

DISK

81

64

84

84

120

CI 173 CAST STEEL 3 DISK

1197 HI -TEMP ALLOY M308 DISK

1198 INCOLOY 901 S< HASTELLOY X 2 DISK

1199 HI -TEMP ALLOY L605 & S3 16 2 DISK

1207-1 HI -TEMP, WASPALOY NO. 1 DISK

$102

$ 101

$ 156

$ 156

$ 101

1207-2

CI 221

1222

1224

HI -TEMP, WASPALOY NO,

CARBON STEEL

LA STL, AISI 8640

STEEL, AISI 1078

LA STL, AISI 4130

DIS

DIS

DIS

DIS

DIS

$ 101

$ 77

$ 75

* 77

% 133

1226 HY 130 ALLOY STEEL

1227 CARBON STEEL, BOH 1.

1228 LA STL

1234 ZIRCONIUM A (FOR HF

)

1235 ZIRCONIUM B (FOR HF

)

ol

DISK

DISK

DISK

DISK

DISK

% 86

1 12

117

364

364

-16-
SRM SRM DEE CR I FT I ON UNIT OF ISSUE PRICE

1236 ZIRCONIUM C (FOR HF

)

DISK % 364

1237 ZIRCALOY- 4 D (FOR HF) D I SK $ 364

1233 ZIRCALOY- 4 E (FOR HF) D I SK * 36

1

ZIRCALOY- 4 F (FOR HF) LI i or- % 364

C 1251 PHOS. COPPER CU VIII DISK % 122

CI 252 PHOS. COPPER CU IX DIE K % 122

CI 253 PHOS. COPPER CU X DIE K % 1 2ji! 1254 CA IN STEEL DIE K $ 76

ALUMINUM ALLOY (6011) DIE K 1 12

125? ALUMINUM ALLOY (7075) D I SK % 112

1261 (A) LA STL, A IS I 4340 DIE K % 96

1262(A) LA STL, A IS I 94B17 DIE K $ 96

1263(A) LA STL, C R-V MOD DIE K $ 95

LA STL, HI C MOD DIE K $ 96

1265(A) ELECTROLYTIC IRON DISK % 96

1 267 SS: AISI 446 DIE K % 66

1269 LA STL, AISI 1526 DIE K $ 1 1

3

1270 LA STL, C R-2.3 MG-1 A336 DIE K $ 1 12

J. J-. 1 •_' CUPRO-NIC KEL CDA 706 DIE K %

1276 CUPRG-NIC KEL CDA 715 DIE K $ 88

CI 235 A242 ALLOY STEEL DIE K % 101

1286 HY 80 ALLOY STEEL DIE K $ 86

CI 287 HA STL, AC I HK DIE K $ 1 03

HA STL, AC I CN-7M DIE K $ 1 03

CI 28? HA STL, AC I CA LNM DIE K $ 103

1359 CU ?< CR C GATING ON STEEL SET (4) $ 140

1360 CU S< CR C GATING ON STEEL SET (4) 1 4U

1361 (A) CU & CR C DATING ON STEEL SET (4) $ 140

1 ooz \ H

)

CU S< CR C GATING ON STEEL SET % 140

1363(A) CU & CR C GATING ON STEEL SET (4) % 140

1364(A) CU & CR C GATING ON STEEL SET (4) $ 141

1365(A) NICKEL COATING ON STEEL SET (4) % 1 oo

1366(A) NICKEL CC ATING ON STEEL SET (4) % 140

1 O / "7 f

/"> i 1 :.< / \ H ) NICKEL COATING ON BRASS SET ( H ) $ 1 40

1379 ULTRA THIN GOLD ON NICKEL EA * 150

1380 ULTRA THIN GOLD ON NICKEL EA $ 1 50

1398(A) GOLD COATING ON ALLOY SET (4) % 32

1

1399(B) GOLD COATING ON NICKEL SET (4) % 311

1450(B) THERMAL R ESI STANCE FIBER EA % 357

1460 ST STEEL TH CGND-RESIST 2 IN $ 1 30

-17-
SRM SRM DESCRIPTION UNIT OF ISSUE PR 1

1

1461 ST STEEL TH COND-RESIST

1462 ST STEEL TH COND-RESIST

146S IRON TH COND-RESIST

1464 IRON TH COND-RESIST

1465 TUNGSTEN TH COND-RESIST

2 IN

2 IN

2 IN

2 IN

2 IN

193

126

131

1466

1467

1468

1470

^ .-i

*" >" in~

.(. *t / :J 1476

147S

1479

1482

1 483

1484

1490

1495

1511

1512

TUNGSTEN TH COND-RESIST

TUNGSTEN TH COND-RESIST

TUNGSTEN TH COND-RESIST

GAS PERMEATION POLY FILM

POLYETHYLENE 52K MOL WT

POLYETHYLENE VISCOSITY

POLYSTYRENE 37K MOL WT

POLYSTYRENE 1M MOL WT

POLYETHYLENE 14K MOL WT

POLYETHYLENE 32K MOL WT

POLYETHYLENE 120K MOL WT

POLY I SOBUTYLENE RHEOLOGY

LOW VISCOSITY RUBBER

CYCLOHEX ANE D I ELECTR I

C

D I CHLOROETHANE D I ELECTR I (

2 IN

2 IN

2 IN

SET (15)

50 G

50 G

1 G

1 G

1 G

250 ML

34 KG

400 ML

400 ML

*

%

158

169

178

153

1 65

129

126

114

162

162

258

202

195

1513 NITROBENZENE DIELECTRIC

1516 FEP COPOLY PERMITTIVITY

1517 FEP COPOLY PERMITTIVITY

151.9 FEP COPOLY PERMITTIVITY

1521 SI RESISTIVITY 0.1-10

400 ML

EA

EA

EA

SET (2)

195

302

302

302

3AO

1522

1523

1541

1566

1567

SI RES

I

SI RES

I

IRON MO

OYSTER TISSUE

WHEAT FLOUR

3TIVITY

STIVITY

>SBAUER

1 80

0 . 0 1 -

1

SET (3)

SET ( 2

)

EA

30 G

80 G

3>$

%

%

517

~\ /.,/-, 217

102

1568

1569

1572

1573

1575

RICE FLOUR

BREWERS YEAST

CITRUS LEAVES

TOMATO LEAVES

PINE NEEDLES

SO u 50 G

70 G

70 G

70 G

102

86

98

100

100

1577(A)

1579

1580

1581

1582

BOVINE LIVER

PDR LEAD-BASED PAINT

SHALE OIL

PCB-S IN OIL

PETROLEUM CRUDE OIL

50 U

35 G

5X2 ML

SET

5X2 ML

*

1 13

60

183

1 36

1 78

* MATERIAL IN PREPARATION
SRM >RM DESCRIPTION JNIT OF ISSUE PRICE

1590

1595

1599

1600

1619

1620(A)

1 62 1(B)

1622(B)

1 623 ( A

)

1624(A)

1 625

1626

1627

1 630

1632(A)

1633(A)

1634(A)

1635

1636(A)

1637(A)

1638(A)

1639

1641 (B)

1642(B)

1643(B)

1644

1645

1646

1647

1648

1649

1651

1652

1653

1654

1655

1 658 ( A

)

1659(A)

1660(A)

1661 (A)

STABILIZED WINE

TRIPALMITIN

2 ANTICONVULSANT DRUGS

MAGNET I C TAPE-CASSETTE

SULFUR IN FUEL OIL 0.7V.

ULFUR

ULFUR

ULFUR

ULFUR

ULFUR

IN

IN

IN

IN

IN

FUEL

FUEL

FUEL

FUEL

DIST,

OIL 57.

OIL 17. OIL 27

OIL 0.37.

OIL 0.27

02 PERMEATION TUBE-10CM

02 PERMEATION TUBE-5CM

02 PERMEATION TUBE-2CM

MERCURY IN COAL

TRACE ELEMENTS IN COAL

COAL FLY ASH

TRACE ELEMENTS/FUEL OIL

TRACE ELEMENTS IN COAL

LEAD IN REFERENCE FUEL

LEAD IN REFERENCE FUEL

LEAD IN REFERENCE FUEL

HALOCARBONS FOR H20

MERCURY IN WATER-CONCENTR

MERCURY IN WATER-TRACE

TRACE ELEMENTS IN WATER

PAH GENERATOR COLUMNS

RIVER SEDIMENT

ESTUARINE SEDIMENT

PRIORITY POLLUTANT PAH'S

URBAN. PARTICULATE MATTER

URBAN

ZR BA i: ZR BA i: ZR BA t: QUARTZ

DUST /ORGANIC

HROMATE HT

HROMATE HT

HROMATE HT

HEAT OF

OUR<

OURC

OURC

SOLUTION

KCL SOLUT I ON CALOR I METRY

METHANE IN AIR 1 PPM

METHANE IN AIR 10 PPM

METHANE /PROPANE IN AIR

S02 IN N2 500 PPM

10X10 ML % 112

2 G % 1 62

SET (4) % 138

EA $ 314

1 00 ML $ 101

100 ML $ 1 0 1 100 ML % 101

100 ML $ 1 0

1

1 00 ML % 1 0 1 100 ML % 1 0 1 EA #

EA * 166

EA % 163

50 3 % 67

75 3 % 1 06

75 3 % 121

1 00 ML % 1 50

75 3 % 106

SET ( 12) % 108

SET ( 12) % 1 03

SET (12) % 1 08

SET (5) % 1 65

6X2 :> ML 124

950 ML * 151

950 ML $ •KSET ( 3

)

% 1 88

70 3 $ 1 30

75 3 112

6 ML $ 114

2 G % 1 23

10 _i % 157

50 3 % 84

50 _i $ 84

5-0 _i 84

_i 250

30 3 % 138

CYL $ 519

CYL 519

CYL 519

CYL * 519

# MATERIAL IN PREPARATION

-19-
SRM SRM DESCRIPTION UNIT OF ISSUE PRICE

1 OOi ( M ) oUi IN Nji. 1UUU rl N r YL *

cr t~\ t-i 1663(A) S02 IN N2 1500 PPM c YL $ 519

1664(A) S02 IN N2 2000 PPM CYL $ 519

1665(B) PROPANE IN AIR 3 PPM 1 T l_ $ 519

1666(B) PROPANE IN AIR 10 PPM c YL $ 5 1

9

t / / ~7 ( O \

j. 66 / \ Ir-

)

rhUrHNh IN hlh _«U rrn c YL. %

E.T A |—| 5 1

9

1668(B) PROPANE IN AIR 100 PPM c YL $ 519

1669(B) PROPANE IN AIR 500 PPM c YL % 519

1670 C02 IN AIR 335 PPM VIi % 5 1

9

1671 C02 IN AIR 342 PPM c YL % 519

1 O / XL LUi IN rilh .jjI rrn r YL _i 1 ?

1674(B) C02 IN N2 7.0 M0L c YL 481

1675(B) C02 IN N2 14.0 M0L 7. c YL $ 481

1 677(C) CO IN N2 10 PPM l~ VIT L_ $ 481

1 678 ( C

)

CO IN N2 50 PPM L YL % 431

L-U J.N r

ik 1UU rrn c YL % 4o 1 1680 ( B

)

CO IN N2 500 PPM c YL $ 481

1681 (B) CO IN N2 1000 PPM c YL % 481

1683(B) NO IN N2 50 PPM c YL $ 604

1684(B) NO IN N2 100 PPM c YL $ 604

1 o •-' <> b ) NU IN i-jU rrn c YL *% oU*t

1686(B) NO IN N2 500 PPM L YL % 604

1687(B) NO IN N2 1000 PPM c YL % 604

1 690 1 UM LATEX SPHERES 5 ML $ 201

1693 S02 IN N2 50 PPM c YL

C-riO oui TMin M"iM^i 1iuuAn tZ' rrnC< M c YL * n

1 696 S02 IN N2 3500 PPM r YL $ 519

1805 BENZENE IN N2, 0.25 PPM c YL $

/ IT* i~i C» o 1806 BENZENE IN N2, 10 PPM r YL $ 658

1808 TETRACHL0R0ETHYLENE IN N2 c YL $ 683

1 80 TCTC'firm 1 t 1 hMLriL-UrAUt. flDfiCTUVI 1 riiL-tiNt. Ckir TINhi MOIM.^. c YL

1810 L INERB0ARD F KG

6

62

1315 N- -HEPTANE OCTANE SCALE 1 LITER $

1816 IS00CTANE OCTANE SCALE 1 LITER

1817 LUBE OIL OX ID. TEST KIT EACH 1 33

1820 GLASS REFRACTIVE INDEX ET (2) * 76

1823 LIQUIDS REFRACTIVE INDEX ET (2) % 71

1830 SODA LIME FLOAT GLASS COM FLATLET % 91

1831 SODA LIME SHEET GLASS COM FLATLET % 91

1840 100-G SILICON DENSITY STD 1 00 G % 441

* MATERIAL IN PREPARATION
SRM DESCRIPTION UNIT OF ISSUE PRICE

1 O A 1 200-G SILICON DENSITY STD 200 G % 44

1

1850 NDE PENETRANT TEST BRIGHT BLOCK $ 131

1851 NDE PENETRANT TEST MATTE BLOCK % 1 3

1

1857 TOOL STEEL ABRASIVE WEAR TWO BLOCK * 175

1860 AL EDDY C URRENT 607. I ACS BLOCK $ 293

1 O 1. AL EDDY C URRENT 477. I ACS BLUCh ft- 1862 AL EDDY C URRENT 417. I ACS BLOCK % 293

1863 AL EDDY C URRENT 307. I ACS BLOCK %

¥- 1364 CU EDDY C URRENT 1007. I ACS BLOCK %

1871 GLASS MIC ROPROBE PB--SI SET (3) %

i O / .u. GLASS MIC ROPROBE PB-GE oh 1 \ ) 1373 GLASS MIC ROPROBE SI--BA-ZN SET (3) % tt 1874 GLASS MIC ROPROBE B-AL-L

I

SET ( 3

)

%

-X. 1375 GLASS MIC ROPROBE P-AL--MG SET (3) % #

1876 CHRYS0TILE ASBESTOS FIBER 4 PIECES % 432

.1. o / o RESP IRABLE ALPHA QUARTZ cr »—

•

lj 1 4 /

1830 PORTLAND CEMENT, BLACK 3X5 G $ 65

1881 PORTLAND CEMENT, WHITE 3X5 G 65

1390 316L SS PIT CORROSION STD 4 RODS 174

1893 CU M I CROHARDNESS-KNOOP EA % 400

i ooa CU M I CROHARDNESS-V I CKERS t.t-1 %

1895 N I MI CROHARDNESS-KNOOP EA % 400

1 396 NI MI CROHARDNESS-V I CKERS EA % 400

190

1

CENTERL I NE DRAW I NGS-OCR-B SET % 789

191 1 BENZENE PERMEATION TUBE EA $ 260

1 ~i t. ~7

J. yb / PT THERMOCOUPLE WIRE 1 11

rt 1968 GALLIUM MELTING PT 29 C CELL % 280

1969 RUBIDIUM TRIPLE PT 39 C CELL $ a- 1970 SUCCINONITRILE MELT 58 C CELL %

2003 ( A

)

FIRST SURFACE AL MIRROR EA

\L 0U 9 DIDYMIUM FILTER CUVETTE tH

2010 DIDYMIUM FILTER 2X2 EA * 218

2013 DIDYMIUM FILTER CUVETTE EA 551

20 1

5

OPAL GLAC S REFLECTANCE SM EA $ 349

20 1

6

OPAL GLAC- S REFLECTANCE LG EA $ 349

2019(B) WHITE TIL E REFLECTANCE LG T I LE $

i~i c|

2020 WHITE TILE REFLECTANCE SM TILE $ ,jj y3

2021 BLK ENAMEL REFLECTANCE LG TILE $

2022 BLK ENAME L REFLECTANCE SM TILE i-i cr 2023 AL SECOND SURFACE MIRROR EA 509

* MATERIAL IN PREPARATION

21-
SRM SRM DESCRIPTION UNIT OF ISSUE PRICE

2024 AL SECOND SURFACE MIRROR EA $ 509

2025 AL. MIRROR WITH WEDGE EA $ 603

2030 G LASS FILTER (307.) EA $ 277

203

1

METAL ON QUARTZ FILTER BET ( 3) $1 252

2032 K I -STRAY LIGHT 25 G % 200

2033 K I ATTENUATOR STRAY LIG BET %

206

1

REFLECTANCE STEF TABLET EA % 137

2069 EM PERFORMANCE STANDARD EA % 90

20S3 OCKETED BALL BAR EA $2000

2106 CENTRO ID COLOR CHARTS EA % 31

2107 c ENTROID COLOR KIT BET %

•". ET O:J 2121 PECTRO SOLN CD-PB-AG-ZN BET (4) % 160

SF'ECTRO SOLN BA-CA-MG-SR BET (4) ri- 2123 PECTRO SOLN LI-K-NA-RB BET ( 4

)

$ 160

2124 PECTRO SOLN CO-CU-FE-NI BET (4) $

2141 UREA MICRO 2 G $ 65

2142 BROMOBENZO I C ACID MICRO 2 G $ t' •_' 2143 FLUOROBEN Z 0 1 C AC I D M I CRO 2 G % 73

2144 c HLOROBENZOIC ACID MICRO 2 G % C' -' 21361 POT D I HYDRO PHOSPHATE PD 30 G % / O

2 1 36 1

1

DISOD HYDRO PHOSPHATE PD 30 G % 73

2191 ODIUM BICARBONATE PD 30 G $ / o

2192 ODIUM CARBONATE PD $ 0

2201 ODIUM CHLORIDE PNA PCL 125 G $ 66

2202 F OTASSIUM CHLORIDE PK PCL 1 60 G 66

2203 F OTASSIUM FLUORIDE PF 125 G % 103

230S ( A

)

GOLD COATING ON LAMINATE BET (4) $ 336

2526 11 IP-TYPE SI SPRD RESIST BET $1000

2527 11 IN -TYPE SI SPRD RESIST BET $1000

-i cr -i-i

•_' jL. O 1 OOP-TYPE SI SPRD RESIST BET- % •«-

2529 100N-TYPE SI SPRD RESIST BET % •a- 260

1

RUBY EPR ABSORPTION -•ET (2) % 19S

26 12(A) C 0 IN AIR 10 PPM BYL % 431

2613(A) c 0 IN AIR 20 PPM BYL % 431

2614(A) c 0 IN AIR 45 PPM BYL % 431

2619(A) c 02 IN N2 0.5 MOL 7. BYL % 431

2620 ( A

)

c 02 IN N2 1.0 MOL 7. BYL % 431

262 1(A) c 02 IN N2 1.5 MOL 7. BYL % 43

1

2622 ( A

)

f 02 IN N2 2.0 MOL 7. BYL $ 4S1

2623 ( A

)

c 02 IN N2 2.5 MOL 7. BYL $ 431

* MATERIAL IN PREPARATION
price:

2624(A)

2625 ( A

)

2626 ( A

)

2627

262S

262?

2630

2631

2633

2635

2636

2640

264

1

2642

2643

2644

2645

:651

£652

£653

£654

£657

:65S

!659

:670

C02 IN N2

C02 IN N2

C02 IN N2

NO IN N2

NO IN N2

3.0 MOL

3.5 MOL

4 . 0 MOL

5 PPM

10 PPM

NO IN N2 20 PPM

NO IN N2 1500 PPM

NO IN N2 3000 PPM

C02 IN N2 300 PPM

C02 IN N2 400 PPM

;02 IN N2

;0 IN N2

:0 IN N2

:0 IN N2

:0 IN N2

SOO PPM

25 PPM

250 PPM

1 mol v: 2 MOL 7.

CO IN N2 4 MOL 7. CO IN N2 3 MOL 7. PROPANE IN -N2 100 PPM

PROPANE IN N2 250 PPM

PROPANE IN N2 500 PPM

2646 PROPANE IN N2 1000 PPM CYL $

2647 PROPANE IN N2 2500 PPM CYL $

2643 PROPANE IN N2 5000 PPM CYL $

2649 PROPANE IN N2 1 MOL "/. CYL %

2650 PROPANE IN N2 2 MOL 7. CYL $

PROPANE AND OXYGEN IN N2

PROPANE AND OXYGEN IN N2

N02 IN AIR, .0257.

N02 IN AIR, .05"/.

N02 IN AIR, 0. 17. N02 IN AIR, 0.257.

02 IN N2 2 MOL 7. 02 IN N2 10 MOL 7. 02 IN N2 20 MOL 7

PREEZE DRIED URINE--T. E.

YL

YL

YL

YL

YL

YL

YL

YL

YL

YL

YL

YL

YL

YL

YL

YL

YL

YL

YL

YL

YL

YL

YL

YL

YL

YL

YL

YL

YL

ET

% 431

% 481

% 481

$ 67?

$ 679

% 67?

% 604

* 604

$ 473

* 473

% 473

$ 473

% 473

% 473

$ 473

% 472

$ 473

* 473

$ 473

* 473

47:: 47:;

47::

% 473

$ 473

$ 604

$ 604

% 604

% 604

% 431

% 431

$ 431

$ 180

1671(A) FREEZE DRIED URINE—FLUOR

I

£672 (A) FREEZE DRIED URINE-MERCUR

£673 SULFATE NITRATE ON FILTER

£674 LEAD ON FILTER MEDIA

£676(B) METALS ON FILTER MEDIA

>ET (2)

:;et (2)

>ET (2)

SET (2)

5ET (12)

* 124

$ 122

$ 97

* 95

* 116
SRM 3RM DESCRIPTION UNIT OF ISSUE PRICE

(A)

!684

>/-=!'=:

QUARTZ

SULFUR

SULFUR

SULFUR

SULFUR

ON

IN

IN

IN

IN

FILTER

COALS

COALS

COALS

COALS

MEDIA

DU U

30 0

50 G

50 G

$

3200

32 1

0

3216

4200 ( B

)

4201 (B)

MAGNETIC TAPEFLEXIBLE DISK

MAGNETIC TAPECES I UM-137

NI0BIUM-V4

•REEL

CARTRIDGE

•CARTRIDGE

EA

EA

EA

EA

EA

$

%

$

106

241

4203(C) COBALT-60

4204 CHROMIUM-SI PT. SOURCE

4205 THORIUM—228 GAMMA -RAY PT

4206 ( C ) T H0R I UM / THALL I UM—22

8

4207 CES I UM- 1 37- BAR I UM- 1 37M

EA

EA

EA

EA

EA

155

138

162

266

106

4213 AMERICIUM-241

42 13(E) EUROP I UM- 15.2

4222 ( B ) CARBON- 1 4 ( HEX ADECANE

)

4226 NICKEL -63

4229 ALUMINUM- 26

EA

EA

3 G

4 . 1 G

4 „ 6 G

206

311

330

23 7 270

4233(B) CESIUM 137 BURN-UP

4235 KRYPTON-85 C GAMMA -RAY 1 4240 BISMUTH 207

424 1(B) BAR I UM - 1 33 PO I NT SOURCE

4250(B) CESIUM- 134 SOLN

M

EA

EA

$ 390

$ 165

$

$ 313

$ 291

425 1(B)

4260 ( C

)

4264(B)

4265

4266

BARIUM- 133 SOLN

IRON-55 PHOTON EMISSION

TIN-121M PT. GAMMA RAY

IODINE- 125 PHOTON

VANADIUM-49 PT . SOURCE

* 32:: EA

EA

EA

EA

274

274

ft*

366

4275(B)

4276(B)

42SS

4302

4307(H)

MIXED RADIONUCLIDE

M I X ED RAD I ONUCL I DE

TECHNETIUM-99

ARGON-39

XENON-- 133 GAS

EA

5 ML

5 ML

10 CMS

32.5 cm;

%

%

%

%

367

305

131

4308 ( B

)

4303 ( C

)

4309(E)

4309 ( F

)

4310(B)

KRYPTON-85 GAS

KRYPTON-85 GAS

XENON- 127 GA:i

XENON- 127 GA

MIXED GASEOU z, RAD 10 ACT

\<L . 5 L 2.5 C 2 . 5 C 32.5 C EA1 66

346

340

vv?

* MATERIAL IN PREPARATION

PRICE AND AVAILABILITY ON REQUEST ° (301)921-2665
UNIT OF ISSUE

V2 AMERICIUM-243

S3 AMERICIUM-243

<4(B) PLUT0NIUM--242

SS PLUTONIUM-240

350(B) RIVER SED I MEN"

ILN

iLN

:iln 30LN,

2 G

5 G

4 ML

5 G

85 G

% ft*

$ **

* 129

% 412

% 139

4351 HUMAN LUNG 45 G

4352 HUMAN LIVER 45 G

4353 ROCKY FLATS SOIL #1 85 G

PERUVIAN SOIL 75 G %

436

1

HYDROGEN--3 80L.N. 490 G %

221

139

136

1 39

4370 ( B

)

4400L ( F

)

4400H ( F

)

440 1H( I 440 1L( I

EUROPIUM- 152

CHROMIUM-51

CHROMIUM-51

IODINE- 131 SOLN

IODINE- 131 SOLN

EA

5 G

5 G

5 G

5 G

% 132

%

$ ftft % **

$ ft*

4402PL T I N- 1 1 3- I ND I UM~ 1

1

4402H ( C ) T I N- 1 1 3- I ND I UM- 1

1

4402LCC) TIN-L33-INDIUM-1

1

4403H ( B ) STRONT I UM--85 SOLN

4403L(B) STRONT J.UM-85 SOLN

3M

m SOLN

m SOLN

5 G

5 G

5 G

$

**

*ft- **

#*

**

4404H(F) THALLIUM-201 SOLN.

4404L(F) THALLIUM-201 SOLN.

4405H(B) GOLD- 193 SOLN

4405L(B) G0LD-19S SOLN

4406H(F) PH0SPH0RUS-32 SOLN

G

G

**

*ft

*ft

-fc-ft **

4406L(F) PH0SPH0RUS-32 SOLN

4407H(H) IODINE- 125 SOLN

4407L(H) IODINE- 125 SOLN

4408M COBALT-57 SOLN

440SH(C) COBALT-57 SOLN

5 G

5 G

%

$

ft*

*ft ****

ft ft

4408L(C) COBALT-57 SOLN

4409H ( D ) SELEN I UM-75 SOLN

4409L(D) SELEN I UM-75 SOLN

44 1 OH ( I ) TECHNET I UM-99M SOLN

4411H(B) IRON-59 SOLN

5 G

G

$

$*

*ft- *ft **

ft-ft ft*

441 1L(B)

4412H(H)

4412L(H)

4413H

4413L

I RON-59 SOLN

MOLYBDENUM-99 SOLN

MOLYBDENUM-99 SOLN

MERCURY- 197 SOLN

MERCURY- 197 SOLN

5 G

5 G

5 G

$

****

**

ft*

ft*

ft« PRICE AND AVAILABILITY ON REQUEST: (301)921-2665
PRICE

4414HU.J cr

._i $ Jr* 4414L(C) IODINE- 123 LOU LEVEL SOLN 5 G $

4415H(G) XENON- 133 GAS EA $

44 15L(G) XENON- 133 GAS EA $

4416H(D) GALLIUM-67 SGLN cr

._i G $

441 &L V U ) UHL L J. Li r i — 6 / bULN

cr

•_J G $

44l7H(C) INDIUM-111 SOLN cr

._i G $ « Si- 4417L(C) INDIUM-111 SOLN cr

:J G $ ft* 4418H MERCURY-203 SOLN cr G $ -H--S- 441SL MERCURY-203 SOLN 5 G ft*

44 1 H ( Hi V TTPT 1 IM 1 /_ O •—-

a —1 1 hi Y 1 IhiUrl 1 o y oU LNcr Li % ft*

4419L(B) YTTRIUM- 169 SOLN 5 G $ ftft 4420H LEAD-203 SOLN SRM'S cr G $ *ft 442OL LEAD-203 SOLN SRM'S 5 G $ ftft 442 1H GOLD- 195 SOLN cr G $ ft*

A A ~i i I 44^. 1 Li*"*- 1 1 t-i 4 t-t cr i—- — | hi bLi LU— 1 :' _• UL. N

cr U ftft 4422H CHLORINE-36 SOLN cr G $ ft -Si- 4422L CHLORINE-36 SOLN 5 G $ ft * 4904(F) AMERICIUM-241 ALPHA EA $ 327

4906 ( B

)

PLUTON I UM-238 ALPHA EA * 1 55

4 1 _i \ L ) l-UohL 1 oU oULIN LT

•~l Li 220

4919(E) STRONIUM-90 SOLN G * 303

4922 ( E

)

SODIUM-22 SOLN cr G % ft*

4926(C) HYDROGEN-3 WATER 18 ML % 140

4927 ( B

)

HYDROGEN-3 WATER 3 ML % **

4 ::' • .:• -_i \ L- ) KRYPTON -85 BETA GAS C.H j±3> 1 / cr 1 o_> 4943 CHLOR I NE-36 ( BETA- ) SOLN ML $ ftft 4945- ( D

)

STRONT I UM -89 ( BETA-

)

SOLN cr ML $ 311

4947 HYDROGEN-3 ( TOLUENE

)

4 G % 86

4949 ( B 5 IODINE- 129 SOLN 1

.

1 G % 33'?

A

~,l= 1 f I-' 4 1

.-' •_' 1 V L- ) RADIUM -226 SOLN 1 u

/i i-' . 4 b

<+• 1 U-_' 4952 ( B

>

BLANK. SOLN FOR RADON ANAL 20 G % 123

4956 RA GAMMA-RAY SOLN 0.2 MG cr

•_' a 1 G % 1 58

4957 RA GAMMA-RAY SOLN 0.5 MG 5. 1 G % 158

4958 RA GAMMA-RAY SOLN 1.0 MG cr

•_' . 1 G $ 156

4959 RA GAMMA-RAY SOLN 2.0 MG cr 1 G * 158

4960 RA GAMMA-RAY SOLN 5.0 MG cr 1 G $ 141

4961 RA GAMMA -RAY SOLN 10. 0 MG cr 1 G $ 156

4962 RA GAMMA-RAY SOLN 20. 0 MG cr 1 G % 158

4963 RA GAMMA-RAY SOLN 50. 0 MG cr 1 G % 158

** PRICE AND AVAILABILITY ON REQUEST: (301)921-2665
3RM SRM DESCRIPTION UNIT OF ISSUE PR I CE

4990 ( C

)

OXALIC ACID C--14 th 1 4997 ( E

)

MANGANESE-54 POINT SOURCE EA 192

6250 MAGNETIC TAPE-HI DENSITY EA $ 939

8000 Nr L urn ntLi inu i-uini -::>b 1 SFT 1 /-./-. S00

1

NPL GM CARD BLK SUR AREA 1 f) -P 8002 NPL GM CARE BLK SUR AREA 1 O dr. i :-: 1 8003 NPL GM SILICA SUR AREA 10 G % 181

8004 NPL GM SILICA SUR AREA 10 G % •s- 8005 NPL GM ALUMINA SUR AREA 50 v T-*4-5 8006 NPL GM ALUMINA SUR AREA 50 G %

3007 NPL GM ALUMINA SUR AREA 50 £ .i— *T 8008 NPL GM ALUMINA SUR AREA 50 G % 245

804

1

NUCLEAR CONTAINER 55 GAL. EA % 312

8042 NUCLEAR CONTAINER TYPE A FA * 84 1

0

ASBESTOS RESEARCH FILTERS

8505 VANADIUM IN CRUDE OIL 275 ML 52

8531 GLAC S F I BER-M I CROANALYS I

S

SET

9900 SPEC IAL NUCLEAR CONTAINER SERV.

9910 SPEC IAL NUCL MAT PKG SHIP EACH 15

GM754 ICTA POLYSTYRENE DTA 1 0 G 81

GM757 ICTA LOW TEMP SET DTA SET (4) %

GM758 ICTA MOD TEMP SET DTA SET (5) % 122

GM759 ICTA MID TEMP SET DTA SET (5) % 122

GM760 ICTA HIGH TEMP SET DTA SET (5) % 122

GM761 ICTA THERMOGRA I METRY SET SET (5) % A: -;

RM- 1C AL CUBE ULTRA PURITY EA % 1 39

RM-1R AL ROD ULTRA PURITY EA %

Q"7

RM5 CU LOW TEMP HEAT CAPACT

Y

EA % 70

RM50 ALBACORE TUNA 70 $ 81

RM-45(B) HOMO. RIVER SEDIMENT 100 G $ 1 01

IJ-0002 DEPLETED U308, U-235 1 G % 185

IJ—005 ( A

)

DEPLETED U30S» U-235 1 G % -s- U-010 ENRICHED U308, U-235 1 G $ 1 83

U-015 ENRICHED U303, U-235 1 G % 1 83

U-020 (A) ENRICHED U308, U-235 1 G %

1-030 ( A

)

1-050

1-100

1-150

.1-200

ENRICHED U30

ENRICHED U30

ENRICHED U30

ENRICHED U30

ENRICHED U30

- ^ O ._J -I --i c-

" O•_' -235

- -i cr

jl- O _'

•~i -~i nr

" O•_'

% 184

* 135

% 186

$ 186

* MATERIAL IN PREPARATION

-27 —
SRM SRM DESC RIPTION UNIT OF I 3SUE PRICE

J-350 ENRIC HED u Z:0 - 7 U *1

~i cr

Z* 1 Ij $ 139

.1—500 ENRIC HED u 30 - 7 U ji. -| cZy 1 Ij $ 192

.1-750 ENR I

C

HED IJ 30 7 U jL -•cr 3 ._» 1 $ 1 96

J -300 ENRIC HED u 30

-

? *d 35 1 U * 197

J-350 ENRIC HED u 30 = ~« ._i 1 $ 1 98

j —900 ENRIC HED IJ 30 7 jL. "i . i 4 1 QQ

J-930 ENRIC HED IJ 30 7 U

•iC

i ij $ 200

J-970 ENRIC HED u 30 7 U

-icr l ij * 196