2013 Price List

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Table of Contents Quality ManageMent LIMS System ....................................................................................................................... Customer Services ..............................................................................................

Mining SeRViCeS .................................................................................................................. Metallurgical Sample Receiving ........................................................................................ Sample Pickup............................................................................................................. Sample Submittal ....................................................................................................... Metallurgical Sample Preparation..................................................................................... Preparation ................................................................................................................... Extra Handling Charges ............................................................................................ Sample Storage .......................................................................................................... Analytical Testing ................................................................................................................ Fire Assay .................................................................................................................... Geochemical Scans ................................................................................................... Digestions ............................................................................................................ ICP-OES Scans ........................................................................................................... Individual Elements, ICP .................................................................................... 10 Element ICP Scans, Low to Medium Range .............................................. 35 Element ICP Scans, Trace Geochemistry ................................................... ICP-MS ......................................................................................................................... 48 Element ICP Scans, Trace to Ultra-trace Geochemistry ........................... ICP-MS Rare Earth .............................................................................................. Mercury in Mine Sample by CVAFS ........................................................................ Mercury ................................................................................................................ Carbon and Sulfur by LECO ...................................................................................... LECO ..................................................................................................................... Ore Grade Assays ................................................................................................................ Flame Atomic Absorption (AA) ................................................................................ FAAS ..................................................................................................................... Wet Chemistry ............................................................................................................

enViROnMental SeRViCeS Sample Preparation ............................................................................................................ Analytical Services ............................................................................................................. Trace Metals by ICP-OES .......................................................................................... EPA 200.7 .............................................................................................................. Toxicity Characteristic Leaching Procedure (TCLP) ...................................................... & Synthetic Precipitation Leaching Procedure (SPLP) ................................................ Trace Metals by ICP-MS ..................................................................................................... Environmental Mercury by CVAFS ................................................................................... Anions ................................................................................................................................ Acid-base Accounting ........................................................................................................ Additional Environmental Parameters .............................................................................

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QualiTy ManageMenTAmerican Analytical Services is committed to providing our customers with the highest quality analytical results.

American Analytical Services, Inc.’s metallurgical lab is ISO 17025-2005 (Testing and Certification laboratory) certified.

American Analytical Services, Inc. participates in wastewater pollution studies biannually and has had a minimum 90% passing score dating back to 2000. These WP study results place American Analytical Services, Inc. in compliance with the State of Washington Department of Ecology provisions set forth in Chapter 173-50 WAC and is recognized by the Department of Ecology as an accredited laboratory for the analytical parameters listed on the Scope of Accreditation.

The environmental laboratory is currently pursing Department of Defense environmental laboratory certification. This certification will meet and exceed NELAC standards. Expected completion of certification is spring 2013. American Analytical Services, Inc. is also in the process of applying to the State of Idaho for Drinking Water Certification.

AAS has been audited by both public and private auditors insuring clients of our ability to match results with both internal and 3rd party laboratories. AAS met all tolerances of the tests performed.

liMS SySteM:AAS is proud to introduce Perkin Elmer’s Labworks LIMS into the laboratory in December 2012. The addition of a LIMS system will allow us to provide enhanced customer service by better tracking sample movement through the laboratory, optimizing work flow, and tracking quality control measures in real time.

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Customer serviCes:American Analytical Services provides customers with superior customer service. As a small laboratory, we are able to respond quickly to the specific needs of our customers. We employ a full time customer service representative, Mary Jacobson, who is glad to address your con-cerns, large or small. Our laboratory and quality staff members are also available to answer any technical questions you have. AAS strives to be sure that our customers are fully satisfied.

To better serve our clients, there are absolutely no hidden fees. You pay to have your sample prepared, digested, and analyzed; AAS does not charge reporting, check-in, or handling fees. All other charges (wet samples, overweight, long-term storage, etc. are noted in this price list). If you have any questions or concerns regarding pricing, please contact our customer service agent.

AAS offers a standard two week turn-around from the date samples arrive in our lab. Rush returns of one-week or 48-hours are available for increased cost. Please contact the lab with samples that will require 48-hour turn around; this allows us to plan to fit your samples into our work flow. AAS also offers contract or bulk discounts for larger or recurring sample submittals; contact Mary Jacobson for details.

Sample Submittal:Samples can be shipped to 59148 Silver Valley Road, Osburn, ID 83849. Samples should be accompanied by a chain of custody that includes customer name, address, phone number and analyses requested. Rush samples require prior approval from AAS. A blank chain of custody is included in the back of this booklet.

Sample Pickup:AAS can arrange to pick up samples from our clients. Our pricing for sample pickup is based on AAS’s cost to perform the pickup. For more information or to discuss pricing, please con-tact customer service.

Service Price

Sample pickup Price on request

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additional environmental Parameters:AAS provides a range of environmental services. If your project requires a test not listed please contact us and we will make every effort to accommodate you.

Parameter Reference Method Price, Soil Price, Water

Acidity SM 2310 B na 15 Alkalinity, total SM 2320 B na 15 Alkalinity, CO3, HCO3, OH SM 2320 B na 25 Ammonia SM/EPA 4500/350.1 35 30 Cation exchange capacity (CEC) ASA Mono 9 50 na Chlorine, free Hach 10069 15 na Chlorine, total Hach 8370 15 na Color 110.2 na 15 Conductivity SM/EPA 2510 B/120.1 15 10 Cyanide, total SM/EPA 4500 D F 40 35 Cyanide, WAD SM 4500 C I 40 35 Cyanide, amenable to chlorination 335.1 na 75 Dissolved oxygen Hach 8166 20 na Fluoride SM/EPA 4500 F/340.2 30 25 Hardness, total (as CaCO3) SM/EPA 2340 B/200.7 na 15 Hexavalent chromium Hach 8023 20 na Loss on ignition/organics EPA 160.4 25 na Moisture (% solids) SM 2540G 15 na Carbon Soil I-LECO-06/ 15 15 Oil & grease EPA 1644 50 na Orthophosphate Hach 8048 15 15 pH SM/EPA 4500 H/150.1/9045 15 10 Resistivity AASHTO T288-91 15 na Sieve analysis C117 & C136 85 na Solids, settleable EPA 160.5 na 20 Solids, total EPA 160.3 na 15 Solids, total dissolved SM/EPA 2540 C/160.1 na 15 Solids, total suspended SM/EPA 2540 D/160.2 na 15 Solids, total volatile EPA 160.4 na 25 Specific gravity, soil 2710 25 15 Total Kjeldahl (TKN) EPA 351.4 45 35 Thiocyanate EPA 300.0M na 50 Turbidity EPA 180.1 na 15

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acid-base accountingAcid-base accounting is performed to determine if waste rock has the ability to leach acids that might be damaging to the environment. Samples are measured for acid producing potential and for neutralization potential. Acid producing potential is determined from the total sulfur content. Neutralization potential is calculated by back titration with NaOH. There are varying levels of complexity to ABA that account for a variety of assumptions. Selection of method is usually based on the mineralogy of the rock. Consistent use of a single method within a project is important for internal comparability. There are varying levels of detail and consideration in ABA. The most basic is using total sulfur to determine AP. Additional analyses to determine the sulfur speciation can provide a more complete picture of the true acid producing potential of a sample. The use of the modified neutralization potential of Lawrence or the siderite correction of Skousen can provide a more accurate picture of the neutralization potential (NP) depending on the mineralogy of the sample. test Reported parameters Price ABA-01: Net neutralization potential Net Neutralization Potential (NNP) $73.30 based on total sulfur Acid potential (AP) Neutralization potential (NP) NP:AP ratioV Paste pH ABA-01 with Lawrence NP 130.40 Skousen correction 130.40 ABA-02: Net neutralization potential Same as ABA-01 plus: 107.75 based on total sulfur, HCl-leachable HCl leachable sulfate sulfate, and sulfide. Sulfide ABA-02 with: Lawrence NP 164.45 Skousen correction 164.45 ABA-03: Net neutralization potential Same as ABA-02 plus 119.05 based on total sulfur, total sulfate, Total sulfate (carbonate leach) and sulfide. ABA-03 with: Lawrence NP 175.75 Skousen correction 175.75 ABA-04: Net neutralization potential Same as ABA-02 plus: 119.05 based on total sulfur, HCl-leachable Inorganic Carbon (CO2) sulfate, and sulfide ABA-04 with: Lawrence NP 175.75 Skousen correction 175.75 ABA-05: Net neutralization potential Same as ABA-02 plus: 130.40 based on total sulfur, total sulfate, Total sulfate (carbonate leach) sulfide and inorganic carbon. Inorganic Carbon (CO2)

ABA-05 with: Lawrence NP 206.40 Skousen correction 206.40

Mining SeRViCeSMetallurgical Sample ReceivingAAS follows strict protocols to ensure that a representative sub-sample of each submission will be used for analysis. The rejected portion of the sample is returned to the original sample bag, saved and returned to the client. Between samples, barren rock is run through the crush-ing equipment to clean the crushers, and a sample preparation blank is run with the client’s samples. During pulverization, silica sand is used between each sample to clean bowl and rings to prevent salting of samples. The pulp is placed in sample envelopes for the client’s archiving purposes.

Metallurgical Sample PreparationOverweight samples (>10 lbs) will incur a $10 surcharge. Excessively wet samples may be delayed due to increased drying time. Medium technique Method Price

Rock or Core Dry, jaw, and cone crush to SP-M-01 $6 10 mesh, rings pulverize to 140 mesh (250 g)

Soil / Sediment Dry and sieve to –80 mesh SP-S-02 $5

Soil / Sediment Dry and sieve to –80 mesh, SP-S-02 $8 save +80 fraction

extra Handling ChargesOccasionally samples require extra handling and these services are priced as follows. If you have any questions regarding these charges, feel free to contact the lab.

Handling Method Price

Excessively wet samples Extra drying time $5/every 24 hours

Composites $40/hour

Splitting $40/hour

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Sample StorageSamples submitted are stored free of charge for 30 days.

Handling Price

Long term sample storage price on request

analyTiCal TeSTing:Ore grade assays:

Fire assayAAS is highly experienced in the use of fire assay to determine precious metals content. Our experience allows us to expediently handle a variety of sample types and yield accurate re-sults. Gravimetric fire assay is used for ore grade material, while fire assay with an ICP finish is utilized for exploration and low level samples.

Parameter technique Method Price Gold Fire Assay, Gravimetric FA-Ag/Au-01 $20

Silver Fire Assay, Gravimetric FA-Ag/Au-01 20

Gold and Silver Fire Assay, Gravimetric FA-Ag/Au-01 25

Gold and Silver Fire Assay, ICP Finish FA-ICP-04 20

Gold and Silver (CN Solutions) Fire Assay FA-CN-06 20

Gold and Silver (CN Solutions) Fire Assay, ICP Finish FA-CN-ICP-05 30

Gold and Silver (Carbons) Fire Assay, Gravimetric FA-Au-C-03 25

Gold and Silver (Bullion) Fire Assay, Gravimetric FA-Au-B-02 85

Palladium Fire Assay, ICP Finish FA-ICP-04 30

Platinum Fire Assay, ICP Finish FA-ICP-04 30

Rhodium Fire Assay, ICP Finish FA-ICP-04 30

PGMs (palladium, platinum, rhodium) Fire Assay, ICP Finish FA-ICP-04 75

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anions:AAS purchased a new Metrohom Anions Ion Chromatography (IC) instrument in 2011. We can measure any of the anions in EPA method 300.1 parts A & B.

Parameter Reference Method Price

300.0 / 300.1 A & B EPA 300.1 $100

300.0 / 300.1A EPA 300.1 A 60

300.0 / 300.1B EPA 300.1 B 40

Bromide EPA 300.1 A 10

Chloride EPA 300.1 A 10

Floride EPA 300.1 A 10

Nitrate EPA 300.1 A 10

Nitrite EPA 300.1 A 10

Ortho-phosphate, P EPA 300.1 A 10

Sulfate EPA 300.1 A 15

Bromate EPA 300.1 B 15

Chlorate EPA 300.1 B 15

Chlorite EPA 300.1 B 15

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Parameter Reference Method Price Cu - Copper EPA 200.8 20 Pb - Lead EPA 200.8 20 Mn - Manganese EPA 200.8 20 Mo - Molybdenum EPA 200.8 20 Ni - Nickel EPA 200.8 20 Se - Selenium EPA 200.8 20 Ag - Silver EPA 200.8 20 Tl - Thallium EPA 200.8 20 Th - Thorium EPA 200.8 20 U - Uranium EPA 200.8 20 V - Vanadium EPA 200.8 20 Zn - Zinc EPA 200.8 20

environmental Mercury by CVaFS:AAS measures mercury by Cold Vapor Atomic Fluorescence Spectroscopy (CVAFS) via a Tele-dyne Leeman Hydra AF+ instrument. Using low level detection, AAS can measure to about 0.01 ppb.

Parameter Reference Method Reporting limit Price Mercury EPA 245.7 / 1631 .1 ppb $35 Mercury (low level) EPA 245.7 / 1631 .01 ppb 70

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Metallic Screen (native gold)To analyze samples containing free gold, a metallic screen should be performed to decrease the possibility of anomalously high or low results. After a sample suspected to contain free gold is pulverized, it is screened. The free gold portion of the sample (the “plus fraction”) will be fire assayed in its entirety while two samples from the “minus fraction” will be fired. The final result provided to the client will represent the composite of these three assays.

technique Price

Metallic Screen plus fire assay $100 plus cost of fire assay

A 48-hour turnaround is not available for metallic screens. Please contact the lab for 1 week options.

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Wet ChemistryOre grade assays (volumetric and gravimetric techniques) are used for highly accurate char-acterization of concentrates and ores that exceed the range of other instrumentation within reasonable dilution limits.

Parameter technique Method Price

Sb - Antimony Volumetric Vol-Sb-02 $30

As - Arsenic Volumetric Vol-As-02 30

Cu - Copper Volumetric Vol-Cu-05 30

Fe - Iron Volumetric Vol-Fe-03 30

Pb - Lead Volumetric Vol-Pb-01 30

Silicates (Insolubles) Gravimetric Grav-Si-01 25

S - Sulfur (Total) Gravimetric Vol-S-03 25

Zn - Zinc Volumetric Vol-Zn-04 30

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Parameter Reference Method Price Ti -Titanium EPA 200.7 15 V - Vanadium EPA 200.7 15 Zn - Zinc EPA 200.7 15

Toxicity Characteristic Leaching Procedure (TCLP) & Synthetic Precipitation Leaching Procedure (SPLP)

Parameter Reference Method Price

TCLP EPA 1311

Extraction Required for all analyses $25 Complete suite Ag, As, Ba, Cd, Cr, Pb, Se, Hg 95 Metals suite Ag, As, Ba, Cd, Cr, Pb, Se 70 Mercury Hg 25 Individual metals 10 SPLC EPA 1312

Extraction Required for all analyses 25 Complete suite Ag, As, Ba, Cd, Cr, Pb, Se, Hg 95 Metals suite Ag, As, Ba, Cd, Cr, Pb, Se 70 Mercury Hg 25 Individual metals 10

Trace metals by iCP-MSEPA methods 200.8 (water) and EPA 6020 (soils) are designed to measure trace environmental metal contaminants. The ICP-MS is capable of measuring at much lower levels than the ICP-OES. This method is approved to meet many requirements of the Clean Water Act (NPDES) and the Safe Drinking Water Act (SDWA), check with your specific requirements.

Parameter Reference Method Price 200.8 Suite EPA 200.8 $150 Al - Aluminum EPA 200.8 20 Sb - Antimony EPA 200.8 20 As - Arsenic EPA 200.8 20 Be - Beryllium EPA 200.8 20 Cd- Cadmium EPA 200.8 20 Cr - Chromium EPA 200.8 20 Co - Cobalt EPA 200.8 20

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analyTiCal SeRViCeS:American Analytical is a full service environmental laboratory. Commonly performed analyses are listed here but if your company requires a service not listed, please contact us and we’ll be happy to accommodate your needs.

Trace metals by iCP-OeSePa 200.7EPA methods 200.7 (water) and 6010 (soils) are designed to measure trace metal contamination in environmental samples. This method is approved to meet many requirements of the Clean Water Act (NPDES) and the Safe Drinking Water Act (SDWA). Check with your specific regulatory requirements.

Parameter Reference Method Price

200.7 Suite (28 elements) EPA 200.7 $120 Al - Aluminum EPA 200.7 15 Sb - Antimony EPA 200.7 15 As - Arsenic EPA 200.7 15 Ba - Barium EPA 200.7 15 Be - Beryllium EPA 200.7 15 B - Boron EPA 200.7 15 Cd - Cadmium EPA 200.7 15 Ca - Calcium EPA 200.7 15 Cr - Chromium EPA 200.7 15 Co - Cobalt EPA 200.7 15 Cu - Copper EPA 200.7 15 Fe - Iron EPA 200.7 15 Pb - Lead EPA 200.7 15 Mg - Magnesium EPA 200.7 15 Mn - Manganese EPA 200.7 15 Mo - Molybdenum EPA 200.7 15 Ni - Nickel EPA 200.7 15 P - Phosphorus, Total EPA 200.7 15 K- Potassium EPA 200.7 15 Se - Selenium EPA 200.7 15 Ag - Silver EPA 200.7 15 Na - Sodium EPA 200.7 15 Sr - Strontium EPA 200.7 15 Tl - Thallium EPA 200.7 15 Sn - Tin EPA 200.7 15

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Flame atomic absorption (aa):AA is used for relatively high-concentration/ore-grade samples. This method will give accurate results in the percentage range for silver and most base metals.

FaaS

i-FaaS-01

Per element Six elements suite:

$10.00 $35.00

element Reporting limit upper limit

Ag—Silver 0.500 oz/ton

Bi—Bismuth 0.100 %

Cu—Copper 0.010 %

Fe—Iron 0.010 %

Pb—Lead 0.100 %

Sb—Antimony 0.010 %

Zn—Zinc 0.010 %

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geOCHeMiCal SCanS:iCP-OeS ScansICP-OES can be used to obtain a geochemical profile of samples collected in mining exploration. A basic ten-element package or a comprehensive thirty-five element package can be selected, based on a client’s analytical needs. Clients may also create a custom package by working with customer service.

All ICP Scan prices include digestion. Data from the Aqua Regia digestion represent the leachable portion of samples (although many base metals may dissolve entirely). Aqua Regia does not digest silicates. For a more complete digestion, we recommend the four acid digestion; this technique will completely dissolve most materials.

Special Digestions:Some materials may require alternate digestions such as fusions for complete digestion at high concentrations. Special digestions for elements not fully recovered by Aqua Regia or 4-Acid Digestion at high concentrations (Tungsten, Niobium, et al.) are billed hourly at $35/hour. iCP-OeS Scan Options: individual elements, iCP

aqua Regia Digestion SD-01-iCP 4-acid Digestion SD-4a-iCP

$15 $22

Designed to meet the needs of working mines, the 12 Element ICP Scan offers a cost-effective way to characterize the content of mine samples. The samples are highly diluted, allowing higher concentrations to be analyzed.

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Carbon and Sulfur by leCOAAS offers analysis by LECO’s Infrared Radiation (IR) spectrometer specially designed to ac-curately analyze both low and high ranges of carbon and sulfur.

leCO element Method Reporting limit (%) Price C & S—Carbon & sulfur I-LECO-06 0.500 $22.80 C—Carbon I-LECO-06 0.500 16.50 S—Sulfur I-LECO-06 0.500 16.50

enViROnMenTal SeRViCeSSample Preparation:Soil samples require preparation before they are sent to the environmental lab for analysis. Soil samples are dried in a dedicated oven to prevent contamination from mining samples. Water and soil digestion is required for instrumental analysis by ICP, ICP-MS and CVAFS.

Parameter Reference Method Price

Water Digestion SM 3005, 3010, 3052 $7 Soil Digestion SM/EPA 6010 B/3050 15 Soil Prep –80 mesh SM/EPA 6010 B/200.7 10 Air Filters EPA 40CFR, part50, appG 7

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iCP-MS Rare earth

MS-4a-Re $37.00 Element Reporting Limit (ppm) Ce- Cerium 1.00 Dy—Dysprosium 1.00

Er—Erbium 1.00

Eu - Europium 1.00

Gd—Gadolinium 1.00

Hf – Hafnium 5.00

Ho—Holmium 1.00

La—Lanthanum 1.00

Lu—Lutetium 1.00

Nb – Niobium 2.00

Nd—Neodymium 1.00

Pr—Praseodymium 1.00

Rb - Rubidium 1.00

Sm—Samarium 2.00

Sn – Tin 1.00

Ta – Tantalum 10.00

Tb—Terbium 1.00

Th—Thorium 10.00

Tm—Thulium 2.00

W - Tungsten 1.00

U—Uranium 10.00

Y—Yttrium 1.00

Yb—Ytterbium 2.00

Zr- Zirconium 1.00

Mercury in mine samples by CVaFSAAS uses Cold Vapor Atomic Fluorescence Spectroscopy (CVAFS) to detect ultra-trace levels of mercury.

Mercury element Method Reporting limit (ppb) Price

Hg—Mercury I-CVAFS-02 10 $12

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12 element iCP Scans, low to medium range

aqua Regia Digestion SD-01-iCP

$30.00

element Reporting limit (ppm) upper limit of Method

As - Arsenic 5.00 20%

Bi - Bismuth 5.00 5%

Cd - Cadmium 1.00 2%

Co - Cobalt 2.00 15%

Cu - Copper 2.00 15%

Fe - Iron 5.00 25%

Mn - Manganese 2.00 5%

Ni - Nickel 2.00 15%

Pb - Lead 5.00 25%

S - Sulfur 50.0 25%

Sb - Antimony 5.00 20%

Zn - Zinc 2.00 10%

The 35 element scan is geared for samples taken from exploration and measures a wide range of trace element concentrations for a cost-effective way to broadly characterize a sample.

35 element iCP Scans, trace geochemistry

aqua Regia Digestion SD-01-iCP 4-acid Digestion SD-4a-iCP

$20.00 $28.00

element Reporting limit (ppm)

Al - Aluminum 50.0

As - Arsenic 5.00

Ba – Barium 1.00

Be - Beryllium 1.00

Bi - Bismuth 5.00

Ca - Calcium 50.0

Cd - Cadmium 1.00

Ce – Cerium 5.00

Co – Cobalt 2.00

Cr - Chromium 2.00

Cu - Copper 2.00

Fe – Iron 5.00

Ga – Gallium 5.00

K - Potassium 50.0

La - Lanthanum 5.00

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35 element iCP Scans, trace geochemistry con’t.

aqua Regia Digestion SD-01-iCP 4-acid Digestion SD-4a-iCP $20.00 $28.00

element Reporting limit (ppm) Li – Lithium 2.00

Mg - Magnesium 50.0

Mn - Manganese 2.00

Mo - Molybdenum 2.00

Nb - Niobium 5.00

Ni – Nickel 2.00

P - Phosphorous 50.0

Pb – Lead 5.00

S – Sulfur 50.0

Sb - Antimony 5.00

Sc - Scandium 2.00

Sn – Tin 5.00

Sr - Strontium 1.00

Ti - Titanium 5.00

V - Vanadium 2.00

W - Tungsten 5.00

Y – Yttrium 2.00

Zn – Zinc 2.00

Zr - Zirconium 2.00

iCP-MS ICP-MS is useful for trace-level geochemical scans in soils, sediments, or other samples that require a very low detection limit.

48 element iCP-MS Scan, trace to ultra-trace geochemistry

iCP-MS-48 $42.00 element Reporting limit (ppm)

Ag —Silver 1.00

Al —Aluminum 50.0

As—Arsenic 1.00

Ba—Barium 1.00

Be—Beryllium 1.00

Bi —Bismuth 10.0

Ca—Calcium 50.0

Cd—Cadmium 1.00

Ce—Cerium 1.00

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element Reporting limit (ppm)

Co—Cobalt 1.00

Cr —Chromium 1.00

Cs—Cesium 1.00

Cu —Copper 1.00

Fe—Iron 50.0

Ga—Gallium 1.00

Ge—Germanium 1.00

Hf - Hafnium 5.00

In—Indium 1.00

K —- Potassium 50.0

La —Lanthanum 1.00

Li—Lithium 1.00

Mg—Magnesium 50.0

Mn—Manganese 1.00

Mo—Molybdenum 1.00

Na—Sodium 50.0

Nb—Niobium 2.00

Ni—Nickel 1.00

P—Phosphorous 50.0

Pb —Lead 5.00

Rb—Rubidium 1.00

Re—Rhenium 1.00

S—Sulfur 50.0

Sb—Antimony 1.00 Sc —Scandium 1.00 Se—Selenium 1.00 Sn— Tin 1.00 Sr—Strontium 1.00

Ta—Tantalum 10.0

Te—Tellurium 1.00

Th—Thorium 10.0

Ti—Titanium 1.00

Tl—Thallium 10.0

U—Uranium 10.00

V —Vanadium 1.00

Y —Yttrium 1.00

Zn—Zinc 5.00

Zr—Zirconium 1.00

59148 Silver Valley RoadPO Box 748Osburn, Idaho 83846

Phone: 208.752.1034Fax: 208.752.6151info@americananalytical.net

Quality, customer focused analytical results since 1996