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<strong>VHG</strong> <strong>Labs</strong>, <strong>Inc</strong>.<br />

Standards and Supplies for Spectrochemical Oil Analysis


Section 1<br />

Petroleum<br />

NEW!<br />

Multi-Element Coolant Standard<br />

Standards<br />

Coolant Standard<br />

The following standard is intended for use in the analysis of metals in ethylene glycol or other coolants.<br />

It can be diluted 1:1 with ethylene glycol (for matrix matching) or in dilute nitric acid.<br />

Matrix: 1% HNO 3 , tr. HF.<br />

Volume (mL)<br />

Product No.<br />

500 GLYCOLSTD-500<br />

Element Conc. (µg/mL) Element Conc. (µg/mL)<br />

Al 50 Mo 500<br />

B 1,000 Na 1,000<br />

Ca 50 P 2,500<br />

Cu 50 Pb 50<br />

Fe 50 Si 500<br />

K 1,000 Zn 50<br />

Mg 50<br />

Custom single element or multi-element standards are available (please inquire).<br />

NEW!<br />

Fuel Dilution Standards<br />

Fuel Dilution Standards<br />

These standards are intended for use in the determination of fuel (diesel fuel or gasoline in motor oil) by fuel<br />

dilution meter (fuel sniffer), IR, GC analyzer or flash point. They are prepared gravimetrically from high purity<br />

fuels added to high purity motor oil and certified by GC-FID in accordance with ASTM Methods D3524 and<br />

D3525.<br />

Description Application Product No.<br />

5% Virgin Diesel Fuel in 15W40 Motor Oil Fuel Dilution Meter DSL5%VIR-100<br />

5% Devolatilized Diesel Fuel in 15W40 Motor Oil GC or IR DSL5%DEV-100<br />

5% Virgin Gasoline in 10W30 Motor Oil Fuel Dilution Meter GAS5%VIR-100<br />

5% Devolatilized Gasoline in 10W30 Motor Oil GC or IR GAS5%DEV-100<br />

NEW!<br />

Analyzing Biodiesel?<br />

C a l l f o r m o r e i n f o r m a t i o n o n s t a n d a r d s f o r b i o d i e s e l .


Crackle Test References<br />

NEW!<br />

“Crackle Test”references for determining water in oil (all values nominal). The crackle test is a visual<br />

test performed by placing a small drop of oil onto a hot plate (usually around 300ºC). The<br />

amount of water present in oil samples is estimated by comparison to these standards. All values<br />

certified by gravimetric preparation.<br />

Nominal Water Concentration (%) Volume (mL) Product No.<br />

Blank 250 CT-BLK-250<br />

0.1% 250 CT-0.1%-250<br />

0.5% 250 CT-0.5%-250<br />

1.0% 250 CT-1.0%-250<br />

Section 1<br />

Petroleum<br />

Standards<br />

Standards for Used Oil<br />

Analysis<br />

Wear Metals<br />

Coolant<br />

Fuel Dilution<br />

Water in Oil<br />

Soot<br />

Standards for S, N, Cl and<br />

Metals<br />

Petroleum Standards<br />

NEW!<br />

Karl Fischer Titration Certified<br />

Reference Standards<br />

Petroleum Physical Test<br />

Standards<br />

Karl Fischer Titration certified reference standards for determining water in motor oil (all values certified<br />

by Karl Fischer Titration). This test determines the amount of water present in the oil and is the<br />

most commonly-used test for this type of determination, with a high degree of accuracy. For use<br />

with ASTM D6304.<br />

Nominal Water Concentration (%) Volume (mL) Product No.<br />

Blank 100 KF-BLK-100<br />

0.1 100 KF-0.1%-100<br />

0.5 100 KF-0.5%-100<br />

1.0 100 KF-1.0%-100<br />

NEW!<br />

Soot Content Standards<br />

Reference standards for use in the determination of soot content in 15W40 diesel motor oil by<br />

infrared spectroscopy or other technique. All values certifed by thermogravimetric analysis (TGA).<br />

Nominal Soot Content Range (%) Volume (mL) Product Number<br />

Blank 50 SOOT-BLK-50<br />

0.5-2 50 SOOT-A-50<br />

2-4 50 SOOT-B-50<br />

4-6 50 SOOT-C-50<br />

6-9 50 SOOT-D-50<br />

9-12 50 SOOT-E-50<br />

Set of all 6 6 x 50 SOOT-SET


Section 1<br />

Petroleum<br />

NEW!<br />

Polysulfide Oil Standards<br />

Standards<br />

Sulfur QC Samples, Drift Monitors and<br />

Calibration Standards Made from<br />

Polysulfide oil<br />

<strong>VHG</strong> <strong>Labs</strong>' polysulfide oils have been formulated<br />

for long shelf life and optimal stability even when<br />

exposed to x-rays from modern high wattage<br />

XRF spectrometers. In addition, our polysulfide<br />

oil products offer high purity, low volatility, and<br />

minimal diffusion through sample films.<br />

These standards are well suited to ultra low<br />

level sulfur analysis, quality control, drift correction, blank measurement and calibration standards<br />

for XRF and other sulfur analysis techniques. Our polysulfide oil standards are intended for use in<br />

accordance with the newly revised ASTM D2622, D4294, D5453, D7039, D7212, D7220 and<br />

others.<br />

Description<br />

Product No.<br />

QC Samples<br />

Sulfur @ 5µg/g, Polysulfide oil, 1L<br />

X3SPS-5-1L<br />

Sulfur @ 10µg/g, Polysulfide oil, 1L<br />

X3SPS-10-1L<br />

Sulfur @ 25µg/g, Polysulfide oil, 1L<br />

X3SPS-25-1L<br />

Drift Monitors<br />

Sulfur @ 100µg/g, Polysulfide oil, 1L<br />

X3SPS-100-1L<br />

Sulfur @ 250µg/g, Polysulfide oil, 1L<br />

X3SPS-250-1L<br />

Sulfur @ 500µg/g, Polysulfide oil, 1L<br />

X3SPS-500-1L<br />

Sulfur @ 1,000µg/g, Polysulfide oil, 1L<br />

X3SPS-1000-1L<br />

Blank<br />

Polysulfide Oil Blank<br />

X3SPS-BLK-1L<br />

Calibration Sets<br />

Sulfur Standard Set (low concentrations).<br />

X3SPS-SET1-13X50mL<br />

Set of 13 Calibration Standards with<br />

Sulfur @ 0, 1, 2.5, 5, 10, 25, 50,<br />

75, 100, 250, 500, 750, 1000µg/g,<br />

made from high purity polysulfide oil,<br />

50mL each<br />

Sulfur Standard Set (high concentrations).<br />

X3SPS-SET2-12X50mL<br />

Set of 12 Calibration Standards with<br />

Sulfur @ 0, 0.1, 0.5, 1, 1.5, 2,<br />

2.5, 3, 3.5, 4, 4.5 and 5wt%,<br />

made from high purity polysulfide oil,<br />

50mL each<br />

Sulfur Standard Set (low concentrations).<br />

X3SPS-SET3A-6X50mL<br />

Set of 6 Calibration Standards with Sulfur<br />

@ 0, 10, 25, 50, 100 and 250µg/g, made<br />

from high-purity polysulfide oil, 50mL each


Petroleum Physical Test Standards<br />

Flash Point Reference Materials<br />

<strong>VHG</strong> <strong>Labs</strong> Flash Point Reference materials are intended for use with and certified by the appropriate ASTM<br />

methods [ASTM D56, D92, D93]. Each standard is supplied with a full Certificate of Analysis (COA).<br />

Volume: 250mL<br />

Specification Apparatus Nominal Temp. °C Product No.<br />

ASTM D93 (Flash Point) Pensky-Martens 27 FP27-250<br />

Closed-Cup Tester 60 FPPM60-250<br />

75 FP75-250<br />

93 FP93-250<br />

ASTM D92 Cleveland Open Cup 200 FP200-250<br />

(Flash and Fire Point) 230 FP230-250<br />

ASTM D56 (Flash Point) Tag Closed Tester 42 FP40-250<br />

55 FP55-250<br />

60 FPTC60-250<br />

67 FP68-250<br />

Section 1<br />

Petroleum<br />

Standards<br />

Standards for Used Oil<br />

Analysis<br />

Standards for S, N, Cl and<br />

Metals<br />

Sulfur-Free Metallo-<br />

Organics<br />

Nitrogen<br />

Sulfur and Metals<br />

Sulfur<br />

Chlorine<br />

Lead in Gas<br />

Petroleum Standards<br />

Flash Point Certified Reference Materials<br />

<strong>VHG</strong> <strong>Labs</strong> Flash Point Reference materials are intended for use in accordance with ASTM methods [ASTM D56,<br />

D92, D93]. These certified reference materials are stable, pure hydrocarbons with a method specific flash point<br />

determined by an inter-laboratory study. Each standard is supplied with a full Certificate of Analysis (COA).<br />

Petroleum Physical Test<br />

Standards<br />

Flash Point<br />

Viscosity<br />

Volume: 250mL<br />

ASTM Test Hydrocarbon Nominal Flash Point °C Product No.<br />

D93 Flash Point N-Decane 54°C FP53-250<br />

Pensky-Martens N-Undecane 70°C FP70-250<br />

Closed Cup Tester N-Tetradecane 114°C FP114-250<br />

N-Hexadecane 134°C FP134-250<br />

D92 Flash & Fire Point N-Tetradecane 116°C FP115-250<br />

Cleveland Open Cup N-Hexadecane 140°C FP138-250<br />

D56 Flash Point N-Decane 50°C FP51-250<br />

Tag Closed Tester N-Undecane 67°C FP67-250<br />

Viscosity Reference Standards<br />

<strong>VHG</strong> <strong>Labs</strong> provides viscosity reference standards, intended for use in accordance with standard methods [e.g.<br />

ASTM D445]. Each standard is manufactured in our ISO 9001:2000 and ISO/IEC 17025:2005 facility and supplied<br />

with a full Certificate of Analysis (COA) which states the Certified Viscosity as correlated to the Master<br />

Viscometer technique and is traceable to the NIST value of 1.002 mPa-s for water at 20°C.<br />

Volume: 500mL<br />

Nominal Viscosity @ 40º(cSt) Nominal Viscosity @ 100º(cSt) Product Number<br />

9.5 2.8 VISC10-500<br />

30 5.3 VISC30-500<br />

54 7.3 VISC60-500<br />

102 15.3 VISC100-500<br />

110 16.8 VISC110-500<br />

130 20 VISC130-500<br />

300 47 VISC300-500<br />

520 57 VISC500-500<br />

920 84 VISC900-500


Section 1<br />

Petroleum Physical Test Standards<br />

Petroleum<br />

Standards<br />

ASTM D97 Pour Point Certified Reference Materials<br />

ASTM D97 method for determination of the pour point of petroleum products. Standards are packaged in<br />

250mL bottles and are accompanied with a certificate verifying the determined value.<br />

Volume: 250mL<br />

Nominal Pour Point (°C): -5 -10 -15 -20 -40 -50<br />

Product No.: P5-250 P10-250 P15-250 P20-250 P40-250 P50-250<br />

ASTM D2500 Cloud Point Certified Reference Materials<br />

ASTM D2500 method for determination of the cloud point of petroleum products. Standards are packaged in<br />

250mL bottles and are accompanied with a certificate verifying the determined value.<br />

Volume: 250mL<br />

Nominal Cloud Point (°C): +5 -2 -10 -15 -20<br />

Product No.: C5-250 C2-250 C10-250 C15-250 C20-250<br />

ASTM D2386 Freezing Point Certified Reference Materials<br />

ASTM D2386 method is for determination of the freezing point of aviation fuels. Standards are packaged in<br />

250mL bottles and are accompanied with a certificate verifying the determined value.<br />

Volume: 250mL<br />

Nominal Freezing Point (°C): -50 -45<br />

Product No.: F50-250 F45-250<br />

NEW!<br />

ASTM D86 Group 1 & 2 Synthetic Distillation Standard<br />

The automatic distillation apparatus duplicates the distillation conditions of the manual method. The increased<br />

reliance on electronic control requires an independent standard to verify that the apparatus is performing correctly.<br />

<strong>VHG</strong> has introduced a synthetic blend of hydrocarbons that boil in the temperature range specified in<br />

ASTM D86 distillation groups 1 and 2.<br />

The Group 1 and 2 standard covers the boiling range 129º F to 368º F, (54º to 187º C) and was verified by<br />

consensus analysis with twelve refinery laboratories.<br />

Description<br />

Group 1 & 2 Distillation Range<br />

Product No.<br />

Synthetic Distillation Standard 0.5L IBP<br />

129º F D86-500<br />

10% 180º F<br />

50% 228º F<br />

90% 319º F<br />

EP<br />

368º F<br />

ASTM D86 Group 4 Distillation Standard<br />

The Group 4 standard is a diesel oil whose distillation range is 379º F to 700º F, (193º to 371º C) and was<br />

verified by consensus analysis.<br />

Description<br />

Group 4 Distillation Range<br />

Product No.<br />

Synthetic Distillation Standard 0.5L<br />

IBP<br />

379º F<br />

D86-4-500<br />

10% 439º F<br />

50% 525º F<br />

90% 639º F<br />

EP<br />

700º F


Petroleum Physical Test Standards<br />

NEW!<br />

Total Acid Number (TAN Reference Materials)<br />

<strong>VHG</strong> <strong>Labs</strong>' TAN Reference materials are intended for use in the determination of Total Acid Number (TAN) in<br />

petroleum products by potentiometric titration. Our TAN standards are intended for use in accordance with<br />

ASTM D644 and IP177.<br />

Matrix *Certified Value Size Product Number<br />

(mg KOH/g) (grams)<br />

Mineral Oil 0.1 125 TAN-0.1<br />

Mineral Oil 0.5 125 TAN-0.5<br />

Mineral Oil 1.0 125 TAN-1<br />

Mineral Oil 1.5 125 TAN-1.5<br />

Section 1<br />

Petroleum<br />

Standards<br />

Standards for Used Oil<br />

Analysis<br />

Standards for S, N, Cl and<br />

Metals<br />

Petroleum Physical Test<br />

Standards<br />

Flash Point<br />

Viscosity<br />

Pour Point<br />

Petroleum Standards<br />

Mineral Oil 2.0 50 TAN-2<br />

Mineral Oil 2.5 50 TAN-2.5<br />

Mineral Oil 3.0 50 TAN-3<br />

Acid number is defined as the quantity of base expressed as milligrams of potassium hydroxide per gram of sample, required to<br />

Cloud Point<br />

Freezing Point<br />

Distillation<br />

TAN, TBN<br />

titrate a sample to a well defined inflection point as specified in ASTM D 644.<br />

NEW!<br />

Total Base Number (TBN Reference Materials)<br />

<strong>VHG</strong> <strong>Labs</strong>’ TBN reference materials are intended for use in the determination of Total Base Number (TBN) in<br />

petroleum products by potentiometric titration. Our TBN standards are intended for use in accordance with<br />

ASTM D2896 and IP276 or ASTM D4739.<br />

Matrix *Certified Value Size Product Number<br />

(mg KOH/g)<br />

(grams)<br />

Mineral Oil 6 50 TBN-6-50<br />

Mineral Oil 10 50 TBN-10-50<br />

Mineral Oil 15 50 TBN-15-50<br />

Mineral Oil 30 50 TBN-30-50<br />

Mineral Oil 40 50 TBN-40-50<br />

Mineral Oil 70 50 TBN-70-50<br />

*Base number is defined as the quantity of perchloric acid, expressed in terms of the equivalent number of milligrams of potassium<br />

hydroxide that are required to titrate 1g of the sample, dissolved in the specific solvent to a well defined inflection point as<br />

specified in ASTM D 2896.

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