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Arizona Test Dust – ISO 12103-1 – Ultrafine, Fine, Medium, Coarse

Arizona Test Dust, also known as Arizona sand, has been used for testing filtration, automotive, and heavy equipment components for decades.

  • Arizona Road Dust
  • Arizona Silica
  • AC Fine Test Dust
  • AC Coarse Test Dust
  • SAE Fine Test Dust
  • SAE Coarse Test Dusts
  • J726 Test Dust
  • ISO 12103-1, A1 Ultrafine Test Dust
  • ISO 12103-1, A2 Fine Test Dust
  • ISO 12103-1, A3 Medium Test Dust
  • ISO 12103-1, A4 Coarse Test Dust
  • MIL STD 810F Blowing Dust
  • MIL STD 810G Blowing Dust

Aramco Test Dust

Aramco Test Dust is a custom blend of 90% Arizona Test Dust and 10% milled salt. The Test Dust is formulated to particle size specifications shown per Arabian American Oil Company drawing number AE-036005.

Quartz, Crushed Quartz, Silicon Dioxide, Silica Sand, Blowing Sand

Quartz

Silicon Dioxide

Silica Sand

MIL E-5007C

MIL E-5007D

MIL-AV-E-8593F

MIL 810E Silica Sand

MIL 810E Silica Dust

MIL STD 810G Blowing Sand

ECE R16 Section 7.6.3.2 Dust

GB 14166 Section 5.6.3.2 Dust

NSF Silica #140

CMOD Erodent (Modified C-Spec)

VLS erodent (Very Large Size) Dust

Quartz, Gypsum, Calcite and Salt Blend

Graded, Crushed Quartz Fractions

60% Good Commercial Quality Crushed Quartz, 26% Gyspum (hydrated CaSO4), 12% Calcite, (CaCO3) 2% Sodium Chloride, (NaCl) < 75 micron size

Red Iron Oxide Powder: Hematite (Fe2O3)

Red Iron Oxide Powder: Hematite (Fe2O3)

Iron Oxide or Ferric Oxide is an inorganic compound with the formula Fe₂O₃. It is one of the three main oxides of iron.  It is used for many things, including pigments, thermite welding and ceramics.

Iron Chips and Iron Powder

Iron Chips

Iron Chips are made from hot rolled steel conforming to ASTM A36-96 specification.

Iron Powder

Used in the automotive and manufacturing industries.

Carbonyl Iron Powder

Carbonyl Iron Powder is formed via thermal decomposition of liquid Pentacarbonyl Iron.

Commonly used in consumer electronic and military applications.

Aluminum Chips and Aluminum Powder

Aluminum Chips

Aluminum Chips are made from 6061-T6-grade extrusion.

Aluminum Powder

Aluminum powder has many uses including pigments, ceramics, and alloys.

 

Fly Ash, FLYASH, Fly-Ash

Fly ash is a byproduct from burning pulverized coal in electric power generating plants.

FLYASH, Fly-Ash, Fly Ash

  • JIS Class 5
  • Fly Ash to DIN V40 046 Part 48

Second Cut Cotton Linters

Second Cut Cotton Linters

When cotton is ginned, the long staple cotton is removed from the seed and used in the textile industry. Linters are the young cotton fibers closest to the seed.

The seed is further processed in a machine called a “linter”, which removes the rest of the seed hairs.  The first pass of the seed through the machine results in 1st cut cotton linters; the next pass produces 2nd cut cotton linters.

Iron Chips and Iron Powder

Iron Chips

Iron Chips are made from hot rolled steel conforming to ASTM A36-96 specification.

Iron Powder

Used in the automotive and manufacturing industries.

Carbonyl Iron Powder

Carbonyl Iron Powder is formed via thermal decomposition of liquid Pentacarbonyl Iron.

Commonly used in consumer electronic and military applications.

Aluminum Chips and Aluminum Powder

Aluminum Chips

Aluminum Chips are made from 6061-T6-grade extrusion.

Aluminum Powder

Aluminum powder has many uses including pigments, ceramics, and alloys.

 

Fly Ash, FLYASH, Fly-Ash

Fly ash is a byproduct from burning pulverized coal in electric power generating plants.

FLYASH, Fly-Ash, Fly Ash

  • JIS Class 5
  • Fly Ash to DIN V40 046 Part 48

Second Cut Cotton Linters

Second Cut Cotton Linters

When cotton is ginned, the long staple cotton is removed from the seed and used in the textile industry. Linters are the young cotton fibers closest to the seed.

The seed is further processed in a machine called a “linter”, which removes the rest of the seed hairs.  The first pass of the seed through the machine results in 1st cut cotton linters; the next pass produces 2nd cut cotton linters.

SOFTC-2A Liquid Filtration Contaminant

SOFTC-2A Liquid Filtration Contaminant is commonly used to test fuel filter life, and is composed of 16% Carbon Black, 2% Ferric Oxide, 4% PV Resin, and 78% straight Mineral Oil.

Raven 410 Carbon Black

Raven 410  is a popular brand of Carbon Black, commonly used in low cost utility finishes, as pigments in plastic and ink, in roofing, concrete mortar and in the paper industry.

Talc Powder – Type #399

Low Micron Talc Powder is used in many ceramic applications.  It is low in iron and carbonates. The incorporation of talc into ceramic compositions enables the use of lower firing temperatures and quicker firing schedules in the production of ceramic articles such as, floor and wall tiles, plumbing fixtures, catalytic converter substrates, and vitreous china, etc.

Type I Portland Cement

Type I Portland Cement is a general purpose cement, with a fairly high concentration of Carbon Subsulfide.  It is used in general construction for buildings, bridges, pavements, precast units, etc.

 

ASHRAE 52.1 and 52.2 Test Dust

ASHRAE Test Dust #1 is formulated to specifications shown per ANSI/ASHRAE Standard 52.1 and 52.2.  It is designed for testing filters and components of heating, refrigeration and air conditioning systems. ASHRAE Test Dust #1 has also been used in testing of electronic equipment as well as other industrial and household components. ASHRAE Test Dust #1 is a custom blend of 72% ISO 12103-1, A2 Fine Test Dust, 23% powdered carbon and 5% milled cotton linters.

ASHRAE 52.2P Test Dust

ASHRAE 52.2P Test Dust #2 is formulated to specifications shown per ANSI/ASHRAE Standard 52.2P. This product is designed for testing filters and components of heating, refrigeration and air conditioning systems. ASHRAE Test Dust #2 has also been used in testing of electronic equipment as well as other industrial and household components. ASHRAE Test Dust #2 is a custom blend of 93.5% ISO 12103-1, A2 Fine Test Dust and 6.5% milled cotton linters.

Olivine Sand

Olivine sand is a naturally occurring mineral.  It is composed of Magnesium Iron Silicate and is frequently sourced from Norway.  It is known for having a high melting point and density.