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Grade code 0.1-0.6

Silica sand 0.1–0.6 mm (100–600 µm)

Silica sand from 0.1 to 0.6 mm (100–600 µm) with few fines, and the one grade with a full published analysis: typical values from the company technical data sheet (2026), with methods. Typical, not guaranteed; a Certificate of Analysis per shipment on request.

Typical analysis · 2026StandardNot dried
Request a quote for this gradeAsk on WhatsAppTechnical data sheet (TDS) · PDF

Key specifications

Size range
100–600 µm
Typical SiO₂
99 %Typical values, not guaranteed · 2026
Typical Fe₂O₃
0.02 %Typical values, not guaranteed · 2026
Typical moisture
0.50 %Typical values, not guaranteed · 2026
Availability
StandardNot dried
Packaging
Jumbo bags (about 25 t per 20-ft container)

Where this grade sits among ours

Nominal screen ranges on a log scale from 45 µm to 4 mm, not measured distributions. A range that starts at 0 includes fines.

Typical analysis

Typical values, company technical data sheet (2026)2026

A typical value describes our product in general; it is not a guaranteed limit for every shipment. For each order we issue a Certificate of Analysis on request, covering the lot you buy.

Chemical analysis

ParameterTypical valueUnitMethod
SiO₂99%XRF, DIN 51001 (Bruker S4 Pioneer)
Fe₂O₃0.02%XRF, DIN 51001 (Bruker S4 Pioneer)
Al₂O₃0.65%XRF, DIN 51001 (Bruker S4 Pioneer)
TiO₂0.04%XRF, DIN 51001 (Bruker S4 Pioneer)
Na₂O0.008%XRF, DIN 51001 (Bruker S4 Pioneer)
K₂O0.004%XRF, DIN 51001 (Bruker S4 Pioneer)
CaO0.018%XRF, DIN 51001 (Bruker S4 Pioneer)
MgO0.011%XRF, DIN 51001 (Bruker S4 Pioneer)
Cr₂O₃0.0002%XRF, DIN 51001 (Bruker S4 Pioneer)
Loss on ignition (LOI)0.25%DIN EN 955 (muffle furnace)

Typical values, company technical data sheet (2026) · Typical values, not guaranteed.

Moisture

Moisture0.50 %ASTM D2216-98 (MA 45 moisture analyser)Typical values, not guaranteed.

Downloads

Sieve analysis

Grading curve: 0.1–0.6 mm% passing calculated from the % retained as reported in the data sheet (they add to 99.3 %); bars show % retained on each sieve. Log scale. All values are in the table.Nominal range025507510045 µm: 0.9 % · % passing75 µm: 1.4 % · % passing90 µm: 3.9 % · % passing150 µm: 8.4 % · % passing212 µm: 21.4 % · % passing250 µm: 27.9 % · % passing300 µm: 46.4 % · % passing425 µm: 92.9 % · % passing500 µm: 97.9 % · % passing600 µm: 98.9 % · % passing710 µm: 99.9 % · % passing850 µm: 100 % · % passing% passingRetained %Pan: 0.2 % · Retained %45 µm: 0.5 % · Retained %75 µm: 2.5 % · Retained %2.590 µm: 4.5 % · Retained %4.5150 µm: 13 % · Retained %13212 µm: 6.5 % · Retained %6.5250 µm: 18.5 % · Retained %18.5300 µm: 46.5 % · Retained %46.5425 µm: 5 % · Retained %5500 µm: 1 % · Retained %600 µm: 1 % · Retained %710 µm: 0.1 % · Retained %850 µm: 0 % · Retained %45751503006001 mmµm
% passing calculated from the % retained as reported in the data sheet (they add to 99.3 %); bars show % retained on each sieve. Log scale.
Sieve (mm)Sieve (µm)Retained (%)
0.858500.0
0.717100.1
0.66001.0
0.55001.0
0.4254255.0
0.330046.5
0.2525018.5
0.2122126.5
0.1515013.0
0.09904.5
0.075752.5
0.045450.5
Pan—0.2
Total99.3

ASTM C429-01 (AS 200 sieve shaker), % retained · Typical values, company technical data sheet (2026). Total as given in the source data; it may differ from 100 because of rounding.

Suitable applications

Silica sand for ceramics and fillers

Fine silica sand from Jordan for ceramic tile bodies and as filler sand: 0–800 µm, 0–600 µm and 0.1–0.6 mm, with typical Fe₂O₃ 0.02 % (company TDS, 2026).

Silica sand for plaster and mortars

Fine screened silica sand from Jordan for site-mixed mortars, plasters and screeds: 0–2 mm down to 0.1–0.6 mm. Not dried today; drying is planned.

Packaging and shipping

  • Jumbo bags (about 25 t per 20-ft container)

Export and logistics

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