Gilson Standard Test Sieve V8SF Set with HH-SS-Pan for Laboratory Sieving
Gilson
Details
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CategoryOther
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Dimension20.0in x 20.0in x 11.0in
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Serialn/a
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Shipping TypeFedEx Ground
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ManufacturingDoes Not Apply
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Voltage / HertzDoes Not Apply / Does Not Apply
Description
The Gilson Standard Test Sieve V8SF Set is a comprehensive laboratory sieving solution designed for precise particle analysis. This new, unused product includes an array of sieves: four No. 12 sieves (V8SF #12), three No. 8 sieves (V8SF #8), three 8'' HH-SS-Pan sieves (V8SHXPN), and one No. 7 sieve (V8SF #7). Manufactured in the United States, these sieves feature durable construction suitable for rigorous laboratory environments. Despite being new, there may be slight cosmetic imperfections such as scratches or dents from storage. Each unit in this set is purpose-built for robust and accurate test sieving in various research and industrial applications, especially suitable for soil, aggregate, and mineral particle size analysis.
Technician comment
New set of 12 in case. All in pictures is included. See photos
Key Features
- Includes 4 No. 12 sieves, 3 No. 8 sieves, 3 8'' HH-SS-Pan, 1 No. 7 sieve
- New, unused condition with potential cosmetic imperfections
- Ideal for particle size analysis in soil, aggregate, and minerals
- Manufactured in the United States
- Durable construction for laboratory use
Specifications
- 4 x Standard Test Sieve No. 12, V8SF #12
- 3 x Standard Test Sieve No. 8, V8SF #8
- 3 x 8'' HH-SS-Pan, V8SHXPN
- 1 x Standard Test Sieve No. 7, V8SF #7
- Condition: New (Unused, may have minor cosmetic issues)
- Country of Origin: United States
Weight
Imperial: 18.0 Pounds
Metric: 8.16 Kilograms
Shipping Dimensions
Imperial: 24.0 lb x 24.0 lb x 13.2 lb
Metric: 60.96 cm x 60.96 cm x 33.53 cm
Harmonized Code
8474.20.00
Harmonized Code Details
Harmonized Code 8474.20.00 - This code is applicable for 'Machinery for sorting or separating earth, stone, ores, or other mineral substances'. The Gilson Standard Test Sieve V8SF Set falls under this category due to its usage in classifying and sorting materials based on particle size.
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