Fine Aggregate Angularity Apparatus

The Fine Aggregate Angularity Apparatus determines the uncompacted void content of fine aggregates to determine angularity and sphericity properties that affect workability of mix designs. Gilson offers two models for this popular test. Each sample is mixed with a spatula until homogeneous and transferred to the hopper while the discharge opening is blocked with a finger. When ready, the sample is allowed to flow into the 100ml copper cylindrical measure. The bottom of the measure has a recess to fit a locating pin on the Funnel Stand to ensure precision and repeatability. The HMA-11A Spatula is purchased separately and meets specification requirements to strike off excess material. The specimen mass is determined, then void content is computed. The SGA-93 Corrosion-Resistant Stainless Steel Pan retains sample material and meets applicable ASTM and AASHTO standards.

SG-40 Includes a 100ml copper Cylindrical Measure, Funnel with specified hopper, Funnel Stand and a Glass Plate for calibration.

SG-40A features a strike-off guide for exact alignment of the spatula blade to the top of the Cylindrical Measure. This has been experimentally shown to improve repeatability of test results between operators as well as laboratories. A 100ml copper Cylindrical Measure, specified Funnel, Funnel Stand and a Glass Plate for calibration are included.

Features:

• Optimal solution for determining uncompacted void content of fine aggregates
• Meets ASTM C1252 and AASHTO T 304 requirements
• Operational repeatability and precision

Included Items:

• Fine Aggregate Angularity Apparatus
• 100ml copper Cylindrical Measure Funnel
• Funnel Stand
• Glass Plate for calibration

Accessories:

• SGA-93 Corrosion-Resistant, Stainless Steel Pan meets ASTM and AASHTO Uncompacted Void Content of Fine Aggregate test methods
• SGA-92 100ml Measure for Fine Aggregate Void Content for precise testing
• SGA-91 Fine Aggregate Void Content Glass Plate calibrates void content measure
• HMA-11A Flat Edged Spatula for striking off volumetric measure