AMS, Inc.
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AMS, Inc. products

Geotechnical Sampling & Testing - Infiltrometer Rings

AMS - Model 65104 - 24 Inch Double Infiltration Ring Driving Plate

The 24" Double Infiltration Ring Driving Plate can be hammered or pressed on to drive 12" & 24" X 4" Double Infiltration Rings and 12" & 24" X 20" Double Reinforced Infiltration Rings into the subsurface.

AMS - Model 65103 - 12 Inch Double Infiltration Ring Driving Plate

The 12" Double Infiltration Ring Driving Plate can be hammered or pressed on to drive 6" & 12" X 4" Double Infiltration Rings into the subsurface.

AMS - Model 65102 - 12 Inch & 24 Inch X 20 Inch Double Reinforced Infiltration Ring

The 12" & 24" X 20" Double Reinforced Infiltration Ring complies with the regulations and procedures outlined in the American Society for Testing and Material (ASTM International) D3385 standard. This method of testing is a straightforward, practical, and cost-effective method for field measurement of the infiltration rate of soils. Infiltration rates have applications in the field of liquid waste disposal, evaluation of potential septic tank disposal fields, and leaching and drainage efficiencies. They are also informative in determining irrigation requirements, water spreading and recharge, and canal or reservoir leakage, among other applications.

AMS - Model 400.97 - 6 Inch & 12 Inch X 4 Inch Double Infiltration Ring

Infiltration rings are a simple and relatively inexpensive method for monitoring infiltration rates. They can also be used to study liquid waste disposal, leaching, and drainage efficiencies. Rings are inserted into the turf by pushing and twisting on the attached cross handle that is welded through the center. To determine infiltration rates and soil saturation, use a stopwatch to measure the dissipation duration.

AMS - Model 400.98 - 12 Inch & 24 Inch X 4 Inch Double Infiltration Ring

Infiltration rings are a simple and relatively inexpensive method for monitoring infiltration rates. They can also be used to study liquid waste disposal, leaching, and drainage efficiencies. Rings are inserted into the turf by pushing and twisting on the attached cross handle that is welded through the center. To determine infiltration rates and soil saturation, use a stopwatch to measure the dissipation duration.