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Soil sampling equipment provides a fast and accurate way to profile soil layers and obtain a collection of core samples for classification and testing for an array of soil types. The equipment is lightweight yet heavy-duty and easy to transport to and from the field.
- Quick-Connect Auger Adapter
SPA-255 Quick-Connect Auger Adapter allow Standard, Clay,...
- Handles & Extensions
Soil Samplers T-Handle are available in carbon steel or...
- One-Piece Soil Samplers
SP-138 One-Piece Soil Sampler is 19in (483mm) long, takes 15...
- Quick-Connect Pins
Quick-Connect Pins connect Standard, Clay, Sand, or Mud...
- Quick-Connect Auger Adapter
Soil Sampling products are used to profile soil layers and collect field samples for testing and classification. Our augers and soil samplers feature models ideal for use in soil, clay, sand, and mud. Augers are constructed of carbon or stainless steel, and available in 3in or 4in sizes.
Soil Instruments is a world leader in the design, manufacture and supply of premium quality geotechnical instrumentation. For more than 50 years, we have played a critical role in major construction projects across the globe including civil engineering, mining, railway and road infrastructures.
26 de abr. de 2022 · Soil Testing: How To Take Samples And Read Results. Agricultural productivity depends on the farmland quality, and a soil test can timely report a problem in crop growth conditions. Field suitability analysis helps choose the appropriate crops or decide on land use for farming.
Our soil testing equipment for laboratory tests, analysis and classification covers many different types of instruments including sample preparation equipment for creating undisturbed, remold and compacted samples to Atterberg limits, plastic limit and particle analysis .
Matest provides a complete range of soil testing equipment for consolidation, shear strength, triaxial, geotechnical and many others tests.
Soil sampling is a key step to making efective farm management and soil fertility decisions. Evaluating changes in soil pH and available nutrient levels over time requires that the soil samples accurately represent field conditions.