Humboldt H-4210.2563, Shelby Tube, 2.5in Diameter x 36in Long, for Relatively Undisturbed Soil Sample
Shelby tube samplers are thin walled, hollow steel shelby tubes that are pushed into the ground to extract an undisturbed soil sample for laboratory testing of density, permeability, compressibility and strength. Shelby tubes are used in geotechnical engineering, environmental monitoring and construction projects because shelby tubes are reliable and precise. All shelby tubes has one end chamfered to form a cutting edge and the upper end includes holes to attach to a drive head. Shelby tubes are good for collecting soils that are sensitive to sampling disturbance, fine cohesive soils and clays. Shelby tubes can also be used to transport samples back to the lab.Note: Size is OD for shelby tubes. All shelby tubes are 16 gauge steel.3” and 5” shelby tubes are galvanized.
Shelby Tubes, 2.5in Diameter x 36in Long is a high quality product to extract a relatively undisturbed soil sample for laboratory testing in geotechnical engineering. Shelby tubes are made by HUMBOLDT, this thin walled, hollow steel shelby tubes are good for density, permeability, compressibility and strength of soil.
One end of chamfered shelby tubes is to form a cutting edge and the upper end includes holes to attach to a drive head. Shelby tubes are good for collecting samples from soils that are sensitive to disturbance, fine cohesive soils and clays.
Shelby tubes are made from 16 gauge steel, these shelby tubes are tough and can withstand the sampling process. Shelby tubes come in 2.5in diameter, good for many applications.
One of the best things about Shelby Tubes are its versatility. Not only can you use it to extract undisturbed soil samples in the field but you can also transport shelby tubes back to the lab for further testing. This is a convenient tool for soil testing professionals to get accurate and representative samples without contamination.
Size is OD. 3” and 5” shelby tubes are galvanized.
Looking for a tool to extract a relatively undisturbed soil sample for laboratory testing? Shelby Tubes, 2.5in Diameter x 36in Long is a good choice.
The Shelby Tubes and Sampler is also used in environmental monitoring and construction projects to get accurate and reliable soil samples for testing.
Description of Shelby tubes
The Shelby Tubes and Sampler is a high quality, thin walled, hollow steel tube to extract a relatively undisturbed soil sample for laboratory testing. Shelby tubes are a versatile tool used in geotechnical engineering, environmental monitoring and construction projects. Made by HUMBOLDT, available in various diameters and lengths to fit your sampling needs. Thin walled hollow steel tube to keep the soil samples intact and undisturbed.Sampling with Shelby Tubes
The Shelby Tube Sampler is good at extracting a relatively undisturbed soil samples which is important to determine density, permeability, compressibility and strength of the soil. The chamfered cutting edge allows smooth penetration into the soil, minimizes disturbance and keeps the sample intact. The upper end includes holes to attach to a drive head to extract the sample easily. This design gives you reliable and precise soil samples for testing.Specifications
The Shelby Tube Sampler is made of thin walled, hollow steel tube, strong and durable but light weight. Available in various diameters 2”, 2.5”, 3”, 3.5” and 5” and lengths 10” to 36”. Weights vary depending on diameter and length from 1.9 to 19.5 lbs. Shelby tubes are galvanized for corrosion resistance to withstand harsh environment and keep integrity during sampling.Applications and Features
The Shelby Tube Sampler is good for collecting fine cohesive soils and clays that are sensitive to sampling disturbance. It’s also good for transporting samples back to the lab to minimize contamination or damage. Used in geotechnical engineering, environmental monitoring and construction projects. Features:- Extract undisturbed soil samples for laboratory testing
- Determine density, permeability, compressibility and strength of the soil
- Minimize sampling disturbance and keep sample intact
- Transport samples back to the lab with minimal contamination or damage
- Get accurate and reliable results