Eijkelkamp 07.53.SE Soil sampling ring kit - model E53, heavy (53mm, 51 mm, 100 cc)

Applications:

Water permeability 

Air permeability 

Weight by volume 

Density 

The soil-water-air relationship at field capacity 

The pore distribution 

The oxygen diffusion 

Determination of moisture content as various moisture tension levels, from which a pF-curve can be made 

Specifications

Sample diameter: 53 mm

Sample height: 51 mm

Sample volume: 100 cc

Sample specification: Undisturbed

Sample stored in: Container

Sample position: Vertical

Package size: 117 x 27 x 33 cm

Weight: 31 kg

Description:

With this sample set, undisturbed samples can be taken in soft soils to a depth of 2 metres with a diameter of 53 millimetres, provided there are no rocks in its way. Suitable for sampling on the surface, in auger holes or in profile pits, above as well as under groundwater level. There are also two other types of sets available with a different ring size.

The physical properties of soils are largely determined in the laboratory. Such studies usually require undisturbed soil samples, preferably with uniform dimensions. To meet these requirements, soil samples are taken in rings of a known volume and diameter.

Royal Eijkelkamp soil sample rings are made of seamless stainless-steel tube, smooth inside and out for as less as possible friction. The bottom of the ring has a cutting edge. The precise made dimensions and thus the volume content of the ring is exact, which makes it highly suitable for laboratory studies. This set is not suitable for hammering. 

Features:

Sample ring kit model E53 heavy has a heavy duty sample ring holder for sampling in hard soils. This is a standard set for a depth of 2 metres. The kit is used for soil sample rings with a diameter of 53 millimetres. Soil sample ring kits are used for a variety of tests, including bulk density determination of soil.

Standard set for a depth of 2 metres

Suitable for hammering

Undisturbed sample

Sample ring protected by ring holder 

Kit allows sampling at surface and at depth 

Manual