LabTek is manufacturer, supplier, solution provider and exporter of soil testing machines, soil testing laboratory equipment and accessories.
We are supplying the equipment to quality testing laboratories to civil builders, civil contractors, Engineering colleges, Universities and Polytechnics. We manufacture the best quality equipment related to Determination of moisture content, Determination of specific gravity, Field density test, Grain size analysis a.sieve analysis, hydrometer analysis, Determination of consistency limits, Density index/relative density test, Permeability test a.constant head method, b.falling head method, Proctor test,Vane shear test, Direct shear test , Unconfined compression test, Undrained triaxial test, Consolidated test, California bearing ratio test.
Consolidation is a process in which a soil sample undergoes a volumetric change due to the application of some type of loading. Placing a load on a soil sample results in a reduction in the void space within the soil. In the ….
Direct Shear test Apparatus: The test is carried out on a soil sample confined in a metal box of square cross-section which is split horizontally at mid-height. A small clearance is maintained between the two halves of the box.The soil is sheared along a predetermined plane by moving the top half of the box relative to the bottom half...
Triaxial Test Apparatus: stress is applied to a sample of the material being tested in a way which results in stresses along one axis being different from the stresses in perpendicular directions. This is typically achieved by placing the sample between two parallel platens which apply stress in one (usually vertical) direction...
Soil Cone Penetrometer of Soil is based on the relationship between moisture content and the penetration of the cone into the soil sample. The moisture content at a given depth of penetration of the cone is taken as the liquid limit. The Automatic Penetrometer (Digital Timer)
The Sand Pouring Cylinder is used for determination of the dry density of compact, fine, medium grained soils and for layers not exceeding 50cm thickness. A circular hole is dug into the ground, all the soil from within it collected, weighed and dried and the whole back filled ……
Proctor Compaction Test Apparatus is a fundamental requirement for the construction of earth fill for dams, reservoirs, canal embankments, highways, railways and runways. The relationship between soil moisture content and compacted …
The apparatus consists of a Perspex permeability cell mounted on a detachable aluminium base and head. The cylinder has pressure points at different levels, which have to be connected to the manometer stand and to the constant level tank. Two models available: 75 and 114 mm cell nominal diameter...
The soil permeability is a very important factor to study the behavior of soil in its natural condition with respect to water flow. The falling head method is particularly suitable for fine-grained soils such as clay-like or silty soils in the range of 1×10-2 to 1×10-6 cm/s. The permeability cell is made of ...
This test is a standard technique for determining bearing capacity of soils and the results of other methods are compared and calibrated with the values obtained from the plate bearing test. In this method, a steel plate is subjected to a gradual increment of load and the corresponding …
Apparatus determines relative density of granular soils which do not respond well to Proctor moisture-density tests. Maximum density is determined by placing soil in special molds and densifying using a vibrating table and surcharge. Minimum index density is determined by loose placement in the molds using special...
California Bearing Ratio (CBR) and Limerock Bearing Ratio (LBR) tests yield relative strengths of soils and base course materials based on penetration resistance. CBR values can be determined under laboratory or field conditions, while the LBR test is performed only in the laboratory. Soil specimens at specific moisture contents are ...
Designed to compact Proctor and CBR specimens, it ensures an extremely uniform compaction degree, granting reliable and repeatable test results.The compactor allows to select and to perform different compaction cycles in a fully automatic system, by strictly meeting the mentioned International Standards.The blows are automatically...
Dynamic cone penetrometer provide quick field determinations of soil shear strengths at depths up to 6ft (1.8m), with optional extensions. This accurate and portable field equipment measures soil properties that can be related to CBR or Resilient Modulus laboratory values. Original design by United States Army Corps of Engineers..
The California Bearing Ratio (CBR) field test yields in–situ strength of soils and some base course materials. The field procedure uses a loading jack to force a piston into the soil, noting the piston load and depth of penetration. The jack is loaded against dead weights or a heavy piece of equipment such as a loaded dump truck.
Unconfined compressive strength tests of cohesive soils quickly provide valuable information for design of soil embankments and structures. This test can be performed on intact, remolded or reconstituted soil specimens using strain-controlled application of axial loads, and associated components make it easy to create…
Used to determine the moisture content at which clay soils pass from a plastic to a liquid state. Comprises: removable brass cup, adjustable crank and cam mechanism, blow counter, and base. Different versions are available conforming to the various Standards in use. They are identical in shape and differ, generally, from the…
Shrinkage Limit Set is used in Shrinkage Limit Tests to determine shrinkage properties of cohesive soils, defined as the water content at which further loss of moisture will not cause a decrease in volume. The test is one of the Atterberg Limits methods of defining characteristics of cohesive soils. Alternative uses similar apparatus…
Sand Pouring Cylinder – IS: This is used for the in-place determination of the dry density of natural or compact soil containing stones, fine, medium grained soils for layer exceeding 15 cm but not exceeding 25cm thickness. It may also be used for measuring the density of base materials. density of base materials.
Sand Density Cone Apparatus is an accepted and inexpensive method of determining in-place density of soils. Effective in soils with particle sizes up to 2in (51mm), using test hole volumes of approximately 0.1ft3 (2.8L), is a 1gal (3.8L) threaded plastic jar with detachable metal double cone fitting. The cone is threaded on …
Balloon Density Apparatus: This method for determining the density of in-place compacted or firmly bonded soils uses a rubber balloon apparatus. It is not suitable for very soft soil that will deform under slight pressure or in which the volume of the hole cannot be maintained at a constant value. The cylinder is high-strength plastic…
Linear shrinkage mould: Mould to produce a specimen of 140 mm.long x 12,5 mm radius. This test covers the determination of linear shrinkage of soils and indicates the plastic properties of soils with a low clay content. Weight:500 g. A simple mould which is filled with the soil under test. This is then dried and the resulting ….
Plastic limit set: The plastic limit determines the lowest moisture content of a soil, by wich a sample can be rolled into threads 3 mm. dia. without breaking the same neither longitudinally or transversely. The set composition is described here below. Any single part can be ordered separately, Glass plate 300x250x10 mm….
Soil Augers are available in all stainless steel for EPA testing or carbon steel bits with stainless steel cylinders for general soil sampling and augering. Perfect for augering shallow depths, soil augers can also auger deeper depths and are generally limited by only the time and muscle of the user. In fact, users have recorded going…
Auger power head: Auger power head Motor capacity 4,5 kW, two strokes, equipped “with speed inverter” to facilitate the extraction of the augers. Fitted with two handwheels, to be used by two operators. Drilling holes up to dia. 200 mm and max. depth of 3 m for soft ground , by using the extension rods. Weight: 30 kg
Soil Sampling equipment: Augers, Soil Sampler Extensions and related accessories provide fast and accurate profiling of soil layers and collection of samples for classification and testing across a variety of soil types. The lightweight, but sturdy Augers, Handles and Extensions are easy to transport and use. This line of soil sampling…
Soil prospecting kit: It comprises all the most popular auger and sampler housed in a practical carrying case. It consists of: Hand auger head 80 mm dia., Hand auger head 100 mm dia., Spiral soil auger head 40 mm dia., Dutch soil auger head, Edelman model, 70 mm dia., Gravel auger head 150 mm dia., Stainless steel sample tubes…
Soil colour charts: are an affordable way to evaluate the type of soil that is present within a given area. The book is set up to make soil color evaluations in the field quickly and easily. The soil classification system that has been developed around Munsell Color System is an established and accepted process to assign a soil type…..
Surface soil sampler: Used to take a standard volume sample from the ground in order to establish the in-situ density of the soil. The apparatus consists of a 5 kg sliding weight drop hammer, which falls freely onto the driving head situated on top of the sampling tube ID 73×66 mm high. Made from steel protected against corrosion.
Core cutters: The core cutter is driven into the soil using the driving hammer. Then the core is dug out, trimmed, weighed, dried and the density and moisture content calculated. Made of steel protected against corrosion. The set includes core cutter, driving dolly and driving rammer. Two versions available: dia. 100x 130…
Load ring penetrometer: geotechnical engineering lab equipment, Used for measuring the bearing strength and compaction degree of soils. The apparatus consists of a “T” shaped handle connected to a load ring 1 kN (100 kgf) cap., with max load pointer, and of an extension rod with five 100 mm graduations. The 30° end cone has an area of 645 mm2 (I sq. in)….
Proctor penetrometer: geotechnical engineering lab equipment, Used for establishing the moisture content-penetration resistance relationship of fine-grained soils. It consists of a special spring dynamometer with pressure indicating scale on the stem of the handle. A sliding ring on the stem indicate the maximum pressure obtained in the test. Supplied in a wooden…
Pocket penetrometers: geotechnical engineering lab equipment, Designed for making field classification of cohesive soils in terms of consistency, shear strength and approximate unconfined compressive strength. Stainless steel construction. Tip Diameters: 4.5 mm dia. for very hard soil, 6.35 mm for medium and soft soil, 8.98 mm for soft soil……………
Dial penetrometers: Three versions available: 16-T0160 and 16-T0162 respectivety for soft soil and medium/hard soil; 16-T0161 complete with 5 different plungers used to evaluate the angle of internal friction “j” of sandy soil and the cohesion “c” in clay soils. They all include a peak hold. Dial diameter: 60 mm, Weight approx.: 300 g
Vane Shear Test Apparatus: The vane shear test apparatus consists of a torque head mounted on a bracket. Four shear vanes are fixed on a shaft and the shaft is fixed in the lower end of a circular disk graduated in degrees. A torsion spring is fixed between torque head and the circular disk. A maximum pointer is provided…
Vane Shear Test Apparatus Motorised: This apparatus is designed for conducting in-situ Vane Shear test from the bottom of bore hole in saturated cohesive deposits, for determining their in-place shearing resistance.
Field inspection testing kit: Especially designed to mesure the undrained shear strenght (CU) of cohesive soils, consists of a cylindrical body with a torsional spring and three interchangeable vanes of different sizes used depending upon the expected strenght of the soil. The height/diameter ratio of all vanes is 2. During operation…
Water level indicators: Used for determining the water level in boreholes, wells and other open underground structures. Drum mounted, with an ON/OFF indicator and audio signal when probe touches water. The sensing portion of the probe has a stainless steel tip with plastic shielding to prevent false readings. Probe diameter of 10 mm…
Particle size analysis set: hydrometer method: Used for determining the particle size distribution of very fine materials such as silt and clay. The set include the following items: 22-D1006/A Hydrometer jar. 6 pieces.
Soil sampler, cutter and extruder: geotechnical engineering lab equipment , This versatile sampler can be used to extrude and prepare soil samples for the following soil mechanics tests: – consolidation – shear – triaxial – permeability – other tests Various circular, cylindrical and square cutters are available from our range, depending on the geotechnical test to be…
Soil extruder, motor operated: geotechnical engineering lab equipment, Features one of the largest capacities available on the market (ram stroke 900 mm), and due to the large number of standard adaptors, is considered the most versatile extruder. The machine exerts a max. thrust of 60 kN and is very simple to operate: a lever controls the extruding speed and the hydraulic…
Laboratory digital planetary mixer: geotechnical engineering lab equipment, A robust device for the efficient mixing of asphalt mixes, this model is a table mounted unit with planetary mixing action and a bowl and whisk that are easily fitted and removed. The front grill, when opened, automatically stops the machine for operator protection conforming to CE requirements….
Proctor moulds and rammers: Used for determining the relationship between the moisture content and density of compacted soil. The mould includes collar, mould body and base plate. The rammer construction includes a guide sleeve with vent holes. Different versions are available that conform to the various commonly used…
Speedy moisture testers: A well established portable test method for the determination of moisture content of soils, sand and fine aggregates. The procedure involves the reaction between water and calcium carbide which when mixed together give off a gas. The amount of gas is directly proportional to the amount of water present in the..
Universal moisture tester: The universal moisture tester can be used for soils, sand and fine aggregates. These models can determine moisture contents of 2% or under on samples up to 100g in mass, the 19-T0019/F long bottle version can determine up to 20% on 20g samples, while the Speedy models are suitable for determinations…
Moisture determination balance: soil testing lab equipment Automatically and simultaneously dries and weighs solid samples for the determination of moisture content. Provides a continuous direct readout for both weight and percentage moisture loss through the entire cycle. Built in timer.
Gay-Lussac specific gravity bottles: soil testing lab equipment, The determination of the specific gravity and density of fine soils is developed through three different operations: the sample, introduced in the specific gravity bottle, has to be thermostatically normalized by immersion in a suitable..
Impact soil tester: soil testing lab equipment, Used to obtain an indication of the degree of compaction of soil in road construction. Results can be directly correlated to the CBR test. The unique microprocessor system automatically checks all readings throughout the test and displays the fourth reading as the Impact Value. An essential trench control tool for all cable and pipe laying service contractors.
Vibration compaction hammer: soil testing lab equipment, Used for the compaction of Proctor and CBR soil specimens. Using the appropriate tamping foot it can also be used for compacting asphalt in the “Percentage refusal density…
Test Sieves: soil testing lab equipment, Complete range of full depth testing sieves 200, 250, 300, 315 and 450 mm dia. All frames, except the 450 mm dia. -made of sheet steel and wire cloth sieves are manufactured from stainless steel. Perforated plates are made from tinned steel. Sieves having the same nominal dia. are designed to nest one in each…
Electromagnetic Digital Sieve Shaker performs a vertical sieving motion and by removing the upper plate it can also be used as a vibrating table for one concrete specimen. The vertical sieving motion is provided by a very effective electromagnetic unit which is designed to obtain the best results with sand and aggregates. Supplied complete with timer.
soil testing lab equipment, This is for the determination of the sub sieve particle distribution in a soil sample by mechanical analysis. An analysis of this kind expresses quantity the proportions by weight of the various sizes of particles present in the soil. …
soil testing lab equipment, Used for determining the particle size distribution of very fine materials such as silt and clay. The set include the following items: Hydrometer jar, 2500 ml cap., graduated at 500, 1500 and 2000 ml. 2 pieces, Soil hydrometer from 0.995 to ….
soil testing lab equipment, This apparatus is used to prepare any size of cylindrical soil sample:Specimen lathe function: from dia. 35×70 mm to dia. 110×220 mm, Specimen trimming and extruding function: from dia. 35×70 mm to dia. 50×100 mm-….
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