The Advanced Cone Penetrometer is a state-of-the-art soil testing instrument designed to measure the penetration resistance and bearing capacity of soils with high precision. Used extensively in geotechnical engineering, foundation design, and pavement construction, this equipment provides critical data on soil stratification, compaction, and strength characteristics.
The Advanced Hoek Triaxial Cell is engineered for accurate and high-pressure triaxial testing of rock specimens to evaluate their shear strength, deformation characteristics, stress–strain behavior, and failure patterns. Designed for advanced rock mechanics studies in mining, tunneling, slope stability, and underground excavation projects, this triaxial cell ensures reliable performance under extreme loading and confining conditions.
ASTM C778 Graded Sand is a high-quality, standardized sand specifically prepared for cement strength testing in accordance with ASTM C778 specifications. Processed to achieve precise gradation and cleanliness, this sand ensures consistency and repeatability in mortar cube strength results, making it essential for quality control in cement manufacturing, construction materials testing, and research laboratories.
The Automatic Soil Compactor is a high-performance instrument designed to streamline and standardize soil compaction tests as per Proctor and Modified Proctor standards. This advanced system ensures uniform compaction by automatically controlling the blow count, drop height, and hammer movement, eliminating manual errors and improving test repeatability.
This is used for determination of in situ dry density of natural or compacted fine grained soil, free from aggregates. A cylindrical cutter is used to extract a sample of the soil with the help of a dolly and rammer. From the weight, density and the moisture, and dry density of the soil is ready calculated .
The Digital CBR (California Bearing Ratio) Test Apparatus is designed for precise evaluation of the bearing capacity of soil and pavement subgrade materials. Widely used in highway construction, embankment design, airport runways, and geotechnical engineering projects, this advanced system provides highly accurate penetration readings with digital data acquisition for reliable reporting and analysis.
The Direct Shear Apparatus is a precision geotechnical testing instrument designed to determine the shear strength parameters of soil, such as cohesion and the angle of internal friction. It performs controlled shear testing on soil specimens under applied normal loads, making it essential for evaluating soil stability in construction and foundation projects.
Globetrek Edelman auger Clay type is specially designed for use in cohesive soils . The narrow blades meet with little resistance during penetration of the soil. Available as one-piece auger or bottom part with various diameters and connections.
Our Electromagnetic Sieve Shaker is engineered for accurate, consistent, and efficient particle size analysis across a wide range of materials. Designed with advanced electromagnetic vibration technology, this shaker delivers uniform vertical and horizontal sieving action, ensuring reliable separation of fine, medium, and coarse particles.
The Field CBR Testing Machine is a rugged and portable system designed to determine the California Bearing Ratio (CBR) of soil directly at field locations. Ideal for highway construction, embankment development, railway track beds, and pavement foundation engineering, this equipment enables engineers to assess subgrade load-bearing capacity without transporting samples to a laboratory.
The apparatus is used to determine dry density of coarse, fine and medium grained soils. It consists of a cylinder fitted with conical funnel and shutter and calibrating container, with in the center. Sizes available – 100mm dia, 150mm dia & 200mm dia
In the Indian Market the IS : 460 ( Part 1 ) • 1985 standard is one of the most prominent standards used throughout the industry therefore Team Globetrek have developed Test Sieves which fulfill the requirement of IS : 460 ( Part 1 ) • 1985 and also comply with international standard .
Make: Globetrek
Model: GT 503
Origin: India
GlobeTrek Engineering Corporation is an Trusted OEM Manufacturer, Supplier & Exporter of All types of Stainless Steel Test Sieves as per IS / BS / ASTM & ISO Standard . Our GT-504 model series has been manufacture to comply ASTM E11 Standard to gives you a better chance of achieving accurate , repeatable analysis results.
Make: Globetrek
Model: GT 502
Origin: India
GlobeTrek Engineering Corporation is an Trusted OEM Manufacturer, Supplier & Exporter of All types of Stainless Steel Test Sieves as per IS / BS / ASTM & ISO Standard . Our GT-505 model series has been manufacture to comply ASTM E11 Standard to gives you a better chance of achieving accurate , repeatable analysis results.
Make: Globetrek
Model: GT 505
Origin: India
The Grain Size Analysis Apparatus is an essential geotechnical laboratory instrument used to determine the particle size distribution of soil samples. This analysis helps identify soil classification, engineering behavior, and suitability for foundations, embankments, and construction projects. It is widely used in soil mechanics labs, research institutions, and civil engineering quality control.
Enhance your material preparation and testing process with our High Speed Stirrer, designed for fast, efficient and uniform mixing of solutions, paints, emulsions, cement slurry and other laboratory samples. Equipped with a powerful motor and variable speed control, this stirrer ensures optimal performance across a wide range of viscosities.
The Hoek Triaxial Cell is a high-precision apparatus designed for triaxial compression testing of rock specimens under controlled stress conditions. Used globally in geotechnical, mining, tunneling, and rock mechanics research, this equipment provides accurate measurement of shear strength, deformation characteristics, and failure behavior of rock samples.
The Infrared Moisture Balance is a fast, reliable, and highly accurate instrument designed to determine moisture content in a wide range of materials. Ideal for laboratory, industrial, and field applications, this moisture analyzer uses infrared heating technology to deliver quick and precise drying results. Its digital display, efficient heating system, and user-friendly operation make it an essential tool for quality control, research, and material testing.
The Latex Silicon Rubber Membrane is a high-quality, flexible, and durable membrane widely used in geotechnical and material testing applications. Designed for triaxial testing systems, these membranes ensure accurate and reliable soil sample confinement during shear and pressure tests. Their exceptional elasticity and tear resistance allow the membrane to expand uniformly without leakage, ensuring precise test results even under high pressure.
The Light Weight Deflectometer (LWD) is a portable and reliable device designed for in-situ soil testing, used to determine the elastic modulus (E-value) and load-bearing capacity of soil, subgrade, and pavement layers. This advanced soil compaction testing equipment provides quick and accurate measurements, making it ideal for road construction, earthworks, and foundation projects.
The Liquid Limit Apparatus is a standard and essential device used to determine the liquid limit of fine-grained soils, a critical parameter in soil classification, foundation design, and geotechnical analysis. Commonly used in soil testing laboratories, construction QC departments, educational institutes, and research centers, this apparatus helps evaluate the plasticity, compressibility, and engineering behavior of clay and silt soils.
Moisture Tins are essential laboratory containers used for determining the moisture content of soil, aggregates, and other construction materials. Specially designed for drying samples in ovens, these tins ensure reliable weight measurements before and after drying, enabling accurate moisture analysis as per standard testing procedures.
The Plastic Limit Set is an essential apparatus used to determine the Plastic Limit (PL) of soil, a key index property for classifying fine-grained soils. This test identifies the moisture content at which soil changes from a plastic to a semi-solid state. Widely used in geotechnical engineering, soil research, and civil construction quality control, this set ensures accurate soil consistency evaluation based on standard testing methods.
The Plate Load Test Apparatus is a crucial geotechnical testing system designed to evaluate the bearing capacity and settlement characteristics of soil directly at the construction site. This test helps determine the safe load a soil foundation can withstand, ensuring stability for structures like highways, railways, foundations, and embankments.
Moulds and rammers are used for determining the relationship between the moisture content and density of compacted soil. Made of plated steel, includes collar, mould body and base plate. Rammers are used to compact the soil sample in the Proctor Moulds and made of plated steel. Different models are available conforming to the relevant standards.
The Proctor Needle Spring Type is a compact, easy-to-use device designed to determine the moisture content and compaction characteristics of fine-grained soils directly in the field. Widely used in geotechnical engineering, road construction, embankment work, and soil investigation projects, this instrument helps verify whether soil has achieved the required compaction as per standard Proctor values.
We are manufacturer,supplier of compression proving rings.Proving rings are used for load measurements and are used in outfits of a number of soil/cement bitumen testing equipments like direct shear test apparatus, triaxial shear test apparatus, c.B.R. Test, uncontained test, marshall test etc.
The Proving Ring Penetrometer is a precision soil testing instrument designed to determine the bearing strength and penetration resistance of soils in both field and laboratory applications. Widely used in civil engineering, geotechnical studies, highway construction, and foundation design, this device helps evaluate soil consistency and suitability for load-bearing structures.
The Relative Density Apparatus is a precision-engineered instrument used to determine the relative density, maximum density, and minimum density of cohesionless and granular soils such as sand, gravel, and mixed aggregates. Essential for geotechnical engineering, soil mechanics studies, and construction quality control, this apparatus helps evaluate the compaction characteristics, stability, and performance of soil used in foundations, embankments, and earthwork projects.
The Sand Equivalent Apparatus is a highly accurate testing system designed to determine the cleanliness and quality of fine aggregates such as sand. It measures the proportion of sand to clay-like materials, helping evaluate aggregate suitability for concrete, asphalt, and road construction projects. This apparatus is essential for quality control laboratories in the construction and geotechnical sectors.
The Sand Equivalent Shaker is a highly efficient and reliable laboratory instrument used to perform the Sand Equivalent Test on fine aggregates such as sand. This test determines the cleanliness and quality of aggregates by measuring the proportion of sand to clay-like materials. It is widely used in construction material testing, highway engineering, and quality control laboratories.
The Shrinkage Limit Apparatus is a standard geotechnical testing instrument used to determine the shrinkage limit, shrinkage ratio, and volumetric changes of cohesive soils. This apparatus helps engineers analyze soil behavior during drying, ensuring accurate evaluation of soil consistency, volume change characteristics, and suitability for construction projects.
Enhance the performance and lifespan of your test sieves with our durable Sieve Cleaning Brush, specially designed to remove trapped particles without damaging the mesh. Ideal for laboratory, construction, mining, and material testing environments, this brush ensures accurate sieving results by maintaining clean sieve surfaces during and after testing.
The Single Gang Consolidation Apparatus is a high-precision testing instrument used to determine the compressibility, settlement characteristics, and rate of consolidation of soil under controlled loading conditions. Essential for geotechnical engineering, foundation analysis, and soil mechanics research, this apparatus helps engineers evaluate how soil behaves under long-term static loads—critical for designing safe and stable structures.
The Soil and Gravel Auger Head is a durable and high-performance tool designed for collecting soil, gravel, and mixed-material samples during geotechnical investigations, environmental studies, agricultural surveys, and construction projects. Engineered to penetrate coarse, compact, and granular soil types, this auger head ensures smooth drilling and reliable sample recovery in challenging field conditions.
The Soil Lathe Bench Mounting is a precision-engineered equipment designed for shaping, trimming, and preparing soil samples for laboratory testing. Ideal for geotechnical and civil engineering labs, this bench-mounted soil lathe ensures smooth and accurate sample preparation for tests such as triaxial, unconfined compression, and compaction analysis.
The Soil Permeability Apparatus is a highly reliable setup used to determine the permeability (coefficient of permeability) of soil, particularly in clay, silt, and sandy materials. It helps evaluate water flow characteristics through soil, which is crucial for geotechnical design, groundwater studies, dam engineering, and foundation stability assessments.
The Soil Thermometer is a reliable instrument designed to measure soil temperature with precision for agricultural, horticultural, and geotechnical applications. Built with a durable stainless-steel probe and a clear, easy-to-read scale, this thermometer ensures quick and accurate readings at various soil depths. It helps farmers, researchers, and field engineers monitor soil conditions effectively, supporting better crop management, seed germination, and soil testing analysis.
The Split Spoon Sampler is a high-quality and essential soil sampling tool widely used in Standard Penetration Tests (SPT) and geotechnical investigations. Designed to collect undisturbed and representative soil samples, this sampler helps engineers analyze soil properties such as density, stratification, moisture content, and grain size distribution. It is a crucial instrument for foundation design, site evaluation, construction planning, and geological research.
