Soil Testing Equipment
Soil Lathe Bench Mounting
Read moreThe 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.
Soil Permeability Apparatus
Read moreThe 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.
Soil Thermometer
Read moreThe 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.
Split Spoon Sampler
Read moreThe 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.
Square Shape Sieve
Read moreOur Square Shape Sieves are designed for accurate particle size analysis in laboratories and field testing applications. Manufactured with high-quality stainless steel or mild steel frames, these sieves ensure durability, stability, and long-lasting performance. The square mesh openings provide efficient separation and uniform screening of soil, aggregates, sand, cement, chemicals, and various granular materials.
Standard Penetrometer
Read moreThe Standard Penetrometer is a precision instrument designed to determine the penetration value of bitumen and asphalt materials, which indicates their consistency and hardness. This bitumen testing equipment is essential for classifying bitumen grades and ensuring quality control in road construction and pavement design.
Standard Sand
Read moreStandard Sand is a high-quality, graded silica sand specifically processed for use in cement testing and construction material analysis. Manufactured to meet international standards such as IS: 650, this sand ensures consistency, accuracy, and reliability in determining the compressive strength and performance of cement and mortar mixes.
Swell Test Apparatus
Read moreThe Swell Test Apparatus is an essential geotechnical testing instrument designed to determine the swelling characteristics of soil when soaked in water. Commonly used in civil engineering laboratories and construction material testing facilities, this apparatus helps evaluate soil expansion, swelling pressure, and volume changes in expansive soils like black cotton soil.
Universal Permeability Apparatus
Read moreThe Universal Permeability Apparatus is a versatile and high-precision instrument designed to determine the permeability (coefficient of permeability) of various soil types, including sand, silt, and clay. Suitable for both constant head and falling head test methods, this apparatus helps engineers accurately measure how easily water flows through soil, making it essential for geotechnical investigation, foundation design, and drainage analysis.
Vibratory Sieve Shaker
Read moreThe Vibratory Sieve Shaker is designed for fast, accurate, and reliable particle size analysis of a wide range of granular and powdered materials. Using controlled vibratory motion, the shaker ensures uniform distribution of material across the entire sieve surface, resulting in precise and repeatable results.
