Certified nuclear density gauges for instant on-site measurement of soil density and moisture without excavation.
An advanced technical device used to determine dry density and moisture content in soil, pavement materials, and asphalt layers directly on site using nuclear radiation technology (Radioactive Isotopes).
Dry density: ±0.01 g/cm³ — Moisture: ±0.1% (by weight), providing accurate results per ASTM D6938.
Used to determine the California Bearing Ratio (CBR) of soil samples under specific pressure conditions, an important indicator of soil suitability for road sub-base and foundation layers.
Evaluates soil bearing capacity and determines required pavement layer thickness per ASTM D1883 engineering specifications.
Moulds and supporting tools for precise CBR testing, ensuring sample stability and formation integrity during the test.
Precise, accurate results ±0.01%, matching BS 1008 specifications.
Used to precisely cut concrete specimens, pavers, tiles, and interlock blocks using diamond blades, ensuring a smooth and flat cut surface for accurate testing.
Equipped with high-quality diamond blades, it provides smooth cuts without chipping or side cracking.
Used to measure the workability, consistency, and ease of casting of fresh concrete on site to verify proper mixing.
Measurement accuracy ±5 mm per ASTM C143.
Standard cylinders used to fill fresh concrete specimens on site for compression strength testing after 7 and 28 days of curing.
Made from non-adhesive steel per ASTM C39 to ensure sample integrity and easy extraction.
Used to maintain moisture and temperature of concrete samples during the curing period to ensure full development of required strength.
Digital temperature control at 25°C ±3°C per ASTM C1064 / ASTM C31.
Used to measure compressive strength of concrete cubes and cylinders after 7 and 28 days of curing to verify specification compliance.
Loading capacity up to 5000 kN, load reading accuracy ±1% per ASTM C39.
Used to melt sulfur and prepare capping compounds for the top surfaces of cylindrical concrete specimens before compression testing to ensure uniform load distribution.
Thermal control in range 130–145°C per ASTM C617 ensuring capping flatness above 99%.
Used to measure the temperature of fresh concrete immediately after mixing or pouring on site to verify compliance with specification temperature limits.
Accuracy ±0.1°C per ASTM C1064.
Standard 150×150 mm cube moulds made from stainless steel, used to fill fresh concrete specimens for compression strength testing.
Manufactured from stainless steel per BS 1881 to ensure precise dimensions and smooth surface finish.
Used to dry soil, concrete, and other material samples to prepare them for various tests such as moisture content and density determination.
Digital temperature control up to 250°C with uniform heat distribution ±1°C.
Non-destructive device used to estimate the surface compressive strength of hardened concrete by measuring the rebound value upon impact.
Measurement range 10–70 MPa per ASTM C805.
Used to test the spread ability of self-compacting concrete (SCC) and measure its spread diameter to verify its ability to fill and flow without vibration.
Spread measurement accuracy ±1 cm per ASTM C143.
Non-destructive device used to assess concrete homogeneity and detect honeycombing, voids, and internal cracks by measuring ultrasonic pulse propagation speed.
Pulse transit time measurement accuracy ±1 millisecond per ASTM C597.
