BITUMEN
Bitumen and asphalt binder testing equipment for penetration, ductility, softening point, DSR, BBR, RTFO, PAV, viscosity, water content, solubility, flash point, and storage stability workflows.
4000+ instruments across 13 laboratory divisions, from bitumen rheology to concrete durability, asphalt mix performance, soil mechanics, rock testing, laboratory weighing, thermal analysis, temperature control, and universal testing machines. Engineered for standards-led and application-specific laboratory workflows.
Bitumen and asphalt binder testing equipment for penetration, ductility, softening point, DSR, BBR, RTFO, PAV, viscosity, water content, solubility, flash point, and storage stability workflows.
Asphalt mix testing equipment for laboratory asphalt mixing, Superpave gyratory compaction, Marshall compaction, wheel tracking, dynamic modulus, fatigue, TSR, binder content, density, permeability, skid resistance, and pavement surface texture workflows.
Concrete laboratory equipment for fresh concrete, compression, flexural, curing, durability, and NDT workflows across QC, precast, contractor, and research labs.
Standardized evaluation systems for cementitious materials, including mechanical strength, consistency, fineness, and early-age metrology.
Thermal analysis instruments for DSC, TGA, STA, DTA, thermal conductivity, and carbon black testing workflows.
Laboratory temperature control equipment for refrigerated circulating baths, ultra-low-temperature liquid baths, calibration workflows, and external process circulation.
Laboratory balances and weighing equipment for semi-micro, analytical, precision, high-capacity, hydrostatic density, and rapid moisture measurement workflows.
Laboratory crushers and sample preparation equipment for controlled primary and secondary size reduction of rock, aggregate, concrete, clinker, minerals, coal, and other bulk laboratory samples.
Plastic pipe testing equipment for raw-material verification, thermal behavior, hydrostatic pressure, impact resistance, dimensional stability, and finished-pipe mechanical performance.
Routine soil mechanics, portable in-situ diagnostics, coarse-grained soil, and research geotechnical systems for laboratory and infrastructure projects.
Laboratory systems for aggregate sampling, sieve analysis, particle shape, density, absorption, abrasion, polishing, friction, crushing, impact resistance, and cleanliness.
Specialized systems for evaluating the engineering properties of intact rock cores and geological formations.
Mechanical testing systems and universal testing machines for dynamic, fatigue, impact, rebar, steel strand, anchorage, pipe, and structural component testing.