Aggregate Testing
Abrasion, impact and crushing value apparatus, shape gauges, specific gravity equipment, test sieves and sieve shakers.
20 categories · 244 published records. The catalogue we can supply is broader than the catalogue we publish — send us the item if you cannot find it.
5 records
Cannot find it? Ask on WhatsApp →Los Angeles Abrasion Testing Machine
Rotating drum with steel charge for determining the abrasion resistance of coarse aggregate.
IndentIS 2386 (Part 4)Drum: 700 mm internal ø × 500 mm internal length
Specification for Los Angeles Abrasion Testing Machine
Specification for Los Angeles Abrasion Testing Machine Drum 700 mm internal ø × 500 mm internal length Shelf Removable steel, projecting 88 mm radially Speed 30–33 rev/min Counter Pre-settable digital, 500 / 1000 revolutions Abrasive charge Cast iron spheres, 46–48 mm ø, ~390–445 g each Site preparation Required — foundation or utilities Services Installation & commissioning · Calibration · Annual maintenance contract · Spares & consumables Standards
IS 2386 (Part 4)IS 10070ASTM C131Typical applications
- Los Angeles abrasion value of aggregate for road and concrete work
Full record, hazard data and enquiry for Los Angeles Abrasion Testing Machine →
Aggregate Impact Testing Machine
Determines the aggregate impact value — resistance to sudden shock as distinct from gradual load.
Ex-stockIS 2386 (Part 4)Hammer mass: 13.5–14.0 kg
Specification for Aggregate Impact Testing Machine
Specification for Aggregate Impact Testing Machine Hammer mass 13.5–14.0 kg Free fall 380 ± 5 mm Cup 102 mm ø × 50 mm deep Base mass 20–30 kg Blow counter Mechanical, 15 blows Services Calibration · Spares & consumables Standards
IS 2386 (Part 4)BS 812-112Typical applications
- Aggregate impact value for road aggregate acceptance
Full record, hazard data and enquiry for Aggregate Impact Testing Machine →
Aggregate Crushing Value Test Apparatus
Cylinder, plunger and base plate set for determining aggregate crushing value under gradually applied compressive load.
Ex-stockIS 2386 (Part 4)Cylinder: 150 mm internal ø
Specification for Aggregate Crushing Value Test Apparatus
Specification for Aggregate Crushing Value Test Apparatus Cylinder 150 mm internal ø Test load 400 kN applied in 10 minutes Tamping rod 16 mm ø × 600 mm Supplied with Cylindrical measure and metal tray Services Spares & consumables Standards
IS 2386 (Part 4)BS 812-110Typical applications
- Aggregate crushing value for pavement and concrete aggregate
Full record, hazard data and enquiry for Aggregate Crushing Value Test Apparatus →
Test Sieves — Woven Wire and Perforated Plate
Stainless steel and brass test sieves in 200 mm, 300 mm and 450 mm frame sizes, with matching lids and receivers.
Ex-stockIS 460 (Part 1) : 2020Fine sieves (200 mm): 10 µm to 600 µm woven wire
Specification for Test Sieves — Woven Wire and Perforated Plate
Specification for Test Sieves — Woven Wire and Perforated Plate Fine sieves (200 mm) 10 µm to 600 µm woven wire Coarse sieves (300/450 mm) 5 mm to 175 mm perforated plate Frame materials Stainless steel, brass or GI Certification Conformity certificate; NABL calibration to order Services Calibration · Spares & consumables Standards
IS 460 (Part 1) : 2020IS 460 (Part 2)IS 1607ASTM E11Typical applications
- Particle size distribution of soil, aggregate, cement and powders
Full record, hazard data and enquiry for Test Sieves — Woven Wire and Perforated Plate →
Sieve Shaker — Electromagnetic and Rotap
Mechanical sieve shakers with timer control, in electromagnetic and rotary-tapping configurations.
IndentIS 1607Electromagnetic: Amplitude control, digital timer, 200 mm sieve stack
Specification for Sieve Shaker — Electromagnetic and Rotap
Specification for Sieve Shaker — Electromagnetic and Rotap Electromagnetic Amplitude control, digital timer, 200 mm sieve stack Rotap Combined rotary and tapping action, 200/300 mm Capacity 6–8 sieves plus lid and receiver Timer 0–60 minutes, digital Services Installation & commissioning · Annual maintenance contract · Spares & consumables Standards
IS 1607Typical applications
- Reproducible mechanical sieving for gradation analysis
Full record, hazard data and enquiry for Sieve Shaker — Electromagnetic and Rotap →
What laboratories usually order alongside this.
Concrete & Cement Testing
Compression testing machines, workability apparatus, cement fineness and setting-time equipment, moulds and non-destructive testing.
Soil Testing
CBR and compaction apparatus, Atterberg limits, shear strength, permeability, in-situ density and consolidation equipment.
Bitumen & Asphalt Testing
Penetration, softening point and ductility apparatus, Marshall stability equipment, binder ageing ovens and viscosity measurement.
Why we publish the standard revision, not just the number.
Testing instruments are bought against a method, and a method is written against a standard. When that standard is revised, the old number stays in circulation for years — sometimes decades — because catalogues copy each other and nobody re-checks.
Three examples currently live across this industry: ASTM D1559 for Marshall stability, withdrawn in 1998. ASTM D422 for hydrometer analysis, withdrawn in 2016. IS 13311 for non-destructive concrete testing, absorbed into the IS 516 family in 2018. All three still appear on product listings you can buy from today.
That matters commercially, not just pedantically. If your quality manual cites a withdrawn standard, a NABL assessor will raise it, and the fastest way that error enters a manual is by being copied off a supplier’s specification sheet.
On qualification: for pharmaceutical customers, the documentation is half the purchase. GMP-specification equipment differs in its contact surfaces, its control system, its printed cycle records and its IQ/OQ/PQ protocol set. Specify that requirement at enquiry stage — retrofitting it after installation costs more and delays qualification.
On site preparation: compression testing machines, ductility baths, abrasion machines and large ovens need foundations, three-phase supply, drainage or extraction. We issue the foundation drawing and utility schedule with the quotation so the civil work can run in parallel with the delivery lead time rather than after it.
