Below is a concise, organized list of common concrete testing equipment used in civil engineering and the important features you should look for in each piece of equipment. Where appropriate I include typical specifications or standards to help you select or evaluate equipment.

1. Compression (Universal) Testing Machine (UTM)

• Purpose: Compressive strength of concrete cubes/cylinders; also used for flexural/ tensile tests with attachments.
• Key features: capacity (commonly 2000 kN / 3000 kN / 4000 kN depending on requirement), accurate load cell, digital load and displacement display, hydraulic or electro-mechanical drive, automatic data logging, overload protection, conforming to standards (ASTM C39 / EN 12390-4), flat hardened platens, automatic test control and report generation, calibration certificate, low maintenance.

2. Flexural (Beam) Testing Machine

• Purpose: Flexural strength/modulus of rupture of concrete beams.
• Key features: appropriate span and capacity, three- or four-point loading fixtures, precise load and deflection measurement, data acquisition, standard compliance (ASTM C78 / EN 12390-5).

3. Slump Test Equipment (Slump Cone, Tamping Rod)

• Purpose: Workability/consistency of fresh concrete.
• Key features: standardized cone dimensions and finish (ASTM C143 / EN 12350-2), stainless steel or galvanized cone, marked tamping rod (600 mm × 16 mm typical), base plate, easy-to-clean.

4. Flow Table (for high-fluidity mixes / SCC)

• Purpose: Flow/spread of concrete or mortar.
• Key features: rigid table with smooth top, standardized flow diameter markings, compliant with ASTM C1611 / EN 12350-5.

5. Air Content Meters (Pressure type or Volumetric)

• Purpose: Measure entrained air content in fresh concrete.
• Key features: pressure gauge or digital readout, airtight seals, durable cylinder, conforms to ASTM C231 (pressure) or ASTM C173 (volumetric), calibration check capability.

6. Vebe Test Apparatus / Compacting Rotating Table (for stiff mixes)

• Purpose: Workability of low-slump concrete.
• Key features: vibration platform with timer, transparent mold, standardized dimensions, ASTM/EN compliance.

7. Concrete Mixer (Laboratory)

• Purpose: Prepare standard test batches.
• Key features: consistent mixing action, correct capacity, variable speed, easy cleaning, conforming to relevant ASTM/EN methods.

8. Cylinder and Cube Molds

• Purpose: Specimen casting for strength tests.
• Key features: standard dimensions (e.g., 150×300 mm cylinder, 150 mm cubes), rigid non-absorbent material (steel or plastic), tight-fitting lids, easy release, conformity to ASTM/EN.

9. Curing Tanks / Water Baths / Curing Cabinets

• Purpose: Controlled curing of specimens at specified temperatures.
• Key features: temperature control (±0.5 °C), corrosion-resistant interior, capacity for required number of specimens, covers for evaporation control, compliance with ASTM C511 / EN 12390-2.

10. Rebound Hammer (Schmidt Hammer)

• Purpose: Non-destructive surface hardness estimate of compressive strength.
• Key features: spring-driven or digital models, calibration check anvil, readout (analogue or digital), conversion curves, suitable for roughness corrections, compliant procedures (ASTM C805 / EN 12504-2).

11. Ultrasonic Pulse Velocity (UPV) Tester

• Purpose: Assess uniformity, detect defects/cracks, estimate elastic properties.
• Key features: portable transducers, pulser/receiver with high timing resolution, coupling gel, data logging, path-length input, conformity to ASTM C597 / BS EN 12504-4.

12. Penetration Resistance (Wescheler/Type) / Pull-off Testers

• Purpose: Surface strength, pull-off adhesion of repair materials or coatings.
• Key features: calibrated load cell, controlled pull rate, digital readout, standard test accessories, compliance with ASTM D4541 (pull-off) where applicable.

13. Moisture and Temperature Meters / Thermometers

• Purpose: Measure concrete temperature and moisture content in fresh or curing concrete.
• Key features: fast response probes, data logging, accuracy to ±0.5 °C (temp), relative moisture sensors for slabs.

14. Sieve Shakers and Sieves

• Purpose: Aggregate grading for mix design and QA.
• Key features: stacked standard sieves (BS/ASTM sizes), programmable shaker, tight mesh sealing, stainless steel sieves recommended.

15. Slump Flow and L-Box / J-Ring Test Accessories (for SCC)

• Purpose: Evaluate self-compacting concrete performance.
• Key features: standardized molds, smooth finish, calibrated measurement guides, robust construction.

16. Air Permeability / Permeation Testers (RCPT / Rapid Chloride)

• Purpose: Durability-related properties (chloride penetration etc.)
• Key features: pressure systems, accurate current/voltage measurement for RCPT, specimen holders, compliance with ASTM/EN standards for each test.

17. Data Acquisition and Software

• Purpose: Collect, analyze, store test results.
• Key features: multi-channel input, real-time graphs, export to CSV/PDF, traceability (operator, specimen ID), calibration and audit logs.

18. Calibration, Traceability, and Standards Compliance

• Important across all equipment: calibration certificates traceable to national standards, scheduled recalibration, adherence to applicable standards (ASTM, AASHTO, EN, BS), manufacturer manuals, training for operators.

19. Portability, Durability, and Safety

• Portability: for field tests choose lightweight, battery-powered designs.
• Durability: corrosion-resistant materials, dust/water protection for site use.
• Safety: guards for moving parts, emergency stops on mechanical equipment, safe load ratings.

20. Additional Considerations when Specifying/Buying

• Accuracy and repeatability (spec sheet tolerances).
• Measurement ranges and resolution (load cell resolution, displacement resolution).
• Accessories and spares availability (platens, transducers, seals).
• After-sales support, software updates, and warranty.
• Price vs required precision (laboratory vs field grade).
• User training and ease-of-use for technicians.

If you want, I can:

• Provide a short checklist for purchasing (budget, specs, standards to require).
• Recommend specific models/manufacturers for lab or field equipment.
• Map which tests are required for particular standards (e.g., ACI, ASTM, Eurocode) and the exact equipment needed.

Which of those would help you next?