✔ Space-Saving & Portable – Compact benchtop compressive strength tester design (660×340×670 mm, 75 kg) allows for easy transport and installation in confined lab spaces.
✔ High-Precision Load Control – Measures 0–150 kN with 0.1 kN resolution and ±1% accuracy, ensuring reliable test data.
✔ Adjustable Loading Rates – Supports 0.1–100 kN/min adjustable speed, including oil well cement-specific rates:
71.7 kN/min ±7 kN/min (for strengths >3.4 MPa)
17.9 kN/min ±2 kN/min (for strengths <3.4 MPa)
✔ Optimized Test Space –
Piston stroke: 50 mm
Test space height: 150 mm
Mold compatibility: 170×130×150 mm (standard)
Additional test blocks: 50.8×50.8×50.8 mm (2×2×2 in.)
✔ User-Friendly Operation – Digital controls with real-time force display and automated test sequences.
✔ Wide Operating Conditions – Works reliably in 10–50°C environments.
✔ Standard Power Supply – 220 VAC ±10%, 50 Hz, 1 kW for global compatibility.
✔ Oil well cement compressive strength testing (API Spec 10)
✔ Quality control of cement slurry formulations
✔ Research & development of high-strength cement blends
Portable & Space-Efficient – Unlike larger compressive strength testers, this benchtop model is easy to move and install.
API-Compliant Testing – Meets API Spec 10 requirements for oilfield cement evaluation.
Precision & Reliability – High-accuracy load cell and controlled loading rates ensure repeatable results.
| Parameter | Specification |
Max. Test Force | 0–150 kN |
Accuracy | ±1% |
Resolution | 0.1 kN |
Piston Stroke | 50 mm |
Test Space Height | 150 mm |
Test Mold Size | 170×130×150 mm |
Additional Test Block | 50.8×50.8×50.8 mm (2×2×2 in.) |
Loading Rate Range | 0.1–100 kN/min (adjustable) |
Oil Well Cement Rates | 71.7 kN/min ±7 kN/min (>3.4 MPa) / 17.9 kN/min ±2 kN/min (<3.4 MPa) |
Operating Temp. | 10–50°C |
Power Supply | 220 VAC ±10%, 50 Hz, 1 kW |
Dimensions | 660×340×670 mm |
Weight | 75 kg |
The Benchtop Cement Strength Tester is the ideal solution for labs requiring API Spec 10-compliant compressive strength testing of oil well cement samples. Its portable, space-saving design and high-precision load control make it a cost-effective alternative to larger compressive strength testers, without compromising performance.