Ezilab's Pour Point Tester EZL-SPPT100 serves petroleum and lubricant laboratories that need dedicated pour point measurement with a narrower, more precise temperature range than the dual-chamber pour and cloud point tester in this catalog. Covering -60°C to 10°C at 0.1°C resolution, this automatic cloud point analyzer focuses on pour point determination specifically, with finer temperature resolution than the broader -65°C dual-function unit provides, suited to labs where pour point precision matters more than running both tests simultaneously in one instrument. That 0.1°C resolution across a purpose-built range gives more precise pour point results than a dual-function instrument split across two test types might achieve, relevant for petroleum QC labs where pour point specification compliance depends on catching small temperature differences near a product's actual pour point rather than a coarser reading. Labs running high sample volumes of pour point testing specifically, without a consistent need to also run cloud point on every sample, get a more precision-focused single-function instrument here rather than the dual-chamber unit's combined but potentially less specialized approach to either individual measurement. Petroleum labs prioritizing pour point precision over combined dual-test throughput get that focus in this configuration. EziLab's Automatic Cloud Point Analyzer and Pour Point Tester cover precision pour point testing needs across USA petroleum and lubricant laboratory settings.
| Solidifying Point | -60℃ to 10℃ |
|---|---|
| Precision | ±1℃ |
| Ambient Temperature | 25±10℃, RH < 85% |
| Display Resolution | 0.1℃ |
| Maximum Cooling Depth | Temperature difference ≥ 65℃ |
| Cooling Speed | 15min temperature difference ≥ 60℃ |
| Requirement For Cooling Water Pressure | 4.9 × 10 to 49 × 105Pa |
| Flow Rate | 1.5L/min |
| Sample Dose | 20ml per time |
| Standards | GB/T 510, ASTM D852, GB/T3535, ASTM D97 |
| Maximum Power Consumption | 250W |
| Dimension | 460mm × 360 mm × 470mm |
| Net Weight | 26Kg |
Highly automated with advanced design
A micro-printer is installed
The test accuracy is excellent and rapid
It uses SCM as the primary control system
This requires a minimal sample for testing
A colored touch screen
Printer Paper × 2 Fuse (Φ5 × 20,10A) × 2 Power Line (250V / 6A) × 1 Circulatory Water Pipe and Drain Line × 5
Low temperature circulatory water bath
It has a wide range of applications in oil refineries, oil stations, and other related institutions. It's used to find the solidifying and pour points of light oils with good flow and low viscosity, like gasoline, light diesel, and transformer oil.