YNZSY-JB1000
1000L Precision Oil Blending Unit
The 1000L oil blending unit is positioned as a high accuracy solution for petrochemical enterprises that prioritize consistency in their lubricant formulas. This equipment is specifically optimized for mid range production tasks where the precise balance of additives is the top priority. It bridges the gap between pilot testing and full scale industrial output, providing a stable environment for manufacturing sensitive oils like hydraulic and heat transfer fluids. This unit is the preferred choice for facilities that require repeatable results and strict adherence to complex chemical recipes.
Engineered for exactness, the 1000L Precision Oil Blending Unit provides unmatched consistency for petrochemical enterprises requiring high quality lubricant formulas. This unit is crafted from premium carbon steel and focuses on the precise distribution of additives. Our advanced internal circulation technology eliminates the thermal risks associated with traditional stirring methods, ensuring that every batch of heat transfer or hydraulic oil meets rigorous industrial standards. As a leading specialist in high-end customization, we ensure this unit can be fully adapted to your specific technical requirements.
| Item | Name of Parameter | Unit | YNZSY-JB1000 |
| Technical parameters | Batch Capacity | L | 1000 |
| Working Pressure | Mpa | ≤0.4 | |
| Working Vacuity | MPa | -0.08~-0.095 | |
| Temperature Range | ℃ | 20℃-100℃ | |
| Working Noise | dB(A) | ≤85 | |
| Filtering Accuracy | Μm | ≤20 | |
| Working Power | / | AC 380V 50Hz 3-phase 4-wire（or per buyer’s option) | |
| Total Electric power | kW | 66 | |
| *Due to different equipment configurations, its dimensions, weight and oil treatment index will vary slightly. | |||
The 1000L Precision Oil Blending Unit focuses on formula consistency for petrochemical enterprises. It is specifically built for high performance products that require exact additive ratios. This unit provides a stable production environment for mid range output needs where quality is the top priority.
By using multi-channel dispersion, the machine achieves molecular homogenization without the risk of oil shearing. The absence of traditional stirrers prevents oxidation and preserves the chemical integrity of heat transfer fluids. This ensures that every batch meets the highest global quality standards consistently.
YUNENG utilizes 30 years of expertise to deliver a system that is both reliable and easy to maintain. The precision engineered design allows for repeatable results across various complex oil types. It is an essential asset for manufacturers who prioritize chemical stability over pure volume.
The 1000L Precision Oil Blending Unit is the standard choice for middle-tier petrochemical enterprises and regional lubricant distributors. Its primary application lies in the precision production of high-performance gear oils and hydraulic fluids for the manufacturing sector. It bridges the gap for facilities that have outgrown small-batch testing but are not yet operating at a massive industrial scale, providing a reliable environment for consistent commercial output.
In the automotive sector, this unit is extensively used for the blending of internal combustion engine oils and transmission fluids. Lubricant suppliers use the 1000L unit to create private-label products for service centers and local logistics fleets. The machines ability to homogenize complex additive packages ensures that every liter of oil meets the strict performance ratings required by modern vehicle manufacturers and international environmental standards.
Furthermore, this precision unit is an essential component in specialized industrial machinery maintenance. It is applied in facilities that require the blending of heat transfer oils and thermic fluids for closed-loop heating systems. By maintaining strict control over the blending environment, the 1000L unit ensures that these sensitive industrial fluids maintain their thermal stability and chemical integrity throughout their operational life in heavy-duty industrial boilers and heat exchangers.
