Shape
Laboratory for Innovation

15

Years R&D work experience in Lubricant Additives

Laboratory for Innovation

UNPChemicals' R&D laboratory has an area of more than 2,000 square meters, equipped with over 200 large and small pieces of equipment, including liquid chromatographs, gas chromatographs, and UV spectrophotometers, to conduct experiments and research that ensure lubricant additive products meet global standards. Moreover, the company has successfully established laboratories in universities for academic and research purposes. All laboratories control the product quality at all stages and improve product performance stage by stage. This is why UNPChemical lubricant additives can compete with the global famous company products.

  • Over 100 types of Lubricant Additive Products
  • 2000 Square Meters Labratory
  • 16+ National Patents
  • 200+ Experimenting Instrument

Our Advantages

Leading Lubricant Additive Technology

30+ Chemical Engineers and 4 with Chemical Ph.Ds

In-house Experimental and Testing Facility

Our Certificate

UNPChemicals provides high quality and cost-effective grease, lubricant, industrial oil, metal work fluid, and other additive solutions & products.

UNPChemicals Technology

News & Resources

Latest news and resources on lubricant additives.

Advances and Mechanisms in Crude Oil Demulsifiers: From Molecular Design to Field Application

n the complex and multifaceted realm of petroleum production, the formation of highly stable emulsions represents a significant and persistent operational challenge. These emulsions, which typically m

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Crude Oil Demulsifiers: Mechanisms, Applications, and Innovations in Oilfield Operations

Crude oil demulsifiers are specialized chemical agents engineered to destabilize water-in-oil (W/O) or oil-in-water (O/W) emulsions, enabling efficient phase separation during oilfield production. The

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Demulsifiers in Oilfields: Mechanisms, Types, and Applications

Demulsifiers are specialized chemical agents designed to break crude oil emulsions by destabilizing the interfacial film formed around water droplets, thereby facilitating the separation of water from

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