Narrow distribution polyacrylate dispersants: BASFRecent Research Landscape
Inconsistent pigment stabilization in aqueous media leads to flocculation and color drift. These innovations utilize specific anionic neutralization and hydroxamic acid grafting to control particle surface adsorption and suspension stability.
What technical problems is BASF addressing in Narrow distribution polyacrylate dispersants?
Inconsistent active ingredient distribution
(15)evidences
Uncontrolled accumulation of mineral precipitates on industrial surfaces. Preventing this deposition maintains heat transfer efficiency and prevents flow blockages in desalination and construction systems.
Interfacial instability in hybrid emulsions
(13)evidences
Inconsistent droplet stabilization leads to phase separation and foam formation in aqueous dispersions. Controlling this instability ensures long-term shelf life and uniform active ingredient delivery.
Crude oil paraffin crystallization
(13)evidences
Paraffin crystallization in crude oil and petroleum products causes solidification and flow failure at low temperatures. Mitigation of this physical obstruction ensures transportability and prevents pipeline blockage.
Particle agglomeration and sedimentation
(8)evidences
Inconsistent particle distribution and physical instability in high-solids suspensions. Preventing phase separation ensures uniform material properties and shelf-life stability.