How can we solve the problem of uneven dispersion of inorganic pigments?
Created on 09.18
Dispersant DH-5112 optimizes the distribution of inorganic pigments. Dispersants solve dispersion problems in oil-water systems. Dispersants improve wetting and reduce viscosity. Dispersants control titanium dioxide color loss. Dispersants enhance storage stability.
Introduction
In oil-based and water-based systems, inorganic pigments such as iron oxide and titanium dioxide tend to aggregate and settle, affecting coating uniformity and stability.
Industry Pain Points
Uneven pigment dispersion leads to gloss fluctuations
Increased system viscosity limits powder addition
Flooding and floating of titanium dioxide affect appearance
Inadequate effectiveness of existing dispersants
Deficiencies in traditional solutions
General-purpose dispersants lack specificity for inorganic pigments
Inadequate viscosity management capabilities
Lack of specialized solutions for flooding
Poor storage stability of dispersants
This dispersant achieves breakthroughs through three pathways:
Dispersant molecules anchor to the inorganic pigment surface
Improving wetting efficiency of pigments such as iron oxide and calcium carbonate
Dispersants reduce system viscosity
Enabling higher powder addition ratios
Dispersants provide targeted management of titanium dioxide distribution
Reducing flooding and floating
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