Packaging

DPM-2450   Silicone wetting agent

  • DPM-2450 It is a polyether-modified polyorganosiloxane wetting agent with extremely low surface tension, capable of wetting almost all surfaces of low surface energy materials such as plastics, metals, paper, and films, as well as pigments and fillers, while effectively promoting leveling.
  • DPM-2450 Suitable for various aqueous systems: water-based PA, water-based PU, water-based amino compounds, water-based epoxy resins, as well as various solvent-based systems.
projectunitdata
active Ingredient/Polyether-modified polysiloxane
apparent condition/Light yellow transparent liquid
solid Content%>99
density(25℃)g/cm30.93
flash point℃>150
refractive index(25℃)/1.44
solvent/N/A
  • Extremely low surface tension
  • Excellent substrate wetting properties effectively prevent shrinkage cavitation. ③Promote leveling
  • Exhibits excellent compatibility and is suitable for various resin systems.
  •  Universal for both aqueous and oil-based systems

A versatile wetting agent suitable for various resin systems, applicable to both aqueous and oil-based formulations.

  • Water-based coatings, water-based inks:0.1% – 0.5%
  • Water-based wood primer, water-based plastic paint:~0.2% 
  • Water-based leather coating:~0.5%
  • Solvent-based system:~0.1%-0.5%
  • The storage temperature should be below 35°C, protected from direct sunlight, and stored in a sealed container. The shelf life is 12 months when kept in the original packaging.
  • 25KG、180KG pack.
Small‑sample packaging

Small‑sample packaging

Deep-Polymer silicone product packaging

Goods Packaging

  • For accurate quotation, please get in touch with our sales team.

Disclaimer:The above information is provided based on the specific characteristics of our products and is derived from existing knowledge; it is intended solely as an introduction and usage recommendation for our products and does not constitute a warranty regarding the specific characteristics of our products when used in particular applications. Therefore, we assume no responsibility for this information or recommendations.

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