Jiangsu Profile
Product List
23611. Defoamer for Paper Antifoam High Stability 
[Sep 15, 2022]
[Sep 15, 2022] Appearance Milk and white liquid Stability 3000 RPM /20 minutes Nonvolatile matter 20-35% Density (20ºC ,g/cm3 ) 0.98-1.05 PH : 6-8 XPJ120 is a highly effective silicone defoamer ...
23612. Defoaming Agent for Paper Coating Antifoam New High Quality [Sep 15, 2022]
[Sep 15, 2022] Appearance Milk and white liquid Stability 3000 RPM /20 minutes Nonvolatile matter 20-35% Density (20ºC ,g/cm3 ) 0.98-1.05 PH : 6-8 XPJ120 is a highly effective silicone defoamer ...
23613. Antifoam for Paper Industry Antifoam Defoamer China [Sep 15, 2022]
[Sep 15, 2022] Appearance Milk and white liquid; Stability 3000 RPM /20 minutes Nonvolatile matter 20-35% Density (20ºC ,g/cm3 ) 0.98-1.05 PH 6-8 XPJ130 is a silicone defoamer designed for ...
23614. Defoamer for Papermaking High Quality Antifoam [Sep 15, 2022]
[Sep 15, 2022] Appearance Milk and white liquid; Stability 3000 RPM /20 minutes Nonvolatile matter 20-35% Density (20ºC ,g/cm3 ) 0.98-1.05 PH 6-8 XPJ130 is a silicone defoamer designed ...
23615. Antifoam New Material Antifoam for Paper Industry [Sep 15, 2022]
[Sep 15, 2022] Appearance Colorless to light yellow liquid Density (20ºC,g/cm3) 0.85-0.95 Kinematic viscosity(mPa.s,25ºC) 200-500 Dispersibility It disperses completely in water XPJ975 is a highly ...
23616. Antifoam Formulation Defoamer for Papermaking [Sep 15, 2022]
[Sep 15, 2022] Appearance Colorless to light yellow liquid Density (20ºC,g/cm3) 0.85-0.95 Kinematic viscosity(mPa.s,25ºC) 200-500 Dispersibility It disperses completely in water XPJ975 is a highly ...
23617. Silicone Defoamer Agent Antifoam for Oil and Gas [Sep 14, 2022]
[Sep 14, 2022] Appearance Milky white flowing liquid Nonvolatile matter 20-30% PH 6-9 Stability 3000 RPM /20 minutes Density(20ºC, g/cm3) 0.98-1.0 cation properties Non-ionic This product is specially ...
23618. Silicone Antifoam Agent Defoamer for Oil Defoaming Factory Supply [Sep 14, 2022]
[Sep 14, 2022] Appearance Milky white flowing liquid Nonvolatile matter 20-30% PH 6-9 Stability 3000 RPM /20 minutes Density(20ºC, g/cm3) 0.98-1.0 cation properties Non-ionic This product is ...
23619. Polyether Defoaming Agent Defoamer Wholesale Industry [Sep 14, 2022]
[Sep 14, 2022] Appearance Ashy viscous liquid Nonvolatile matter 30-45% PH 6-9 Stability (3000 RPM /20 min) This product mainly designed for the defoaming of water-based ink. It has good dilution stability and ...
23620. Defoaming Agent for Paint Antifoam Durable Industry [Sep 14, 2022]
[Sep 14, 2022] Appearance Ashy viscous liquid Nonvolatile matter 30-45% PH 6-9 Stability (3000 RPM /20 min) This product mainly designed for the defoaming of water-based ink. It has good dilution stability and ...
23621. Antifoam Formulation Fine Quality Defoamer [Sep 14, 2022]
[Sep 14, 2022] Appearance Milk and white liquid Moisture < 1.5% Density(20ºC,g/cm3 ) 0.95-0.99 Kinematic viscosity(mPa.s,25ºC) 600-1500 XPJ910 is a 100% active liquid defoamer developed ...
23622. Defoamer Antifoam for Paint Defoamer Fine Quality [Sep 14, 2022]
[Sep 14, 2022] Appearance Milk and white liquid Moisture < 1.5% Density(20ºC,g/cm3 ) 0.95-0.99 Kinematic viscosity(mPa.s,25ºC) 600-1500 XPJ910 is a 100% active liquid defoamer developed ...
23623. Antifoaming Production Attractive Price Defoamer [Sep 14, 2022]
[Sep 14, 2022] Appearance An amber-colored opaque liquid Water content ≤ 1.5% Density(20ºC,g/cm3 ) 0.90-0.95 Kinematic viscosity(mPa.s,25ºC) 100-800 XPJ920 is a highly emulsifiable liquid ...
23624. Defoamer for Paint China New Defoamer [Sep 14, 2022]
[Sep 14, 2022] Appearance An amber-colored opaque liquid Water content ≤ 1.5% Density(20ºC,g/cm3 ) 0.90-0.95 Kinematic viscosity(mPa.s,25ºC) 100-800 XPJ920 is a highly emulsifiable liquid ...
23625. Defoaming Solution Silicon Defoamer High Quality [Sep 14, 2022]
[Sep 14, 2022] Appearance Light yellow to light brown translucent viscous liquid Density(20C,g/cm3 ) 0.85-0.90 Effective constituent 100% Flash point (open type) >85ºC Dispersibility After stirring, it can be well ...
