One of the top 5 PAM and PAC Manufacturers in China

• Classification:Chemical Auxiliary Agent
• CAS No.:1327-41-9
• Other Names:PAC
• MF:[AL2(OH)nCL6-n]m
• EINECS No.:1327-41-9
• Purity:99%min
• Type:Polyaluminium Chloride (PAC)30% With Lowest Price
• Usage:Paper Chemicals, Textile Auxiliary Agents, Water Treatment Chemicals
• Model Number:Industrial Grade
• Product Name:Polyaluminium Chloride (PAC)30% With Lowest Price
• Al2O3 %≥:29.0
• Density (20C)/(g/cm3) ≥:1.12
• Basicity %:40 -90
• Water Insoluble% ≤:0.6
• PH value (10g/L Water Solution):3.5 ~ 5.0
• Pb% ≤:0.001
• As % ≤:0.0002
• Cd% ≤:0.0002
• Grade:Top Grade

Viscosity index improvers ( VII ) are manufactured upon the world high-class innovative technology which take leading the worldwide market with the most competitive edge of low pour point VII low SSI cost effective price to get high profit.

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• Classification:Chemical Auxiliary Agent
• CAS No.:1327-41-9
• Other Names:PAC
• MF:[AL2(OH)nCL6-n]m
• EINECS No.:1327-41-9
• Purity:99%min
• Type:Industrial Poly Aluminium chloride PAC
• Usage:Textile Auxiliary Agents, Water Treatment Chemicals
• Product name:PAC Poly Aluminium Chloride
• Al2O3 %≥:28
• Basicity %:30 -95
• Density (20C)/ (g/cm3) ≥:1.12
• Water Insoluble % ≤:1.5
• PH Value (10g/L aqueous solution):3.5- 5.0
• Fe % ≤:5.0
• As % ≤:0.0015
• Pb % ≤:0.006

Motor oil, engine oil, or engine lubricant is any of various substances comprising base oils enhanced with additives, particularly antiwear additive plus detergents, dispersants and, for multi-grade oils viscosity index improvers.Motor oil is used for lubrication of internal combustion engines.The main function of motor oil is to reduce friction and wear on moving parts and to clean the engine

The addition of these soluble medium-viscosity index using Bosch injector polymers can enhance the viscosity of the oil. Oils shear rig and ASTM D-3945 method. The effect of containing VI improver can achieve viscosity in- mineral oil (base stock) viscosity and its composi- dex up to 150 [5].

• Classification:Chemical Auxiliary Agent
• CAS No.:1327-41-9
• Other Names:PAFC
• MF:Al2Cl(OH)5
• EINECS No.:215-477-2
• Purity:99.9%
• Type:poly aluminium ferric chloride
• Usage:Water Treatment Chemicals
• Product name:PAC Coagulant Polyaluminium Chloride PAC for Paper Making Use
• Appearance:Light Yellow Powder
• Application:Water Purification
• Function:Flocculation
• Basicity/%:40-90
• AL2O3/% ≥:29.0
• PH Value:3.5-5.0
• Density ≥:1.12
• Water Insoluble /% ≤:0.6

High Speed Dissolving of Viscosity Index Improvers in Luboils Luboils, in common with most fluids, experience reduced viscosity at high operating temperatures. This results in a poorer hydrodynamic film and poorer lubrication. Heavier base oil can be used to overcome this, but problems arise with cold starting and pumping at low temperatures.

At higher concentrations the VI improver SISH showed the largest thickening effect, probably due to the network formation (polystyrene block association). M011er7 in his work used the reduced viscosity, Vra~, to evaluate the Polymers used as viscosity index improvers a) dispersed coil ~OCP b)assoclated oetwork "~~ DSH 419 Fig. 1.

viscosity improver polymer PAC Product superiority v It is high molecular weight, high viscosity polymer for water-based drilling fluids, v Can Effectively reduce the filtration rate of many water-based oil and gas drilling. v Increase and stabilize viscosity to improve hole cleaning and suspension properties in a wide variety of fluid environments.

• Classification:Chemical Auxiliary Agent
• CAS No.:1327-41-9
• Other Names:PAC
• MF:[AL2(OH)nCL6-n]m
• EINECS No.:1327-41-9
• Purity:99%min
• Type:Polyaluminium Chloride (PAC)30% With Lowest Price
• Usage:Paper Chemicals, Textile Auxiliary Agents, Water Treatment Chemicals
• Model Number:Industrial Grade
• Product name:poly-aluminium chloride pac 30%
• Al2O3 %≥:29.0
• Density (20C)/(g/cm3) ≥:1.12
• Basicity %:40 -90
• Water insoluble% ≤:0.6
• PH value (10g/L water solution):3.5 ~ 5.0
• Pb% ≤:0.001
• As % ≤:0.0002
• Cd% ≤:0.0002
• Other name:water treatment pac types

VI is calculated from the viscosity of the polymer in oil solution at 40 C and at 100 C. The smaller the difference in viscosity at low (40 C) and at high (100 C) temperatures, the higher the VI number or index obtained. “Most straight paraffinc oils with-out a VI improver have a viscosity in-dex in the 95-105 range,” Vargo says.

Viscosity index improvers are polymers that are added to a lubricant in order to resist change in its viscosity with rise in the temperature. With increase in temperature, polymeric molecules of viscosity index improvers tend to stretch out, thereby increasing the internal friction of the fluid to the flow.

• Classification:Chemical Auxiliary Agent
• CAS No.:1327-41-9
• Other Names:PAFC
• MF:Al2Cl(OH)5
• EINECS No.:215-477-2
• Purity:99.9%
• Type:poly aluminium ferric chloride
• Usage:Water Treatment Chemicals
• Product Name:White Poly Aluminium Chloride 30%
• Appearance:Golden Yellow Powder, White Powder
• Application:Water Purification
• Function:Flocculation
• Basicity/%:40-90
• AL2O3/% ≥:29.0
• PH value:3.5-5.0
• Density ≥:1.12
• Water Insoluble /% ≤:0.6

generally adopted. Viscosity index improvers can be regarded as the key to high performance of multi-grade oil [6, 8]. They are generally oil-soluble polymers. The addition of these soluble polymers can enhance the viscosity of the oil. Oils containing VI improver can achieve viscosity in-dex up to 150 [5]. The viscosity of engine oils in-

Global Lubricant Viscosity Index Improvers Market 2017 by SWOT Analysis, Impacting Factors, Technology, Vendor Landscape, Research Findings and Conclusion to 2021

• Classification:Chemical Auxiliary Agent
• CAS No.:1327-41-9
• Other Names:PAFC
• MF:Al2Cl(OH)5
• EINECS No.:215-477-2
• Purity:99.9%
• Type:poly aluminium ferric chloride
• Usage:Water Treatment Chemicals
• Product name:Affordable Price Light Yellow Powder Poly Aluminium Chloride PAC
• Appearance:Light Yellow Powder
• Function:Flocculation
• Application:Water Purification
• Basicity/%:40-90
• AL2O3/% ≥:29.0
• PH Value:3.5-5.0
• Density ≥:1.12
• Water Insoluble /% ≤:0.6

About the influence of viscosity index improvers on the cold flow properties of engine oils WUfried J. Bartz* The flow properties of polymer thickened multigrade oils are important in the design of engines. Attention in this paper is focussed mainly on flow at low temperatures.

The molecular weight and the polydispersity of the polymers were estimated by GPC. The copolymers obtained were blended with paraffinic and naphthenic base oils. The viscosity, the viscosity index (VI) the Q value as well as the stability to shear and oxidation were obtained for these blends.

• Classification:Chemical Auxiliary Agent
• CAS No.:1327-41-9
• Other Names:PAFC
• MF:--
• EINECS No.:215-477-2
• Purity:99%min
• Type:Polyaluminum Ferric Chloride
• Usage:Water Treatment Chemicals
• Model Number:Industrial Grade
• Product name:Polyaluminum Ferric Chloride
• Al2O3 %≥:29.0
• Basicity %:40 ~ 90
• Water insoluble % ≤:0.6
• PH value (10g/L aqueous solution):3.5 ~ 5.0
• As % ≤:0.0002
• Pb % ≤:0.001
• Cd % ≤:0.0002
• Hg % ≤:0.00001

pour-point depressants, and viscosity-index improvers. Viscosity-index improvers(VII) are oil-soluble polymers having a molecular weight between the range of 4.5x10 4 to 1.7x10 6. The conduct of viscosity-index (VI) improver depends on the deportment of polymer in lubricants 1, 2-4. The viscosity-index, a number

polymers improve the viscosity performance of powertrain lubricants over a wide temperature range. In addition, comb polymers work within the components of a powertrain to enhance durability and control viscosity, even under severe mechanical shearing of the lubricant. Comb polymers have even been shown to reduce fuel consumption by 3-4 percent