State Industrial Products | Date: 2011-08-16
Hydraulic pumps; automatic mechanical dispensers for industrial processes, namely, power-operated hand-held dispensers for attachment to liquid containers for use in dispensing liquids in hospitals, manufacturers, hotels, restaurants, military installations, schools and government installations; high pressure washing machines; machines for cleaning, waxing, and buffing floors; and power-operated spray guns for applying insecticides and dispensing cleaning preparations.
State Industrial Products | Date: 2012-03-13
cleaning and washing preparations for use in institutional and industrial kitchens and warewashing facilities; detergents for three sink systems, machine dishwashing, and warewashing; dishwashing and warewashing rinse aids; general purpose cleaners and floor cleaners for institutional and commercial use; degreasing preparations for institutional and commercial use; silverware presoak; pot and pan cleaners; soap powder for institutional and commercial use; products for drain maintenance, namely, drain openers; all of the above products are specifically not for use in dairy farms. sanitizing preparations for use in institutional and industrial kitchens and warewashing facilities, and specifically not for use in dairy farms.
State Industrial Products | Date: 2009-12-01
Degreasing agents. All purpose cleaning preparations; All-purpose cleaners; Floor stripping/cleaning preparation; Hand cleaners; Industrial soap. All purpose disinfectants.
State Industrial Products | Date: 2009-05-04
Cleaning and washing preparations; Detergents for machine dishwashing; Dishwasher detergents; Soap powder. Sanitizing preparations for use in institutional and industrial areas.
Haijun H.,State Industrial Products |
Hao F.,State Industrial Products |
Jishan Z.,University of Science and Technology Beijing
Tezhong Zhuzao Ji Youse Hejin/Special Casting and Nonferrous Alloys | Year: 2010
Solidification structure of cast AL-25Si-xFeyMn alloy was observed by SEM (scanning electron microscope), EDX and XRD, where Mn/Fe in weight ratio is in range of 0∼1. The results show that Mn can greatly refine microstructure of the alloy as a result of creation of α-Al 15 (Fe, Mn) 3Si 2 phase substituting for acicular Δ-Al 4FeSi 2 and β-Al 3FeSi phase. In addition, with increasing in Fe/Mn weight ratio,α- Al 15(Fe,Mn) 3Si 2 phase is increased and acicular phase is decreased. When Fe/Mn weight ratio is 1, α-Al 15(Fe,Mn) 3Si 2 phase is observed in the alloy only. Source