GT-2AS High-Strength Wear-Resistant Ramming Material — Third Prize, Beijing Science and Technology Progress Award
G-17K Anti-Spalling Castable for Cement Kiln Outlet — Second Prize, China Building Materials Science and Technology Progress Award
Development and Application of High-Temperature Insulating and Wear-Resistant Single-Layer Lining Material — Third Prize, China Building Materials Science and Technology Progress Award
Development and Application of A7SC-I Medium-Temperature Wear-Resistant Coating — First Prize, Technical Development Category, China National Building Materials Industry Technological Innovation Award (China Zhongcai Cup)
Comprehensive Utilization of Low-to-Medium Grade Bauxite Resources — National Torch Program Project Certificate
Development and Application of Insulating and Acid-Resistant Lining NS-R16 — Third Prize, National Building Materials Industry Technological Innovation Award
Development and Application of Lightweight Alkali-Resistant Refractory Castable (GL-11NL) for Cement Kilns — Second Prize, National Building Materials Industry Technological Innovation Award (Kaisheng Cup)
China Industry-University-Research Cooperation Innovation Award
Multi-Section Arc-Shaped Buffer Anti-Wear Device for Circulating Fluidized Bed Boiler — Third Prize, Technical Innovation Category, Technological Innovation Award
Development and Application of High-Performance Plastic Refractory Material — Third Prize, Building Materials Science and Technology Award
Research and Application of Wet Spraying Refractory Materials and Construction Technology for New Dry-Process Cement Kilns — Third Prize, Building Materials Science and Technology Award
Research and Application of Wet Spraying Technology for Refractory Materials in New Dry-Process Cement Kilns — Third Prize, Technical Innovation Achievement Award, Beijing Industrial Defense System Employees
Research and Industrialization of Chrome-Free Refractory Brick Supporting Technology for High-Temperature Zones of New Dry-Process Cement Kilns — Third Prize, Beijing Science and Technology Award
Research and Industrialization of Chrome-Free Refractory Brick Supporting Technology for High-Temperature Zones of New Dry-Process Cement Kilns — Second Prize, Building Materials Science and Technology Award
Advanced Production Process for Alumina-Silica Synthetic Refractory Raw Materials — Third Prize, Technical Process Category, National Building Materials Industry Technological Innovation Award (Jingniu Huijing Cup)
Chrome-Free Magnesia-Composite Spinel Brick for Cement Kiln Burning Zone — China Industry-University-Research Cooperation Innovation Achievement Award
National Torch Program Industrialization Demonstration Project Certificate
Development and Application of Corundum-Based Refractory Materials for COREX Furnace — Industry-University-Research Innovation Achievement Award
Research and Application of Alkali-Resistant and Wear-Resistant Rapid Repair Refractory Materials for Cement Kiln Co-Processing of Waste — Third Prize, Building Materials Federation Award
Research and Application of High Wear-Resistant Ceramic Coating for Waste Heat Power Generation — Third Prize, Building Materials Federation Science and Technology Progress Award
JCT2196-2013 Specification for the Use of Refractory Materials in Cement Rotary Kilns — Second Prize, Building Materials Industry Standard Innovation Award
Development and Application of Chrome-Free Magnesia-Composite Spinel Brick for Cement Kiln Burning Zone — Second Prize, Henan Province Science and Technology Progress Award
Development and Application of Corundum-Based Refractory Products for COREX Furnace — Second Prize, National Building Materials Industry Technological Innovation Award (Hongyu Cup)
Research and Application of Corundum-Based Refractory Products for COREX Furnace — Third Prize, Henan Province Science and Technology Progress Award
Capacity Optimization and Upgrading of 30,000 Tons/Year New Amorphous Refractory Materials — Second Prize, Technical Transformation Category, National Building Materials Industry Technological Innovation Award (Jida Cup)
Development and Application of New Plastic Phase Composite Corundum Brick for Blast Furnace Ceramic Cup — Second Prize, Technical Development Category, National Building Materials Industry Technological Innovation Award (Jida Cup)
Long-Life Technology and Industrial Application of Amorphous Refractory Materials for Critical Parts of Cement Kilns — Second Prize, Science and Technology Progress Category, Building Materials Science and Technology Award
Development and Application of Refractory Materials for High-Temperature Zones of Laterite Nickel Ore Rotary Kilns — Outstanding Award, China Industry-University-Research Cooperation Innovation Achievement Award
Research Project on “Development of Magnesia-Composite Spinel Refractory Materials” Recognized as an Outstanding Research Achievement in the “Second-Generation” Technology and Equipment Innovation and Enhancement Program
Research Project on “Wet Spraying New Product Technology and Construction Process” Recognized as an Advanced Research Achievement in the “Second-Generation” Technology and Equipment Innovation and Enhancement Program
Research Project on “Research and Application of Alkali-Resistant and Wear-Resistant Rapid Repair Refractory Materials for Cement Kiln Co-Processing of Waste” Recognized as an Advanced Research Achievement in the “Second-Generation” Technology and Equipme
Research Project on “Development and Application of Magnesia-Calcium-Zirconia Alkaline Refractory Bricks for Cement Kilns” Recognized as an Advanced Research Achievement in the “Second-Generation” Technology and Equipment Innovation and Enhancement Progra
Research Project on “Development and Application of Long-Life Refractory Materials for Kiln Outlet and Burner Pipe”Recognized as an Advanced Research Achievement in the “Second-Generation” Technology and Equipment Innovation and Enhancement Program
Technology Integration and Industrialized Preparation of Refractory Materials for Grate-Type Waste Incinerators — Second Prize, Science and Technology Progress Category, Building Materials Science and Technology Award
Technology Integration and Industrialized Preparation of Refractory Materials for Grate-Type Waste Incinerators — Second Prize, Beijing Science and Technology Progress Award
