MAIN MENU Contact Us PERFORMANCE CERAMICS & REFRACTORIES Home > Industries > Energy, Oil & Gas > Coal Fired Power Plants Energy, Oil & Gas Nuclear SILICON NITRIDE SEALS HEXOLOY SIC MATERIAL ADVANCED CERAMICS Coal Preparation Coal Fired Power Plants Asphalt Oil & Gas WATER TREATMENT WEAR RESISTANT LININGS Solid Oxide Fuel Cells Waste to Energy INDUSTRIAL WASTE CONVERSION DOMESTIC WASTE CONVERSION Thermal Processing BURNER COMPONENT ADDITIVE MANUFACTURING Petrochemistry SECONDARY REFORMING PRIMARY REFORMING POROUS MEDIA OTHER PETROCHEMISTRY OIL GASIFICATION FERTILIZER COAL & PETROLEUM COKE GASIFICATION CHEMICAL PROCESSING CARBON BLACK RETURN TO INDUSTRIES CONTACT US Abrasion Resistant Linings for Coal Fired Power Plants Are steel linings not holding up against abrasion and erosion in your coal fired power plant? Coal fired power plants move volumes of solids that abrade and erode equipment. Over the equipment lifetime, ongoing maintenance and replacement can result in extra expense and increased downtime. Wear resistant linings from Saint-Gobain provide unmatched abrasion and corrosion resistance and last many times longer than carbon steel. Saint-Gobain produces strong, cost-effective linings that stand up to the rigors of heavy industry and extend the lifetime of equipment. As the industry leader in ceramic materials and applications expertise, Saint-Gobain can line or retrofit the following with WRT materials: Ashlines Exhauster Fans Coal Mill Pulverizers Pulverized Fuel Lines Burner Elbows Burner Nozzle Deflectors and Diffusors Coal Bunkers Coal Storage Silos Electrostatic Precipitators Electrostatic Economizers Electrostatic Fly Ash Valves FGD Scrubber Piping FGD Cyclones FGD Scrubber Nozzles Outside Coal and Lime Handling Chutes Sorbent Injection Equipment Ashline Conveyors Coal Drag Conveyors Wear resistant materials outlast steel for unmatched abrasion and corrosion resistance. Saint-Gobain produces many material types that withstand highly abrasive and corrosive environments including: Durafrax® fine-grain, high-grade alumina Cryston® high performance nitride-bonded silicon carbide Corguard® / ZAC fused cast AZS (a combination of alumina, zirconia and silica) Norfrax® high performance, fine grain reaction bonded silicon carbide Hexoloy® pressureless sintered silicon carbide Hammerfrax® impact resistant material, Saint-Gobain’s newest impact resistant material Refrax® nitride bonded silicon carbide Linings from Saint-Gobain match up to existing fittings for easier installation. The properties of SiC and AZS bricks ensure extended product life, reduced maintenance and increased production capabilities. Features and Benefits Achieve better value and improved performance over the lifetime of equipment. From state-of-the-art materials to a strong focus on R&D, custom engineered solutions from Saint-Gobain provide better value over equipment lifetimes. The company offers global sourcing capabilities, material and design expertise and vast shape capabilities. FEA analysis is part of the R&D process to ensure materials always meet performance and quality requirements. Stronger materials reduce downtime, allow for increased throughput and minimize maintenance costs. Shapes and liners from Saint-Gobain ensure tighter tolerances than traditional refractory bricks, resulting in shorter installation time with fewer field adjustments. Related Resources Hexoloy® SE SiC Material (Technical Data Sheet) Corguard® (ZAC) Material Properties (Technical Data Sheet) Cryston® CN178 Material Properties (Technical Data Sheet) Durafrax® 2000 Alumina Material Properties (Technical Data Sheet) Hexoloy® SA SiC for the Mining Industry (Technical Data Sheet) Hexoloy® SA Silicon Carbide (Technical Data Sheet) Norfrax® RB CS701 Material Properties (Technical Data Sheet) CONTACT US Performance Ceramics & Refractories is a division of Saint-Gobain Ceramic Material Industries / Markets Hexoloy® SiC About Us Document Center Sitemap Legal California Supply Chain Act Disclosure CONTACT US FOLLOW US © Copyright Saint-Gobain 2020. All rights reserved.