High-Temperature Boiler Tube Shields for Critical Protection
Boiler Tube Shields are engineered to protect boiler tubing from the erosive effects of extreme temperatures and pressures. Manufactured from premium stainless steel alloys like SS310S, these critical components significantly extend tube lifespan by: Shielding vulnerable tube surfaces from direct particle impact. Resisting oxidation at temperatures exceeding 1000°C. Preventing wall thickness reduction from continuous abrasion. Maintaining thermal efficiency by preserving tube integrity. Our shields are precision-engineered for diverse tubing configurations: Straight Tube Shields - Standard and extended coverage. Curved/Elbow Shields - Precision-formed radius solutions. Finned Tube Protection - Custom designs for enhanced surface areas. Special Geometry - Custom fabrication for unique installations. All solutions available in SS304, SS309, SS310S, SS321 and other high-grade alloys. Material: AISI 310S Stainless Steel Design: Precision-formed for elbow protection Temperature Rating: 1150°C (2100°F) Applications: Superheater elbows, tight-radius bends Specially contoured shields protect vulnerable curved sections against high-velocity ash erosion in coal-fired boilers. Custom radii available. Material: SS304 or SS310S Design: Contoured fin coverage Feature: Enhanced heat transfer preservation Applications: Economizers, HRSG units Specialized shields that protect finned surfaces without compromising thermal efficiency. Customizable for various fin patterns and densities. Material: AISI 304/310S Stainless Steel Thickness: 1.5-6.0mm (Customizable) Length: Standard 300-1200mm (Custom Sizes) Applications: Water walls, superheater platens Half-round or full-wrap designs for maximum erosion protection on straight tube runs. Available in multiple alloys for different temperature zones.Customized Protection Solutions
Engineered Protection Solutions
SS310S Curved Tube Shield
Finned Tube Protection System
Universal Straight Tube Shield
Our shields increase tube service life by 200-400% by absorbing erosive impact that would otherwise degrade tube walls.
Prevent costly boiler shutdowns and tube replacements with proactive protection at critical wear points.
Precision-engineered protection for unique tube configurations including curved sections and finned surfaces.