Glass lined steel pipe fittings

Our range of glass-lined steel pipe fittings and spools offers the ultimate solution for transporting highly corrosive, abrasive, and high-purity fluids. Combining the mechanical shock resistance of cast carbon steel with the exceptional chemical inertness of a specialized glass-enamel interior coating, these components safeguard piping systems against aggressive chemical attacks. Available in multiple configurations including flanged elbows, tees, and straight spools, they ensure zero metal contamination and a smooth, non-stick surface that prevents product crystallization and buildup.

Technical Specifications:

• Material Substrate: Heavy-Duty Cast Carbon Steel / Fabricated Mild Steel

• Lining Technology: Multi-Layer Industrial Glass Enamel Bonding

• Lining Finish: High-Gloss Smooth Contamination-Free Surface

• Component Options: Standard Radii Elbows, Tees, and Straight Spools

• Connection Geometry: Dual Multi-Bolt Hole Integral Flanges

• Exterior Surface Coating: Weatherproof Corrosion-Resistant Blue Paint Finish

• Chemical Capability: Outstanding Resistance to Strong Acids and Halogens

• Surface Interaction: Non-Stick Profile to Prevent Solid Caking

• Fluid Cleanliness: Ideal for High-Purity Pharmaceutical Fluids

• Alignment Configuration: Precisely Machined Parallel Flange Faces

• Structural Integrity: High Mechanical Resistance to Pipeline Stress

• Thermal Characteristics: Engineered to Withstand Process Temperature Variances

• Sealing Interface: Fully Encircled Enameled Flange Gasket Face

• Testing Protocol: High-Voltage Spark Detection Inspection Formulated

• Dimension Standards: Compatible with Global Industrial Flange Standards

• Bore Specification: Full Port Unrestricted Inner Diameter Flow

• Joining System: Standard Bolt and Nut Flanged Compression Joints

• Fabrication Grade: Uniform Lining Thickness Across Complex Curves

• Operating Safety: Eliminates Hazardous Pipeline Permeation Risks

• Installation Method: Modular Bolt-Together Inline Piping Assembly