Tube Sheets

Tube Sheets we deals in following Tube Sheets

• Copper Nickel Plate and Tubesheet
• Aluminium Bronze Baffle & Tubesheet
• Brass and Naval Brass Tubesheets & Baffle
• Stainless steel Tubesheets & Baffle
• Carbon steel Tubesheets & Baffle

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• Copper Nickel Plate and Tubesheet
• Aluminium Bronze Baffle & Tubesheet
• Brass and Naval Brass Tubesheets & Baffle
• Stainless steel Tubesheets & Baffle
• Carbon steel Tubesheets & Baffle

Copper Nickel Plate and Tubesheet

• ASME SB171 C71500 Copper Nickel Tubesheet
• ASTM B171 C46400 Copper Nickel Tubesheet
• ASTM B111 C44300 Copper Nickel Tubesheet
• ASME SB171 C71500 Copper Nickel 70/30 Plate
• ASME SB171 C70600 Copper Nickel 90/10 Plate and Tubesheet

Aluminium Bronze Baffle & Tubesheet

• ASME SB171 C63000 Aluminum-Nickel Bronze Tubesheet and Plates
• ASME SB171 C61300 Aluminum Bronze Tubesheet and Plates

Brass and Naval Brass Tubesheets & Baffle

• ASTM B171 C70600 Brass and Naval Brass Tubesheets & Baffles
• ASME SB171 C46400 Brass And Naval Brass Tubesheets
• ASME SB171 C46500 Brass and Naval Brass Baffles
• CE/PED/EN10204-3.1 CNC precision machining custom brass tube sheet

Stainless steel Tubesheets & Baffle

• Tubesheets of Heat Exchangers
• Tube Sheet Forging used for Pressure Vessel
• Stainless Steel Tube Plate Tubesheet
• Stainless Steel Clad Tubesheet
• Stainless Forged Tubesheet for Heat Exchanger

Carbon Steel Tubesheets & Baffle

• 
  Fixed Tube Sheet and Floating Tube Sheet
• 
  Top Tube Sheet and Bottom Tube Sheet
• 
  Open die forging carbon steel tubesheet
• 
  Carbon steel tubesheet SA105N /SA266
• 
  Fired Heater Studded Tubes
• 
  Carbon Steel Forged Tubesheet

Features-
Materials : Carbon Steel ,Alloy Steel ,Stainless Steel and Corrosion-resistance Steel.
Application : Heat Transfer Equipment including Heat Exchangers, Boilers, Economizers, Super Heaters, Fired Heaters, HRSG, Waste Heat Recovery Systems etc.
In general, the fin configuration is said to transfer heat more efficiently than solid fin since the serrated fin segments allow some lateral (cross-fin) flow of fluid along the tube axis, which serves to increase turbulence, thereby breaking up the thermal boundary layer and increasing heat transfer efficiency.