SSiC Heat Exchange Tube

SSiC Heat Exchange Tube

Silicon Carbide For Corrosive & Thermal Systems

Ssic heat exchange tubes deliver outstanding corrosion and thermal shock resistance, ideal for aggressive and high-temperature fluid systems in chemical and thermal industries.

SSiC Heat Exchange Tube

Silicon Carbide For Corrosive & Thermal Systems

Ssic heat exchange tubes deliver outstanding corrosion and thermal shock resistance, ideal for aggressive and high-temperature fluid systems in chemical and thermal industries.

SSiC Heat Exchanger Tube
Silicon Carbide Tube
Corrosion Resistant Heat Tube
High Temp Heat Exchange
Ceramic Heat Exchanger
SSiC Heat Exchange Tube (Image 6)
SSiC Heat Exchange Tube (Image 7)
SSiC Heat Exchange Tube (Image 8)

SSIC Heat Exchanger

SSIC Heat Exchanger

SSiC heat exchange tubes are precision-engineered components made from siliconized silicon carbide, a high-performance ceramic ideal for heat exchanger applications in corrosive and high-temperature environments. These tubes are designed to transfer heat efficiently while maintaining chemical integrity under extreme conditions.

With ultra-high hardness, superior chemical stability, and excellent thermal conductivity, SSiC tubes outperform traditional metallic and polymer-lined heat exchanger materials. They resist damage from acidic gases, saltwater, solvents, and rapid temperature fluctuations.

Material Advantages

Technical
  • High Strength & Temperature Resistance

    Maintains integrity in extreme thermal environments

  • Exceptional Thermal Conductivity

    100‑125 W/m·K enables more compact design

  • Superior Corrosion Resistance

    Withstands strong acids & alkalis

SiC vs Graphite

Comparison
  • FDA‑Approved Material

    No binders, no leaching risks

  • Fouling Resistance

    Resists scale buildup more than graphite

  • Longer Service Life

    Ideal for harsh chemical processes

Key Advantages

  • Much higher thermal conductivity vs. other resistant materials
  • Smaller heat‑exchange footprint with same efficiency
  • Compact design saving space
  • Durable in harsh chemical environments
  • Cost‑effective vs exotic metals
  • No binder leaching risk
  • Minimized fouling for consistent performance
Parameter Specification
Pressure Range Full vacuum to 5 kg/cm²
Temperature Range -50 °C to 200 °C
Heat Exchange Area 0.8 to 50 m²
Shell Diameter DN 100 to DN 500 mm
Flange Standard ANSI 150
Shell Material Carbon/Stainless Steel
Bonnet Lining PFA lined Carbon/Stainless
Tube Sheet PTFE / GFT / PFA
Tubes Silicon Carbide, 14‑19 OD × 2000 mm
Thermal Conductivity 100–125 W/m·°C
Service Types Gas Condensation / Liquid–Liquid Cooling / Heating

Industrial Applications

Silicon Carbide heat exchanger solutions for corrosive media transport in critical industrial sectors

Pharmaceuticals

API & bulk drug manufacturing

Fine Chemicals

Specialty chemical production

Acid Processing

Sulfuric, hydrofluoric, nitric acids

Alkali Handling

Sodium hydroxide solutions

Hydrogenated Compounds

Processing hydrogenated chemicals

Brine & Organics

Brine & organic compound handling

Problem-Solving Applications

Abrasion Resistance

Ideal for high-wear environments with abrasive particles like silica, slag, and mineral slurries

Corrosion Protection

Withstands strong acids (HF, HCl, H2SO4) and alkalis in chemical processing applications

High-Temperature Stability

Maintains structural integrity up to 1600°C in oxidizing and reducing atmospheres

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