Graphite tubes heat exchanger that is based on the only ultra-fine graphite, combines optimum thermal efficiency, mechanical durability and chemical inertness.
KEY FEATURES:
1. Heat exchange area up to 50 m´
2. Large choice of design, Metal & Glass Shell.
3. Shell Diameter:
4. Easy replacement of tubes for repair & cleaning.
5. 5-meter tubes without a join, to ensure a greater resistance to breakage
6. Headers in different materials through the use of graphite, FRP, metallic, glass°
7. Design temperature up to 200°C.
CUSTOMER BENEFITS:
1. High corrosion resistance
2. 1st time introduce in Indian Market graphite shell & tube heat exchanger
3. Proven design in demanding processes such as P2O5
4. Available option for easy maintenance
5. Excellent After-Sales Service
Premium Graphite Tube Heat Exchangers – High Corrosion Resistance & Maximum Thermal Efficiency
🌡 Product Overview – Advanced Graphite Tube Heat Exchanger
Our graphite tube heat exchangers are engineered for maximum heat transfer efficiency, exceptional chemical resistance, and long-term durability in highly corrosive environments. Designed for industries like API, bulk drugs, chemicals, and gas scrubbing, our high-performance graphite heat exchangers combine ultra-fine graphite construction, high thermal conductivity, and robust mechanical strength.
- ✔ Heat Transfer Area: Up to 50 m²
- ✔ Temperature Range: Up to 200°C
- ✔ High Corrosion Resistance – Ideal for acidic & alkaline processes
- ✔ Customizable Design – Available in glass-lined, metal-jacketed, and FRP shell configurations
🔬 How Does a Graphite Tube Heat Exchanger Work?
Our graphite tube heat exchangers operate based on an efficient thermal transfer process, ensuring maximum heat recovery and minimal energy loss.
- Step 1: Hot and cold fluids flow through separate graphite tubes, preventing contamination.
- Step 2: Graphite tubes conduct efficient heat exchange between the two fluids due to high thermal conductivity.
- Step 3: Corrosion-resistant graphite prevents damage from aggressive chemicals.
- Step 4: The cooled or heated fluid exits, completing the cycle efficiently.
📌 Key Features & Benefits of Our Graphite Tube Heat Exchangers
- ✅ Industry-Leading Corrosion Resistance – Built for chemical, pharmaceutical, and API processing.
- ✅ Unmatched Thermal Efficiency – High heat transfer performance with minimal energy loss.
- ✅ Durable & Long-Lasting – 5-meter seamless tubes provide superior mechanical strength.
- ✅ Easy Maintenance & Repair – Removable graphite tubes for hassle-free cleaning & replacement.
- ✅ Customizable & Scalable – Available in metal, FRP, and glass shell options.
- ✅ High Temperature Resistance – Designed for temperatures up to 200°C.
- ✅ Proven Performance – Successfully used in high-demand industries like chemical processing & gas scrubbing.
📊 Technical Specifications – Graphite Tube Heat Exchanger
| Specification | Details |
|---|---|
| Heat Transfer Area | Up to 50 m² |
| Shell Material | Metal, Glass, FRP |
| Graphite Tube Length | 5 meters (seamless) |
| Temperature Range | Up to 200°C |
| Pressure Rating | Varies based on design |
| Tube Material | High-Purity Graphite |
| Application | Heat exchange in corrosive environments |
🏭 Industries We Serve
Our graphite tube heat exchangers are trusted by leading industries requiring high-performance heat transfer solutions:
🏭 Chemical Processing – Resistant to acidic & alkaline environments
💊 Pharmaceuticals & API – Ensuring precision temperature control
🚗 Petrochemicals & Refineries – High-performance heat recovery
🔬 Research & Laboratories – Ideal for experimental setups
🌱 Fertilizer & Agrochemicals – Handles highly corrosive substances
🔥 Why Choose Our Graphite Tube Heat Exchangers?
- ✔ Customizable Designs – Tailored solutions to match your exact process needs
- ✔ Low Maintenance & High Reliability – Built for long-term durability
- ✔ Bulk Order Discounts – Save more on large industrial orders
- ✔ Global Shipping – Fast & secure worldwide delivery
⚙ Applications of Graphite Tube Heat Exchangers
Cooling & Heating of Corrosive Liquids
Heat Recovery in Chemical Reactions
Gas Scrubbing & Absorption Processes
API & Bulk Drug Processing
Hydrochloric Acid & Phosphoric Acid Handling