China Jiangsu Hongbao Group Co., Ltd. Company News

In seawater desalination projects, systems are constantly exposed to high-chloride and saline environments that demand exceptional corrosion resistance from metallic components. Titanium tubes are virtually immune to seawater corrosion, making them an essential material in technologies like Multi-Stage Flash (MSF), Reverse Osmosis (RO), and Multi-Effect Distillation (MED). Key roles of titanium tubes in seawater desalination include:   1.Tube Material for Condensers and Heat Exchangers: Titanium tubes are used in heaters, condensers, and energy recovery systems to ensure corrosion-free operation.   2.Reliable Long-Term Operation: Their resistance to pitting, crevice corrosion, and chloride-induced degradation minimizes system failure and downtime.   3.Extended Service Life with Lower OPEX: Titanium tubes can last over 20 years, reducing the frequency and cost of maintenance and replacement.   4.High Thermal Efficiency: Thin walls and high mechanical strength enable excellent heat transfer performance, contributing to energy savings.   5.Adaptability to Harsh Marine Conditions: Titanium performs reliably in fluctuating seawater temperatures, salinity, and pH levels. As a result, titanium tubes are a critical component for ensuring the long-term, efficient, and safe operation of seawater desalination plants.

Power plant condensers operate continuously in hot, humid environments and often use seawater or recirculated cooling water, which contain high levels of salts and chlorides. Titanium tubes are widely preferred in such systems due to their exceptional corrosion resistance and thermal performance. Key advantages include:   1.Superior Seawater Corrosion Resistance: Titanium resists corrosion from seawater and chloride-containing media, avoiding pitting and stress corrosion cracking.   2.High Long-Term Stability: A naturally forming, stable oxide film protects titanium tubes, allowing them to operate for over 30 years—far longer than copper or stainless steel alternatives.   3.Reduced Maintenance Requirements: Minimal fouling and corrosion mean fewer cleaning cycles and less unplanned downtime.   4.Excellent Thermal Performance: Although titanium’s thermal conductivity is lower than copper’s, its thin walls and high strength provide efficient heat transfer in real-world applications.   5.Withstands High Temperature and Pressure: Titanium alloys perform reliably under high-pressure and high-temperature conditions, matching the demands of modern high-capacity power systems.   In summary, using titanium tubes in condenser systems not only extends service life but also enhances the reliability and cost-efficiency of power generation operations.

In nuclear power plants, the condenser plays a vital role in converting exhaust steam from the turbine back into water, ensuring efficient thermal cycle operation. The performance and durability of condenser tubes directly affect plant reliability, operational efficiency, and maintenance costs. While Cu-Ni (Copper-Nickel) alloys have been widely used for decades, titanium tubes are increasingly recognized as the superior choice for modern nuclear power plant condensers.   At Jiangsu Hongbao Group Co., Ltd., we manufacture high-quality titanium and titanium alloy tubes specifically designed for nuclear condenser applications. Complying with ASTM B338, ASTM B861, ASME SB338, and SB861 standards, our products are available in grades such as Gr2, Gr7, and Gr12, offering unmatched performance in aggressive marine and cooling water environments.   Why Titanium Outperforms Cu-Ni Alloys in Condensers:   Superior Corrosion Resistance – Titanium is virtually immune to corrosion in seawater and brackish water, even at high flow velocities, whereas Cu-Ni alloys may suffer from pitting or erosion-corrosion over time.   Longer Service Life – Titanium condenser tubes often last over 40 years without replacement, reducing downtime and lifecycle costs significantly.   Higher Strength-to-Weight Ratio – Titanium provides excellent mechanical strength with 45% less weight compared to Cu-Ni, allowing lighter and more compact designs.   Biofouling Resistance – Titanium resists marine biofouling naturally, reducing cleaning frequency and improving heat transfer efficiency.   Thermal Efficiency Stability – Unlike Cu-Ni, titanium maintains consistent thermal performance even after decades of operation.   We supply titanium condenser tubes with outer diameters ranging from 6mm to 270mm, wall thicknesses from 0.5mm to 22mm, and lengths up to 18 meters. Our advanced manufacturing capabilities—such as 2T vacuum consumable electrode furnaces, 1250T extrusion presses, and precision cold-rolling machines—ensure exceptional dimensional accuracy, surface finish, and weldability.   Backed by PED, DNV, and Lloyd’s Register certifications and with options for third-party inspection (SGS, TÜV, etc.), Jiangsu Hongbao guarantees product quality for the most demanding nuclear applications. Our titanium tubes are already in service in multiple nuclear power plants worldwide, providing stable, maintenance-free operation for decades.

Flue Gas Desulfurization (FGD) systems are a critical part of modern fossil fuel power plants, designed to remove sulfur dioxide (SO₂) from exhaust gases and reduce environmental pollution. One of the most important components in wet FGD systems is the spray pipe, which continuously delivers absorbent slurry to scrubbers. Due to the extremely corrosive environment created by acidic flue gas and slurry mixtures, titanium spray pipes have become the preferred choice for long-term reliability and cost efficiency.   At Jiangsu Hongbao Group Co., Ltd., we specialize in manufacturing titanium and titanium alloy pipes for FGD spray applications. Our products are engineered to meet the most demanding operational requirements, with superior resistance to acid corrosion, chloride attack, and abrasion from slurry particles. They are manufactured according to ASTM B338, ASTM B861, ASME SB338, and SB861 standards, with available grades including Gr2, Gr7, and Gr12, all proven to perform exceptionally in aggressive FGD environments.   Our titanium FGD spray pipes are available in outer diameters from 6mm to 270mm, wall thickness from 0.5mm to 22mm, and lengths up to 18 meters. We utilize advanced production equipment including 2T vacuum consumable electrode furnaces, 1250T extrusion presses, vacuum annealing furnaces, and automatic hydraulic pressure testing systems to ensure precise dimensions, excellent mechanical properties, and smooth internal surfaces for optimal flow performance.   Compared with traditional stainless steel, titanium spray pipes offer significantly longer service life, reduced maintenance requirements, and better resistance to scaling, ensuring uninterrupted operation and lower lifecycle costs for power plants. Many of our titanium spray pipes are already installed in coal-fired and oil-fired power plants worldwide, operating reliably under continuous high-load conditions.   With certifications from PED, DNV, and Lloyd’s Register, and the option for third-party inspections (SGS, TÜV, etc.), we guarantee quality and performance that meet international standards. Our engineering team also offers customization services, including pipe bending, flange integration, and pre-welding, to simplify installation at the plant site.

In thermal power plants, the condenser plays a crucial role in maintaining turbine performance. Its efficiency directly affects turbine backpressure, power output, and fuel consumption. Titanium tubes, with their excellent properties, are increasingly used to enhance the overall performance of these systems. Improved Heat Transfer Efficiency: Titanium tubes are thin-walled and high-strength. Although titanium has a lower thermal conductivity than copper, its structural advantages result in superior overall heat exchange efficiency, helping reduce turbine backpressure. Long-Term Clean Surface: Titanium resists scaling and fouling, maintaining consistent heat transfer performance over time and avoiding degradation due to deposit buildup. Reduced Downtime and Higher Availability: Titanium’s exceptional resistance to seawater corrosion and stress corrosion cracking leads to longer equipment life and fewer unscheduled shutdowns. Lower Maintenance and Operating Costs: With a lifespan of over 30 years, titanium tubes outperform copper and stainless steel alternatives, reducing replacement frequency and maintenance expenses. Enhanced System Safety and Stability: Titanium performs well with various cooling water types, including seawater and brackish water, ensuring stable operation and preventing corrosion-related leaks or failures. In summary, titanium tubes enhance power plant efficiency by improving heat transfer, reducing maintenance, extending service life, and increasing operational reliability.

In sulfuric acid production, heat exchangers are continuously exposed to high-temperature, high-concentration corrosive environments. Traditional materials like stainless steel and copper alloys often suffer rapid corrosion, leading to shortened service life and frequent maintenance shutdowns. In contrast, titanium—especially Grade 2 and Grade 12 tubes manufactured to ASTM B338 standard—has become the preferred material in many acid plants due to its exceptional corrosion resistance.   Titanium forms a dense and stable oxide film on its surface, which protects it against uniform corrosion, pitting, and stress corrosion cracking—even under harsh sulfuric acid conditions. These tubes can reliably operate for more than a decade, significantly reducing replacement frequency and maintenance costs, while enhancing overall operational stability and plant safety.   From the perspectives of long-term efficiency, maintenance reduction, and reliability, titanium heat exchanger tubes offer unparalleled advantages in the sulfuric acid processing industry.

In sulfuric acid processing, equipment reliability and material durability are essential to maintaining consistent plant operation. One of the most frequent causes of unplanned downtime is corrosion failure in heat exchangers, where traditional materials like stainless steel and copper alloys often degrade rapidly under harsh acidic conditions. Titanium heat exchanger tubes, particularly those manufactured to ASTM B338 standards, have proven to be a highly effective solution for extending operational life and reducing maintenance interruptions.   Titanium Grade 2 and Grade 12 are commonly used in sulfuric acid applications due to their outstanding resistance to corrosion, even at elevated temperatures and concentrations. Unlike steel, titanium forms a stable, protective oxide film on its surface, which significantly reduces the risk of uniform corrosion, pitting, and stress corrosion cracking. This property makes titanium tubing ideal for heat exchangers in acid plants where performance reliability is critical.   Jiangsu Hongbao Group produces a wide range of titanium heat exchanger tubes with outer diameters from 6mm to 60mm, wall thickness from 0.5mm to 2.5mm, and lengths up to 18 meters. Our tubes are used in horizontal and vertical shell-and-tube heat exchangers across chemical facilities processing sulfuric acid and related by-products. We ensure consistent quality through advanced manufacturing processes, including vacuum annealing, precision rolling, and hydraulic pressure testing.   Field experience shows that titanium heat exchanger tubes can operate for over a decade with minimal degradation in sulfuric acid conditions, significantly reducing the need for replacement or repair. This directly translates into fewer plant shutdowns, lower maintenance costs, and increased productivity.   Using titanium is not just about extending tube life—it's about improving the overall reliability and safety of acid processing systems. By minimizing the risks associated with material failure, titanium helps operators maintain stable production and meet demanding process requirements.

In modern acid production, where corrosive environments are constant and extreme, choosing the right pipeline material is critical for maintaining safety, minimizing downtime, and extending service life. Compared to traditional stainless steel, ASTM B338 titanium pipes offer up to 10 times longer lifespan, making them the preferred solution for hydrochloric acid, sulfuric acid, nitric acid, and mixed acid systems.   Jiangsu Hongbao Group specializes in the production of high-performance ASTM B338 titanium pipes, designed to meet the demands of the chemical industry. Our pipes are manufactured with high-purity titanium grades such as Gr2, Gr7, and Gr12, which exhibit superior corrosion resistance in highly acidic and oxidizing media. These materials are especially effective in preventing pitting, crevice corrosion, and stress corrosion cracking—common failures in steel pipelines used in acid environments.   With outer diameters ranging from 6mm to 270mm, wall thicknesses from 0.5mm to 22mm, and lengths up to 18 meters, our seamless titanium pipes are engineered to deliver unmatched durability and dimensional stability. Advanced production facilities—such as 1500T hydraulic presses, vacuum annealing furnaces, and high-precision rolling machines—ensure that every pipe meets strict international quality standards, including ASTM B338 and ASME SB338.   Our titanium pipes are already in widespread use in acid storage systems, acid circulation pipelines, evaporators, and heat exchangers in chemical plants worldwide. With PED, DNV, and Lloyd’s certifications, we are a trusted supplier to many leading chemical equipment manufacturers and EPC contractors.   By switching from steel to ASTM B338 titanium pipes, acid producers can dramatically reduce maintenance frequency, avoid costly plant shutdowns, and achieve lower total cost of ownership over time.

In chlor-alkali production, where highly corrosive media such as chlorine gas, hydrochloric acid, and sodium hydroxide are involved, material selection plays a critical role in ensuring operational safety and long-term stability. Seamless titanium tubes have emerged as the optimal solution for piping and heat exchange systems in these challenging environments due to their superior corrosion resistance, high strength-to-weight ratio, and long service life.   At Jiangsu Hongbao Group, we specialize in manufacturing high-quality seamless titanium and titanium alloy tubes, engineered specifically for demanding chemical applications. Our products conform to ASTM B338, ASTM B861, ASME SB338, and SB861 standards, and are available in Gr2, Gr7, Gr12, and other corrosion-resistant titanium grades ideal for chlor-alkali plants.   With an outer diameter range from 6mm to 270mm, wall thickness from 0.5mm to 22mm, and maximum length up to 18 meters, our seamless titanium tubes are manufactured using state-of-the-art equipment such as 1250T extrusion presses, vacuum annealing furnaces, and automated hydraulic pressure testers. These precision-controlled processes ensure exceptional dimensional accuracy, smooth internal surfaces, and outstanding weldability—all essential for the harsh chemical environments in chlor-alkali systems.   In addition to PED, DNV, and Lloyd’s Register certifications, we provide third-party inspection reports (SGS, TÜV, etc.) to meet the strict quality requirements of global clients. Our seamless titanium tubes are already widely used in electrolytic cells, brine heaters, heat exchangers, and chemical transport pipelines within the chlor-alkali industry.   Choosing Jiangsu Hongbao means choosing a reliable long-term partner committed to precision manufacturing, corrosion resistance, and global service. If you're seeking an efficient, maintenance-free, and corrosion-proof solution for your chlor-alkali project, our titanium seamless tubes offer the ultimate performance.

Titanium tubes are widely used in processing strong corrosive chemical media due to their outstanding corrosion resistance and long-term stability, even under elevated temperatures and concentrations. Common suitable media include: Sulfuric Acid (H₂SO₄): Excellent resistance across a wide range of concentrations and temperatures; ideal for acid concentration units and condensers. Hydrochloric Acid (HCl): Good corrosion resistance in dilute to moderate concentrations; used in recovery and cooling systems. Nitric Acid (HNO₃): Forms a protective oxide film in concentrated nitric acid, providing superior corrosion resistance. Phosphoric Acid (H₃PO₄): Titanium tubes are widely used in phosphate fertilizer and wet-process phosphoric acid systems. Organic Acids (e.g., Formic, Acetic, Oxalic Acid): Titanium exhibits excellent stability against various organic acids used in fine chemical production. Chlorinated Organics and Chlorine Gas: Titanium shows high resistance to chlorine-induced stress corrosion and is suitable for chlorination processes. Alkalis (e.g., NaOH, KOH): Titanium provides moderate resistance in some alkaline environments, applicable in selective caustic heat exchange systems. These properties make titanium tubing an ideal choice for chemical plants requiring high reliability, corrosion resistance, and long service life.