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Best Titanium Tube Type Heat Exchanger Manufacturer in India. At Nisha Engineering Works, we specialize in delivering high-performance Titanium Tube Type Heat Exchangers designed for demanding industrial environments. Known for their strength, corrosion resistance, and long service life, these heat exchangers are a reliable choice for industries requiring efficient heat transfer in extreme conditions. Product Review The Titanium Tube Type Heat Exchanger is crafted with precision using high-grade titanium alloys. Unlike conventional steel exchangers, titanium offers superior resistance to seawater, chlorides, and aggressive chemicals. This makes it the preferred solution for power plants, petrochemical facilities, and chemical industries where efficiency and durability are non-negotiable. Clients consistently value this product for: • High corrosion resistance in seawater and chemical environments. • Lightweight yet strong design, making installation and handling easier. • Customizable build to suit different applications and flow requirements. • Energy efficiency, ensuring optimal heat transfer with minimal energy loss. Technical Specifications • Material: Titanium Grades 1, 2, 5, 7, 9, 11, 12 • Manufacturing Method: Seamless / Welded / U-Bent Tubes • Standards: ASTM B338, ASTM B861, ASME SB338, DIN 17861 • Outer Diameter (OD): 12.7 mm – 76.2 mm • Wall Thickness (WT): 0.89 mm – 5.52 mm • Lengths: Up to 16.5 meters (straight), U-bent available on request • Pressure Handling: Designed for high-pressure & high-temperature operations • Applications: Power generation, chemical processing, petrochemicals, desalination, nuclear plants Tested Performance Every Titanium Tube Type Heat Exchanger undergoes rigorous testing to ensure reliability: • Leakage Test: Detects even the smallest leaks for maximum safety. • Corrosion Test: Confirms long-term performance in harsh chemical and marine environments. • Pressure & Thermal Tests: Validates strength under high-pressure and fluctuating temperatures. These tests guarantee consistent performance and assure clients of durability and safety in mission-critical operations. Built for Industry Professionals Engineered with advanced technology and manufactured to international standards, our Titanium Heat Exchangers are trusted by industry professionals worldwide. They are designed to handle aggressive fluids without compromising efficiency, making them ideal for industries where downtime can be costly. Practical benefits include: • Reduced maintenance costs due to corrosion resistance. • Extended service life compared to stainless steel alternatives. • Energy savings through efficient heat transfer. Where to Use the Product The Titanium Tube Type Heat Exchanger finds applications across a wide spectrum of industries: • Marine & Offshore: Seawater cooling and desalination plants. • Chemical Industry: Handling acids like hydrochloric, sulfuric, and nitric. • Oil & Gas: Cooling and condensation in refineries. • Power Plants: Nuclear and thermal energy plants. • Pharmaceuticals & Food Processing: Where hygiene and corrosion resistance are vital. At Nisha Engineering Works, we don’t just manufacture products—we deliver solutions built to perform in the most demanding environments. Our Titanium Tube Type Heat Exchanger is a testament to precision engineering and industry expertise.

Best Stainless Steel Heat Exchanger Manufacturer in India. The Stainless Steel Heat Exchanger from Nisha Engineering Works is designed with precision engineering to meet the demanding requirements of modern industries. Built with premium-grade stainless steel (SS 304 and SS 316), this equipment guarantees exceptional durability, superior thermal efficiency, and long-lasting resistance against corrosion and scaling. Industries such as chemical, pharmaceutical, dairy, food processing, oil & gas, and power generation trust this product for its unmatched performance. Whether you need efficient heating, cooling, condensation, or evaporation, this heat exchanger delivers consistent results, ensuring reliable process control while reducing downtime. Technical Specifications • Material: Stainless Steel (SS 304 / SS 316) • Heat Transfer Type: Condensers, Shell & Tube Design • Usage/Application: Power plants, process industries, and thermal systems • Range of Volume: 1 to 100 Sq. M • Heads Available: Cone, Disc, and Spherical • Reports Provided: Hydro-test Report, Material Test Report, Internal Inspection Report, and Drawings for quality assurance • Construction: Durable shell and tube bundle with easy maintenance access • Operating Suitability: Withstands high pressure and temperature variations These specifications highlight the attention to detail and quality assurance embedded in every unit manufactured by Nisha Engineering Works. Tested Performance Each stainless steel heat exchanger undergoes rigorous quality checks before dispatch. From hydro-testing to material inspection, every step is documented to meet international standards. The design ensures high thermal transfer efficiency while maintaining structural strength. Customers often note reduced scaling, low energy consumption, and stable long-term operation even in aggressive environments. The tested performance proves its capability to handle challenging industrial conditions, ensuring seamless operations and minimizing maintenance costs. Built for Industry Professionals Professionals across sectors value the Stainless Steel Heat Exchanger for its reliability and ease of integration. Engineers appreciate its compatibility with various industrial fluids, while plant operators benefit from simplified cleaning and reduced downtime. Its hygienic stainless steel construction makes it particularly well-suited for food, dairy, and pharmaceutical industries where cleanliness is critical. Furthermore, the product’s adaptability allows for both standard and customized designs, giving industries the flexibility to meet specific temperature and pressure requirements without compromise. Where to Use the Product The Stainless Steel Heat Exchanger is versatile and widely applicable across multiple sectors: • Chemical & Petrochemical Industries: For safe and efficient fluid heating and cooling. • Pharmaceutical & Food Processing: Ensuring hygiene and reliability in temperature-sensitive operations. • Oil & Gas: Withstanding high pressure and aggressive media in refining and processing. • Dairy & Beverage Sector: Maintaining hygiene while ensuring consistent thermal performance. • Power Generation Plants: Efficient condensation and heat recovery processes. Backed by engineering expertise, robust construction, and strict quality checks, the Stainless Steel Heat Exchanger by Nisha Engineering Works is a trusted solution for industries demanding efficiency and reliability. With its corrosion-resistant build and tested performance, it stands out as a long-term investment for professionals who value durability and precision. Contact us for more details.

Best Finned type Heat Exchanger Manufacturer in India. At Nisha Engineering Works, we specialize in delivering advanced Finned Type Heat Exchangers designed for maximum efficiency and durability. Built with precision engineering, our exchangers are trusted across industries where reliable heat transfer is critical. From HVAC and refrigeration to petrochemical and power generation, these exchangers provide a dependable solution tailored for demanding environments. Product Review The Finned Type Heat Exchanger from Nisha Engineering Works is engineered to offer superior heat transfer with minimal energy consumption. What sets it apart is the extended finned surface, which increases the effective transfer area, ensuring rapid heating and cooling processes even under high load conditions. Customers value it for its robust build quality, long service life, and easy maintenance. Our use of premium materials like stainless steel, copper, aluminum, and carbon steel ensures excellent resistance against corrosion and harsh operating conditions. For industries seeking a cost-effective yet powerful solution, this product offers an excellent return on investment. Technical Specifications • Material: Stainless Steel, Carbon Steel, Copper, Aluminum Fins • Usage/Application: HVAC, Refrigeration, Petrochemical, Food Processing, Textile, Power, Chemical • Voltage: 380 V / Custom as per requirement • Capacity: Up to 250 LPM • Medium Used: Air, Water, Industrial Fluids • Design: Spiral Finned / Extruded Aluminum Fin / Copper Fin Pack • Shape: Square or Customizable • Country of Origin: Made in India Tested Performance Every Finned Tube Heat Exchanger undergoes rigorous testing to ensure flawless performance in real-world conditions. With operating designs compliant with HTRI, API 661, and ASME standards, these exchangers are built to withstand high temperatures, pressure variations, and continuous operation cycles. Tested for thermal efficiency, mechanical strength, and corrosion resistance, they are trusted by industry professionals across diverse sectors. Built for Industry Professionals Whether you need an air heater, air cooler, condenser, or waste heat recovery unit, our Finned Type Heat Exchangers are engineered for professionals who cannot compromise on performance. Compact in design yet powerful in output, they reduce operational costs while enhancing process efficiency. Installation is straightforward, and maintenance requires minimal downtime, making them a perfect fit for industries that value reliability. Where to Use the Product The Finned Type Heat Exchanger is a versatile solution widely used in: • HVAC Systems – for efficient heating and cooling of air. • Petrochemical Plants – to manage process heat effectively. • Power Generation Units – for waste heat recovery and cooling. • Food Processing & Textile Industries – where precise temperature control is essential. • Refrigeration & Cold Storage – ensuring energy-efficient cooling. • Automotive & Heavy Trucks – as radiators and condensers. The Finned Type Heat Exchanger by Nisha Engineering Works combines cutting-edge design, high durability, and superior performance. Built to handle the toughest industrial requirements, it is the go-to choice for businesses that demand energy efficiency and reliability. With both standard and customized solutions available, we ensure that every client finds the perfect fit for their unique process needs. Contact us for more details.

Best Shell And Tube Heat Exchanger Manufacturer in India. When it comes to efficient heat transfer in demanding industrial environments, the Shell and Tube Heat Exchanger remains the most reliable solution. At Nisha Engineering Works, we manufacture exchangers designed to deliver long-lasting performance under high pressure and extreme temperatures. Product Review Our Shell and Tube Heat Exchanger is engineered with precision to ensure maximum thermal efficiency and durability. Built using high-quality stainless steel, carbon steel, or special alloys, it offers excellent resistance against corrosion and thermal stress. The modular construction allows for easy maintenance, while the optimized tube bundle design ensures superior heat transfer in both heating and cooling processes. Customers appreciate the balance of efficiency, durability, and cost-effectiveness our exchangers provide. Whether for a small-scale setup or large industrial plant, this product is built to perform consistently in diverse applications. Technical Specifications • Design: Fixed Tube Sheet / Floating Head / U-Tube (customizable) • Material Options: Stainless Steel, Carbon Steel, Mild Steel, and Special Alloys • Shell Diameter: Custom sizes available based on application • Pressure Rating: Suitable for high-pressure operations • Temperature Range: Designed for both high and low-temperature conditions • Capacity: Engineered as per process requirements • Maintenance: Easy cleaning and inspection with modular design Tested Performance Every Shell and Tube Heat Exchanger undergoes rigorous quality testing before dispatch. Our testing process covers: • Pressure Testing: To ensure leak-proof operation even at high pressures • Thermal Efficiency Verification: Guaranteeing optimal heat transfer • Material Integrity Checks: Confirming resistance to corrosion and stress This ensures that clients receive a heat exchanger capable of meeting international quality standards. Built for Industry Professionals The design philosophy at Nisha Engineering Works focuses on professional industrial requirements. These heat exchangers are crafted for: • Long operational life in harsh environments • Consistent performance with minimal downtime • Compatibility with diverse process industries • Energy-efficient operation to reduce costs With precision engineering and a strong focus on customization, our exchangers provide value to industries looking for dependable solutions. Where to Use the Product The Shell and Tube Heat Exchanger is widely used across multiple industries: • Petrochemical & Refining: Hydrocarbon cooling, gas–liquid separation • Power Generation: Steam condensation in thermal and nuclear plants • Pharmaceuticals & Food Processing: Safe heating and cooling for sensitive materials • Chemical Processing: Handling corrosive fluids in high-pressure systems • Oil & Gas: Effective heat transfer for upstream and downstream processes By combining innovation, expertise, and precision manufacturing, Nisha Engineering Works delivers Shell and Tube Heat Exchangers that help industries achieve reliable, efficient, and sustainable heat transfer solutions.

Best Inter Cooler Complete With Moisture Separators Manufacturer in India. When it comes to industrial air and gas compression, the role of a reliable Inter Cooler Complete with Moisture Separators cannot be overstated. Nisha Engineering Works offers premium-quality inter coolers compatible with Malke, KG Khosla, IR, and Kirloshkar compressors, designed to enhance efficiency, safety, and longevity of your machinery. How It Works: A multi-stage compressor heats air or gas as it compresses it in successive stages. This heat naturally causes moisture to vaporize. The inter cooler serves as a shell-and-tube heat exchanger where hot compressed air is cooled efficiently using water or ambient air circulating through the tubes. As the temperature drops, condensation occurs, forming water and oil droplets. These are then separated in the integrated moisture separator, which uses centrifugal force or coalescing filters to remove the liquids. The collected moisture is drained manually or automatically, leaving clean, dry, and cooler air to flow to the next compression stage. Product Review: Industry professionals consistently choose our Inter Cooler Complete with Moisture Separators for its: • Enhanced Efficiency: Cooling the air between compression stages increases air density, boosting volumetric efficiency while reducing energy consumption. • Superior Performance: Cooler, denser air enhances combustion in engines and turbines, leading to improved power output and fuel economy. • Reduced Equipment Wear: Moisture and oil removal prevents corrosion and prolongs the lifespan of valves, cylinders, and pneumatic tools. • Safety Assurance: Lower air temperature minimizes fire hazards associated with hot, pressurized air. • Optimal Air Quality: Dry, clean air is essential for sensitive industrial applications, including pharmaceuticals, food processing, and painting. Technical Specifications • Compatibility: Malke, KG Khosla, IR, Kirloshkar compressors • Design: Shell-and-tube heat exchanger with integrated moisture separator • Cooling Medium: Water or ambient air circulation • Drainage: Manual or automatic moisture removal • Material: High-grade industrial steel for corrosion resistance • Performance: Tested under industrial compression cycles for reliability Tested Performance Our inter coolers undergo rigorous testing in real-world industrial conditions to ensure consistent cooling efficiency, moisture removal, and long-term durability. Each unit meets stringent performance standards, providing peace of mind to professionals in demanding environments. Built for Industry Professionals Designed for engineers, plant operators, and maintenance teams, Nisha Engineering’s Inter Cooler Complete with Moisture Separators delivers reliable performance, reduced maintenance costs, and seamless integration into existing multi-stage compressor setups. Where to Use the Product • Compressed Air Systems: Clean, dry air for pneumatic tools and manufacturing machinery • Power Generation: Protect turbines from moisture-induced erosion • Chemical Processing: Maintain gas and vapor purity in critical reactions • HVAC Systems: Control humidity and enhance indoor air quality • Automotive: Turbocharged and supercharged engines benefit from cooler intake air Conclusion: Investing in Nisha Engineering Works’ Inter Cooler Complete with Moisture Separators means improving efficiency, safety, and performance in your industrial air and gas systems. With tested reliability and expert design, it’s the preferred choice for professionals across sectors.

Best Inter Cooler Tube Bundle With Shell Manufacturer in India. The Inter Cooler Tube Bundle with shell from Nisha Engineering Works is a high-performance shell-and-tube intercooler designed to optimize industrial processes by efficiently reducing the temperature of compressed air and other fluids. Used widely in systems like Malke, KG Khosla, IR, and Kirloshkar, this intercooler ensures improved efficiency, protection of downstream equipment, and moisture removal. How It Works The operation of the Inter Cooler Tube Bundle with shell is based on a straightforward yet highly effective heat exchange process: • The hot compressed air or fluid flows inside the smaller tubes of the tube bundle. • A cooler fluid, typically water, flows around the tubes within the shell, absorbing the heat from the hotter fluid. • Baffles inside the shell create turbulence, ensuring the shell-side fluid crosses the tubes multiple times for optimal heat transfer. • Many models utilize a counter-flow design, allowing the fluids to move in opposite directions and maximizing the temperature differential for enhanced efficiency. This design ensures consistent cooling performance, making it ideal for industrial environments where thermal management is critical. Key Components • Tube Bundle: The core structure of the intercooler, featuring multiple high-conductivity tubes secured by tube sheets. • Shell: The external casing that houses the tube bundle and directs the shell-side fluid. • Tube Sheets: Plates that separate tube-side and shell-side fluids while providing structural support. • Baffles: Guide the shell-side fluid and create turbulence for superior heat exchange. • Channel Head / End Caps: Direct the flow of the tube-side fluid into and out of the tubes efficiently. Common Configurations 1. Fixed Tubesheet: Cost-effective with permanently fixed tubes but limited cleaning options. 2. U-Tube: Accommodates thermal expansion and allows tube bundle removal, though cleaning U-bends can be challenging. 3. Floating Head: Supports full thermal expansion and easy removal for inspection and cleaning. Materials & Durability The Inter Cooler Tube Bundle with shell is constructed using materials selected for durability and corrosion resistance: • Tubes: Copper, copper-nickel alloys, stainless steel, or titanium. • Shell: Carbon steel, stainless steel, or mild steel. These choices ensure the intercooler withstands high temperatures, pressures, and continuous industrial operation. Maintenance & Repair Regular maintenance preserves efficiency and longevity: • Chemical Cleaning: Dissolves internal deposits safely. • Mechanical Cleaning: Removes scale or silt using brushes or high-pressure jets. • Inspection & Testing: Detects leaks, corrosion, and defects using visual and non-destructive methods. • Repair Options: Tube plugging, retubing, or repair welding restore performance without full replacement. Technical Specifications • Heat Transfer Efficiency: High, due to baffles and counter-flow design • Tube Material: Copper / Stainless Steel / Titanium • Shell Material: Carbon Steel / Mild Steel / Stainless Steel • Pressure Rating: Suitable for industrial compressed air systems • Temperature Handling: Designed for high-temperature applications Tested Performance & Industrial Use Built for industry professionals, this intercooler performs reliably under continuous operation, making it ideal for: • Compressed air systems • Refrigeration units • Steam and fluid cooling • Heavy machinery requiring temperature management Where to Use The Inter Cooler Tube Bundle with shell is extensively used in Malke, KG Khosla, IR, and Kirloshkar systems, as well as in other industrial setups requiring precise and efficient cooling of air or fluids. Nisha Engineering Works provides robust, long-lasting, and high-efficiency Inter Cooler Tube Bundles with shell that meet the demanding standards of modern industries.

Best Inter Cooler Tube Bundle Manufacturer in India. In industrial setups, compressors work tirelessly to keep operations running. But excessive heat during compression can reduce efficiency and damage equipment over time. This is where the Inter Cooler Tube Bundle from Nisha Engineering Works comes in. Designed for precision, reliability, and durability, it ensures your compressors perform at their best. The Challenge: Heat in Compression Compressed air or gas naturally heats up as it passes through each stage of compression. Without proper cooling, this heat can: • Reduce compressor efficiency • Increase maintenance costs • Shorten equipment lifespan Industries like dairy, food, and beverage need consistent cooling to maintain product quality and smooth operations. Our Solution: Inter Cooler Tube Bundle The Inter Cooler Tube Bundle is engineered to solve these problems efficiently. It cools compressed air/gas during each stage of compression, ensuring reliable performance. Compatible with leading compressor brands such as Atlas Copco, Chicago Pneumatic, Ingersoll Rand, Kirloskar, and KG Khosla, it seamlessly fits existing systems. Key Features & Advantages • High-Quality Material: Crafted from copper, carbon steel, stainless steel, or Cupro-Nickel for excellent thermal conductivity and corrosion resistance. • Industrial Capacity: 200 Lph ensures consistent cooling in demanding applications. • Pressure Rated: 20 Kg/cm² suitable for heavy-duty compressors. • Air-Cooled Design: Ensures efficient heat dissipation without additional energy costs. • Customizable: Manufactured per client requirements and standards like TEMA RCB and ASME Codes. These features ensure the Inter Cooler Tube Bundle is not only durable but also reduces downtime and maintenance costs. Technical Specifications • Type: Heat Exchanger • Material: Alloy Steel, Casting Steel, Gray Cast Iron, Copper Tubes • Length: 3 meters • Capacity: 200 Lph • Pressure: 20 Kg/cm² • Brand: Patel Heat Exchanger • Country of Origin: Made in India Where to Use • Dairy Industry: Keep milk processing and packaging machinery at optimal temperatures. • Food & Beverage Production: Maintain consistent cooling in production lines. • Industrial Compressors: Works with Ingersoll Rand, Kirloskar, KG Khosla, Chicago Pneumatic, and Atlas Copco. Why Nisha Engineering Works? With expert thermal and mechanical design capabilities, we ensure every Inter Cooler Tube Bundle meets client specifications exactly. Our on-site evaluations and precise manufacturing make replacements and custom solutions simple, reliable, and efficient. For inquiries or custom requirements, call us now!

After Cooler Complete With Moisture Separator Manufacturer in India. The After Cooler Complete with Moisture Separator by Nisha Engineering Works is designed to enhance the performance and reliability of industrial compressed air systems. Combining robust construction with high efficiency, this product ensures optimal cooling and moisture separation, making it indispensable for modern industrial setups. What is an After Cooler with Moisture Separator? An After Cooler is a shell-and-tube type device where compressed air is cooled using plant cooling water. As the air cools, moisture condenses naturally, which can negatively impact downstream equipment if not properly managed. The integrated Moisture Separator in this unit captures these liquids efficiently, ensuring only dry air reaches your tools and machinery. Draining the collected moisture can be done manually or through the automatic drain valve, giving you flexibility depending on your operational needs. Technical Specifications • Material: NA • Design: Sturdy • Power Consumption: Low • Operation: Easy • Efficiency: High • Construction: Rugged • Performance: Noiseless • GSTIN: 0% Key Features The After Cooler Complete with Moisture Separator is engineered for industrial reliability and performance: • Rugged Construction: Built to withstand demanding environments and long operational hours. • High Efficiency: Ensures rapid cooling and effective moisture separation, maintaining the quality of compressed air. • Low Power Consumption: Optimized design reduces energy use, contributing to cost savings. • Noiseless Performance: Operates quietly, enhancing workplace comfort. • Reliable & Easy Operation: User-friendly design allows for simple installation, monitoring, and maintenance. Tested Performance This After Cooler undergoes rigorous testing to ensure it performs consistently under heavy industrial loads. With its proven cooling efficiency and moisture separation, industries can depend on it for uninterrupted operations. Its high efficiency ensures that compressed air quality is maintained, reducing maintenance costs for downstream equipment. Built for Industry Professionals Designed specifically for industry professionals, this unit is ideal for plants where reliability, durability, and operational efficiency are critical. Whether for small-scale workshops or large manufacturing units, this After Cooler Complete with Moisture Separator delivers dependable performance every time. Where to Use This product finds its application across multiple sectors: • Manufacturing plants with heavy air tools • Automotive workshops and service centers • Chemical and pharmaceutical processing units • Food and beverage plants requiring dry compressed air • Any industrial setup with air compressors needing moisture control Upgrade your compressed air system today with the After Cooler Complete with Moisture Separator! Contact Nisha Engineering Works for a quote now.

Best After Cooler Tube Bundle With Shell Manufacturer in Ahmedabad, Gujarat, India. In industrial compressed air systems, the After Cooler Tube Bundle with Shell by Nisha Engineering Works plays a crucial role in enhancing efficiency, protecting equipment, and ensuring process reliability. Designed for professionals, this aftercooler delivers superior cooling performance while removing moisture from compressed air or gas. Key Components of a Shell and Tube Aftercooler Understanding the structure of an after cooler helps in appreciating its efficiency: • Shell: A cylindrical outer vessel that encases the tube bundle and supports coolant circulation. • Tube Bundle: A set of tubes made from high-quality copper, steel, or stainless steel, fixed securely with tubesheets at both ends. It is the primary medium for heat transfer. • Tubesheets: Plates that separate the shell-side and tube-side fluids, ensuring no cross-contamination. • Baffles: Strategically positioned inside the shell, these plates guide the flow of coolant, creating turbulence to maximize heat exchange. • End Caps (Headers): Cover the ends of the tubes and shell, directing the flow efficiently. How the After Cooler Tube Bundle with Shell Works The operation of this after cooler is simple yet effective: 1. Hot Gas Entry: Compressed air or gas from the final compressor stage enters the inner tubes. 2. Coolant Circulation: A cooling medium, often water or ambient air, flows around the tube bundle inside the shell. 3. Heat Exchange: Thermal energy from the hot compressed gas transfers through the tube walls to the cooler fluid. 4. Moisture Condensation: Cooling causes water vapor in the compressed air to condense. 5. Moisture Separation: Condensed water is removed through a separator at the outlet. 6. Cool Gas Exit: The cooled, dry air exits for use in industrial applications. Benefits of Using an After Cooler Investing in an After Cooler Tube Bundle with Shell provides multiple advantages: • Enhanced Equipment Longevity: Delivers dry, cooler air to reduce corrosion and wear on pneumatic tools and downstream equipment. • Improved Process Efficiency: Ensures consistent air quality, optimizing performance in industrial processes. • Increased Safety: Reduces compressed air temperature, lowering burn risks and fire hazards. • Better Moisture Removal: Condenses up to 75% of water vapor, improving the efficiency of downstream air dryers. Applications Across Industries This aftercooler is widely used in sectors requiring high-quality compressed air: • Manufacturing Plants: Powers machinery and pneumatic tools. • Chemical Processing: Maintains temperature control during reactions. • Food and Beverage: Ensures hygienic, moisture-free air for packaging and fermentation. • Oil and Gas: Cools gases in refineries and extraction operations. • Automotive Workshops: Supplies compressed air for a variety of tools and operations. Technical Specifications • Material: Copper, Steel, or Stainless Steel Tubes • Configuration: Shell and Tube • Cooling Medium: Water or Ambient Air • Moisture Removal Efficiency: Up to 75% • Flow Capacity: Customizable per industrial requirement Tested Performance & Built for Professionals Each unit from Nisha Engineering Works undergoes rigorous testing to ensure superior performance, durability, and energy efficiency. Designed for industry professionals, it reliably handles heavy-duty compressed air operations. Where to Use the After Cooler This product is ideal for any setting that relies on compressed air systems—ranging from manufacturing plants, chemical processing facilities, food and beverage units, oil refineries, to automotive workshops. Its versatility and performance make it a trusted solution for maintaining equipment and process efficiency. Request a Quote and elevate your compressed air system’s efficiency instantly.

Best After Cooler Tube Bundle Manufacturer in Ahmedabad, Gujarat, India. When it comes to maintaining efficient and safe compressor operations, the After Cooler Tube Bundle by Nisha Engineering Works stands out as a reliable solution. Designed with precision and built to last, this product ensures optimal cooling performance, enhancing the life and efficiency of your industrial compressors. Key highlights of the After Cooler Tube Bundle include: • Smooth Finish: Minimizes wear and ensures efficient air flow. • Accurate Dimensions: Fits seamlessly into existing compressor systems. • Corrosion Resistance: Suitable for high-moisture industrial environments. • High Tensile Strength: Withstands high pressure and repeated cycles. Technical Specifications Feature Specification Material Copper Length 3 meters Maximum Working Pressure 20 Kg/cm² Exchanger Type Air Cooled Capacity 200 Lph Country of Origin Made in India These specifications ensure that every After Cooler Tube Bundle delivered by Nisha Engineering Works meets stringent quality standards, providing consistent performance across industrial applications. Tested Performance Each After Cooler Tube Bundle undergoes rigorous quality checks and performance testing before delivery. From thermal efficiency to structural integrity, every unit is verified to handle industrial demands reliably. Our products are engineered for professionals who require precise, dependable components for compressors across sectors. Built for Industry Professionals Whether you are in the dairy, food, or beverage industry, the After Cooler Tube Bundle is built to meet your operational requirements. It is also fully customizable to suit client specifications, making it an excellent replacement option for compressors from brands like Atlas Copco, Chicago Pneumatics, Ingersoll Rand, Kirloskar Pneumatic, KG Khosla, WABCO, and more. Where to Use the Product The After Cooler Tube Bundle is ideally suited for applications that demand consistent cooling of compressed air, including: • Food and beverage processing plants • Dairy production facilities • Industrial refrigeration systems • Pneumatic machinery requiring air-cooling solutions By integrating this product into your systems, you ensure efficient operation, reduced wear on compressors, and lower maintenance costs over time. Why Choose Nisha Engineering Works At Nisha Engineering Works, quality is non-negotiable. With a focus on durability, precise engineering, and client-specific customization, our After Cooler Tube Bundle stands as a benchmark for industrial excellence in India and beyond. Contact us now to get a customized solution for your industry needs!