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Our custom-fabricated Removable Tube Bundles are designed for a "drop-in" fit, ensuring your industrial processes return to peak thermal efficiency with minimal downtime. Whether you need a direct replacement or a material upgrade, we provide the precision your facility demands.
The Problem:
Over time, tubes suffer from scaling, corrosion, or erosion, leading to leaks and efficiency loss.
Replacing an entire shell-and-tube unit is expensive, involves complex piping changes, and results in long lead times.
The Solution:
A high-quality replacement tube bundle. By utilizing your existing shell, you save up to 60% in costs while upgrading the core thermal components.
Our bundles are engineered to match your original OEM specifications or improved for better corrosion resistance.
Key Features & Benefits
Perfect Fit" Guarantee: Every bundle is fabricated based on your specific drawings or onsite measurements. We ensure precision alignment of tubesheets, baffles, and tie rods for a seamless installation.
Precision Tube Expansion: We use advanced hydraulic or electronic torque-controlled expansion methods to ensure leak-proof tube-to-tubesheet joints, even in high-pressure applications.
Material Upgrades Available: Stop recurring failures. Upgrade your existing bundle materials to Stainless Steel (316L), Duplex, Copper-Nickel (90/10), or Titanium to better handle aggressive fluids.
Compliance with Global Standards: All bundles are manufactured in accordance with **ASME Section VIII Div 1** and **TEMA (Class R, C, or B)** standards, ensuring safety and durability.
Minimized Operational Downtime: Our streamlined fabrication process and "Ready-to-Install" delivery mean your maintenance windows are kept as short as possible.
Frequently Asked Questions (FAQ)
Q: Can you build a bundle if I don't have the original drawings?
A: Yes! Our engineering team can work from your dimensions or a physical sample to create a precise fabrication drawing for your approval.
Q: How do I choose the right tube material?
A: We analyze your fluid chemistry and operating temperatures to recommend the most cost-effective material that will resist corrosion and prolong the bundle’s lifespan.
