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ACHEMA 2024: Unleash Process Efficiency with Niche FPP (Hall 6.0, Booth B24)

The stage is set for ACHEMA 2024, the world's leading trade fair for the process industry. This landmark event, taking place from June 10-14 in Frankfurt am Main, Germany, promises to be a powerhouse of cutting-edge technology, insightful discussions, and unparalleled networking opportunities.

Witness the Process Industry's Full Potential

ACHEMA 2024 serves as a microcosm of the entire process industry landscape. From chemical, pharmaceutical, and biotech sectors to energy and environmental services, the event showcases the immense capabilities of this dynamic field. Witness emerging trends and discover potential synergies across various segments, fostering a holistic understanding of the industry's future trajectory.

Connect with Industry Leaders and Drive Business Forward

One of the most valuable aspects of ACHEMA is the chance to connect with a distinguished audience. Network with industry leaders, solution providers, and potential business partners. Share ideas, explore collaborations, and propel your business forward by forging valuable connections that can lead to future success.

Explore Cutting-Edge Technologies and Gain a Competitive Edge

Staying ahead of the curve in the process industry requires continuous innovation. ACHEMA 2024 provides a platform to discover the latest advancements and technologies shaping the future. These groundbreaking solutions can help you optimize your operational efficiency, gain a competitive edge, and ensure your business remains at the forefront of the industry.

Niche FPP: Your Partner in High-Performance Heat Exchangers

Niche FPP is proud to be a part of ACHEMA 2024. We specialize in developing industry-leading heat exchanger solutions specifically designed to address the unique challenges faced by various process industry applications. Our innovative designs deliver exceptional performance and reliability, ensuring your operations run smoothly and efficiently.

Niche FPP's Range of Heat Exchangers at ACHEMA 2024

Niche FPP offers a comprehensive range of fluoropolymer heat exchangers, each with its own distinct advantages:

Reactor Coil Heat Exchangers: Ideal for crystallizer applications, these heat exchangers feature loose bundles of corrosion-resistant fluoropolymer tubes. During agitation, the flexing action of the coils helps reduce fouling and dislodge deposits, maintaining optimal heat transfer efficiency and extending their lifespan. R500 Model Coil: This immersion-style heat exchanger is specifically designed for process reactors, particularly those involved in crystallization. Its compact design allows for direct immersion within the process vessel, and the flexing action of the coils dislodges crystal deposits for improved performance.

Slimline Coil Heat Exchangers: Popular in metal finishing and chemical processing, these immersion heat exchangers are perfect for batch and continuous steel pickling applications. Niche's fluoropolymer tubing virtually eliminates corrosion and fouling, leading to reliable operation and reduced maintenance costs. Available in standard FEP and proprietary "Q" resin options, Slimline Coils cater to a variety of pressure and temperature requirements. Additionally, the Q-Series coils offer superior energy efficiency by avoiding desuperheating in steam applications.

Supercoil Heat Exchangers: The ideal choice for high-volume metal finishing operations demanding efficient heating and cooling, Supercoil heat exchangers leverage the non-stick properties of fluoropolymer resins to prevent scale buildup and resist corrosion. This translates to minimal maintenance and maximized efficiency. Furthermore, their inherent inertness minimizes the impact of stray currents in electroplating tanks. Available in both FEP and Q-Series tubing formulations, Supercoils offer a wider range of temperature and pressure capabilities along with superior thermal efficiency, making them ideal for electroplating, etching, anodizing, and similar processes.

Shell and Tube Heat Exchangers: Primarily used in the chemical processing industry, these heat exchangers excel at heating, cooling, condensing, and evaporating highly corrosive liquids and gases. Unlike conventional shell and tube heat exchangers, Niche products utilize fluoropolymer tubing, a material known for its exceptional chemical inertness, which eliminates scaling and fouling. This translates to superior performance and reliability compared to traditional metal, glass, or graphite counterparts.

Niche FPP's unique design features, including braided tubing bundles and fused ends, maximize heat transfer efficiency within a compact footprint. This allows for easy installation in various tank configurations, further enhancing their versatility. Additionally, our proprietary honeycomb process ensures long service life with no leaks or thermo-mechanical failures commonly found in other heat exchangers.

Visit Niche FPP at ACHEMA 2024 (Hall 6.0 Booth B24)

We invite you to visit Niche FPP at ACHEMA 2024 (Hall 6.0 Booth B24). Let's discuss how our innovative heat exchangers can optimize your process efficiency and maximize your return on investment.

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The Niche high-purity products, formerly known as Ametek high-purity products, have exceptional purity levels and a superior resistance to corrosion.

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What is a high- performance foundry filter?

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A Guide To Properly Cleaning the Fluoropolymer Heat Exchanger Bundle (nichefpp.com)

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How-to Repair A Tube Bundle

Fluoropolymer tubing and pipe can be cut and used in special applications as well as OEM system designs.A leaking tube in Niche Shell and Tube Fluoropolymer Heat Exchanger can be plugged easily once the bundle is removed from the shell.

1). Once the leak is located, cut the damaged fluoropolymer tube at the break and separate the two cut tube ends from the other tubes in the bundle.

2). Recut the tube about 6 to 8 inches (150 to 200 mm) from each end of the bundle. The fluoropolymer tube is now ready to be repaired.

3). Once a leak is located, it can be plugged using the same procedure as for shell and tube bundle repairs. Cut the damaged tube at the break, and separate the two cut tube ends from the other tubes in the bundle.

4). Recut the tube about 6 to 8 inches (150 to 200 mm) from each end of the coil. The damaged tube ends are now ready for repair.