Plate Heat Exchanger Plate Thickness Selection: The Technical Logic of Balancing Safety, Efficiency, and Application Suitability

2025-10-10

In industrial settings, plate heat exchangers often face two typical problems:Plates bulge or leak under high-pressure and high-temperature conditions due to insufficient thickness, leading to production line downtime.Over-thickening plates···

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Decoding Creep Resistance: The Key to a Material's "Long-Term Durability"

2025-10-03

In the field of materials engineering, we often focus on a material’s "short-term" properties such as strength, hardness, and toughness. However, in many industrial scenarios, materials are required to maintain stability under lo···

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The "High-Temperature Corrosion Guard" of Industrial Furnaces

2025-09-19

The "High-Temperature Corrosion Guard" of Industrial FurnacesIndustrial furnaces, as the "core heating equipment" in metallurgy, chemical, new energy, and other industries, face the triple challenges of 800-1200℃ high t···

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Decoding Nickel-Based Alloy Smelting Process: EAF + AOD + ESR

2025-09-11

Decoding Nickel-Based Alloy Smelting Process: EAF + AOD + ESRIn the turbine blades of aerospace engines, corrosion-resistant pipelines in deep-sea oil and gas fields, and critical components of nuclear power plants, nickel-based alloys have···

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Differences Between Nickel-Molybdenum Alloys B-2 and B-3

2025-09-04

Differences Between Nickel-Molybdenum Alloys B-2 and B-3Within the nickel-molybdenum alloy family, B-2 and B-3 have garnered significant attention. B-3, as an enhanced and upgraded version of B-2, carries forward its legacy while introducin···

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Introduction to Titanium-Palladium Alloy GR11 for Plate Heat Exchangers

2025-08-28

Introduction to Titanium-Palladium Alloy GR11 for Plate Heat ExchangersASTM B265 is the American standard specification for titanium and titanium alloy plates, sheets, and strips. GR11 (commonly referred to as Ti-0.15Pd alloy) is a titanium···

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