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A comprehensive guide covering 35 types of anodizing aluminum defects, categorized into surface, appearance-performance, and form-dimensional defects. It details each defect’s definition, causes, solutions, plus summarizes root causes and prevention principles for industrial use.
A comparative analysis of 3003, 3005, and 3105 aluminum alloys, highlighting key differences in strength, formability, and applications to guide material selection for engineers and designers.
This guide highlights Heat Transfer vs. Sublimation Printing differences: Heat Transfer (entry-friendly, fits cotton/small batches); Sublimation (durable, ideal for polyester/large batches) – helping you choose the right one.
Comparing 3003 (Al-Mn) and 5052 (Al-Mg) non-heat-treatable aluminum alloys: key differences in ductility, conductivity, strength, and corrosion resistance. Guides material selection for various scenarios.
For manufacturers in cookware, renewable energy, or architectural decor: Learn 10 critical differences between DC and CC aluminum discs to avoid production disasters and choose the right material for yield & profit protection.
This page explains the differences between aluminum sheet and plate, focusing on core thickness (sheet: 0.2-6mm; plate: >6mm), production processes (sheet: cold/hot rolling; plate: hot rolling/forging), performance focuses (sheet: formability/surface; plate: strength/toughness),etc.
This page outlines 14 key differences between 5052 (5000-series Al-Mg, cold-work strengthened, corrosion-resistant, formable, low-cost, for marine/containers) and 6061 (6000-series Al-Mg-Si, heat-treated, high-strength, machinable, diverse forms, for load-bearing/precision parts), with quick selection guidance.
Master weight calculations for plates, bars, tubes, profiles (T/U/H/Z-sections), coils, circles, and extrusions with step-by-step formulas, real-world examples, and unit conversions.
Metal powder coatings, leveraging the decorative and functional aspects of metal pigments like pearlescent and aluminum silver powders, are a key surface treatment technology in construction and furniture.
Discover how to efficiently transfer images onto sublimation aluminum sheets with our comprehensive guide covering material preparation, design, sublimation techniques, post-processing, parameter settings, and troubleshooting tips for stunning decorative results.
