NEWS & BLOG

Bead blasting and anodizing serve different purposes: blasting creates a uniform matte texture, while anodizing adds corrosion protection and color. For premium aluminum parts, the best result usually comes from bead blasting before anodizing. This se

Contrary to popular belief, 7075 aluminum is highly machinable and produces clean, well-controlled chips. The actual challenges lie in accelerated tool wear, premium pricing, and managing internal stress to prevent part warping. By leveraging T651 tem

Aluminum enclosure performance depends less on the grade itself and more on how the part is built. Machined-from-solid housings favor 6061-T6, extruded profiles suit 6063, and bent sheet-metal designs call for 5052. Strength, anodized appearance, and

Anodizing adds oxide thickness that can shrink bores, enlarge shafts, and ruin precision fits. Learn how Type II and Type III coatings change interference, why hardcoat can crack during assembly, and the best engineering fixes—masking, post-anodize

Precision manufacturing demands unambiguous finishing specifications. This guide breaks down the five essential elements of a compliant anodizing callout, including MIL-A-8625 standards, type-class interactions, and dimensional references. Learn how t

Anodizing transforms aluminum geometry through a conversion process that expands oxide layers both inward and outward. Understanding how coating thickness impacts outside diameters, internal bores, and threaded features is essential for maintaining ti