News

• 05/05-2024

  Innovative Non-Toxic Cookware Revolutionizes Culinary Experience

  In the dynamic culinary industry, manufacturers are responding to the demand for safe and efficient cookware. Aluminum die-cast and non-stick cookware, alongside BBQ accessories and Teflon pans, are at the forefront. The quest for the best nontoxic nonstick pan has led to revolutionary advancements. Our company leads this charge with premium nontoxic nonstick cookware, boasting durability, safety, and performance. From aluminum die-cast durability to superior non-stick coatings, our products redefine culinary excellence.

• 09/25-2026

  How to Solve Shrinkage Porosity Issues Caused by Poor Mold Cooling Design?

  Shrinkage porosity is one of the most common and destructive defects in aluminum alloy die casting production, mostly triggered by unreasonable mold cooling system design rather than raw material or operational errors. Unbalanced cooling leads to inconsistent solidification rates, residual shrinkage cavities and dispersed pores in thick-walled or hot spot areas, severely reducing product tightness, mechanical strength and yield rate. This article analyzes the internal formation mechanism of cooling-induced shrinkage porosity, summarizes typical cooling design flaws in traditional tooling, and proposes targeted optimization solutions including conformal cooling layout, thermal balance adjustment and process parameter matching. It also introduces professional simulation verification methods to help manufacturers eliminate porosity defects and stabilize casting quality fundamentally.

• 09/24-2026

  Which Aluminum Alloy Delivers Better Corrosion Resistance for Electronic Cast Housings?

  Electronic cast housings serve as critical protective enclosures for consumer and industrial electronics, requiring balanced performance in mechanical strength, thermal conductivity and corrosion resistance. **Die-casting** aluminum alloys are the mainstream choice for mass production. This article compares common grades including ADC12, A380, A356 and A413, analyzing how alloying elements like silicon, copper and magnesium affect anti-corrosion properties. It discusses how mold design, post-treatment such as powder coating and anodizing further improve corrosion performance. Manufacturers need to select alloys according to application environments: high humidity or coastal scenarios prefer low-copper alloys. Reasonable material matching and surface finishing help electronic housings resist oxidation and chemical erosion, extending product service life.