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.

• 07/15-2026

  Which Mold Steel Works Best for Large Integrated Aluminum Die Castings?

  This article focuses on mold steel selection for large integrated die casting under ultra-large tonnage high-pressure die casting (HPDC) machines, analyzing extreme thermal and mechanical loads unique to oversized molds. It elaborates five critical performance metrics including mold hardenability, anti-thermal fatigue cracking capacity and anti-aluminum soldering property, and compares three tiers of mainstream hot-work steels (standard H13, ESR upgraded variants, ultra-high hardenability specialized grades). The text explains how poor hardenability triggers penetrating mold cracking and proposes graded zoned steel matching strategies for different production batches, paired with auxiliary thermal balance and surface treatment processes to extend mold service life and cut unplanned downtime for integrated aluminum structural castings

• 07/06-2026

  How to Control Deformation of Thin-Wall Aluminum Die Casting Components

  This article focuses on dimensional deformation problems of precision thin-wall die casting parts, analyzing five core influencing factors and solutions. Unbalanced mold thermal balance and inconsistent solidification shrinkage cause asymmetric casting warpage, while rapid forming produces hidden residual stress leading to delayed deformation after CNC processing. Thin-wall structures with low rigidity are highly sensitive to cooling difference and ejection force. Systematic optimizations including conformal cooling, balanced gating design and stress relief treatment effectively stabilize flatness and dimensional tolerance, solving the most common batch deformation defects of high-precision aluminum die casting components.