Product Advantages

Anhui Fengxing New Material Technology Co., Ltd., a leading provider of wear-resistant materials solutions.

Adopt energy-saving and environment-friendly electric furnaces to melt molten iron, with automatic batching via the weighing system and feeding by automatic feeders, resulting in more stable chemical compositions.

Use high-efficiency slag removers to fully purify the molten iron.

Test chemical compositions using a German-imported spectrometer, with data wirelessly transmitted to the large screen in front of the furnace. This reduces alloy burn-off and ensures chemical compositions are precisely controlled within standard ranges.

Products are manufactured and heat-treated on world-class automated production lines, featuring advanced equipment, reliable processes, and stable quality.

Self-designed mold processes ensure excellent surface quality and dense internal feeding and shrinkage compensation, resulting in consistent quality both inside and out.

Adopt advanced automatic constant-temperature pouring technology with holding furnaces, ensuring uniform temperature, consistent solidification rates, sufficient feeding of molten iron, refined grain structures, good toughness, and high hardness.

Fengxing brand products feature high hardness, high wear resistance, high toughness, and high impact fatigue life. These advantages help users reduce wear loss, improve efficiency, lower energy consumption, increase recovery rates, and achieve tangible cost reductions and improved economic benefits.

A complete three-stage product inspection system, along with advanced testing equipment and instruments, guarantees 100% qualification of outgoing products.

Apply rare earth modification technology and micro-alloying to prevent grain growth, significantly improving the product’s toughness and impact fatigue life.

Self-provided parameters support the co-developed water-soluble quenching agents and quenching oils, providing core technical support for the product’s hardenability and quenching hardness.