HIGH QUALITY BEST PRICE FESIMG NODULIZER FOR DUCTILE CASTING --YD732

Rare earth magnesium ferrosilicon alloy be smelt by silicon, calcium, magnesium and rare earth by molten configuration of alloy, is a kind of good nodularizer, strong deoxidizing and desulfurizing effect. Silicon, rare earth ore, magnesium metal is the main raw materials of rare earth magnesium ferrosilicon alloy. Rare earth magnesium ferrosilicon alloy is a film of solid, is a silicon as raw material, and the ratio of calcium, magnesium, rare earth to adjust to the best range, make it smooth response generated. The rare earth magnesium ferrosil icon alloy brand casting thickness is less than 100 mm; Rare earth magnesium ferrosilicon alloy standard size is 5 ~ 25 mm, 5 ~ 30 mm. According to different purposes, customers can specify the specific granularity, such as: 5 ~ 15 mm, 3 ~ 25 mm, 8 to 40 mm, 25 to 50 mm, etc.

Ce-Rare Earth Nodulizer series (Ferro Silicon Magnesium)

SIZE:3-15MM;3-20MM;5-25MM;5-30MM .

Packing : in 25kg bags and 40 bags in 1mt p.p bags 

WE ALSO PRODUCE THE MATERIALS AS PER CUSTOMER’S SEPCS. AND SIZE .

Customized nodularizer to meet higher requirements

customized Inoculants to meet higher requirements

Ensure the quality stability of nodularizer, inoculant combination

Xi’an Yuanda foundry materials technology Co., Ltd is the biggest cast alloy materials technology in west area of China. It is specialized in Nodulizer, Inoculation, Vermiculizier  and Alloy cored wires.   It has a group of experts and professors specialize in special alloy materials . The annual production capability has reaching 15000 tons .

    With the rapid development of our company, Shaanxi Yuanda New Materials Technology Co., Ltd .was built as our production based in northern suburbs of Xi’an.  The sale network is covered to Korea, Japan, Vietnam, Taiwan ,Thailand ,Turkey , India ,Indonesia ,Poland ,Brazil etc country and area .  Hope can common development on the  basis of mutual benefit and win-win progress with new and old customers . 

Contact :