Out products have pitched roof-like structure which mainly include hydro-cylinders, push pedals, shifting blocks and small pitched roofs. Push pedals and shifting blocks are solidly connected and powered by hydro-cylinders which make the pitched roof stick out at regular intervals. The previous long pitched roofs structure is replaced by newly-designed ones, reducing the ejector robs to 100 to 120 mm from 330 to 400 mm. The sectional area of angle ejector rods is also reduced (6-8) x (25-60) mm from (10-12) x (20-25) mm and the ejection distance to 40 to 60 mm from 110 to 130 mm. Smaller pitched roofs are 70% shorter than the traditional long pitched roofs with stronger sections and shorter projection distance, making pitched roofs less subject to fractures while improving stability. In addition, molds are less thick with lower costs. The snap-chilling and heating technology has avoided the application of high gross materials and environmental footprints. Hisense Electric Co., LTD has given up its spray coating lines, bring the company on a track of green business.

The product was first used to manufacture the front shell mold of a 65 inch TV set on March 23, 2015. It operated stably with no jams and fractures and is far more stable than its counterparts.

Since April 2017, this mold has been expanded to manufacture 133 front shells of electronic devices and TV sets of Hisense Electric Co., LTD, SUMSUNG and SONY with 150 million in sales value.

The application of this product has made our company more competent in terms of front shell manufacturing of TV sets, grown its market shares and improved company image.

Chief Designer: Wang Jiachang

With bigger sizes and hinger costs, convention molds have longer ejector robs and are more subject to fractures. Progress: In response to the above mentioned fall backs, the ejector mechanisms have been upgraded and we spent one month designing the new plan. After experiments with sample molds, the stability of the molds have been verified with recognition from our customers. The product was first used to manufacture the front shell mold of a 65 inch TV set on March 23, 2015. It operated stably with no jams and fractures and is far more stable than its counterparts. Molds are less thick with less stell material costs.

The product was first used to manufacture the front shell mold of a 65 inch TV set on March 23, 2015. It operated stably with no jams and fractures and is far more stable than its counterparts. Molds are less thick with less steel material costs.

The product was first used to manufacture the front shell mold of a 65 inch TV set on March 23, 2015. It operated stably with no jams and fractures and is far more stable than its counterparts. Molds are less thick with less steel material costs.