Cross Connector Products

For the production of cross joint, we are able to independently design the molds and form them in one piece according to the drawings provided by customers, so as to achieve mass production and improve production efficiency.

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Product Details

Our Baohua Company is a state-owned enterprise, which has a history of more than 60 years. From the initial forging of iron parts to the present roughing, heat treatment and finishing of forgings. Instruments and equipment also follow the current product production requirements. At present, there are more than 80 sets of processing equipment, including ZEISS three-coordinate, Japanese small plate contour meter, gear tester, Omega tool counter and other inspection and testing equipment. The company has passed ISO9001, API, SQ1 and other audits.

Now, our company can design the die according to the customer's requirements and drawings to realize precision die forging, which makes the material utilization rate more than 90%, thus greatly saving the cost. Our company can deliver according to customer's different delivery status.

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1) Large weight range. Forgings range from a few grams to hundreds of tons

2) Higher quality than castings. The mechanical property of forgings is better than that of castings, and they can withstand large impact force and other heavy loads. Therefore, all important and heavily stressed parts are forgings. [1] 

For high carbide steel, the quality of forgings is better than that of rolled products. For example, the rolled high speed steel can meet the use requirements only after being modified and forged. In particular, the high-speed steel milling cutter must be modified and forged.

3) The heaviest is the lightest. On the premise of ensuring the design strength, the forging is lighter than the casting, which reduces the weight of the machine itself, and is of great significance for transportation vehicles, aircraft, vehicles, and digital aviation equipment.

4) Save raw materials. For example, when rolling materials are used to cut and forge the crankshaft with a static weight of 17kg, the chip will account for 189% of the crankshaft weight, while when die forging is used, the chip will only account for 30%, and the machining time will be shortened by 1/6.

Precision forging can not only save more raw materials, but also save more machining hours.

5) High productivity. For example, using two hot die forging presses to forge radial thrust bearings can replace 30 automatic cutting machines. The productivity of the six axis automatic lathe is 17.5 times when the M24 nut is produced by the upsetting automaton.

6) Free forging has great flexibility [6]. Therefore, forging methods are widely used in some repair plants to produce various accessories.

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