Titanium Powder Metal Injection Molded 18° Golf Head
Titanium Powder Metal Injection Molded 18° Golf Head
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Titanium Powder Metal Injection Molded 18° Golf Head

One is to use investment casting to produce large-volume titanium ball heads. The current casting volume is about 520ml. The ball head body is generally cast from Ti6A14V alloy, and the bottom (sole) can be designed. ) or the face opening.

There are two main processes for realizing titanium alloy hollow wood: one is to use investment casting to produce large-volume titanium ball heads. The current casting volume is about 520ml. The ball head body is generally cast from Ti6A14V alloy, and the bottom (sole) can be designed. ) or the face opening. The material and form of the sole and face are inlaid according to the different needs of the players. Cast titanium ball heads are mainly those with an open face. Since the striking surface directly affects the direction, distance and speed of the ball, different titanium alloy materials will have different striking effects: Generally, high-strength beta titanium alloys are used, such as Ti-l5333, Ti-l023,. β-21S and SP. 700 grade, they have high strength and toughness, making players feel comfortable when hitting the ball.

 

Another method of manufacturing titanium golf heads is metal injection molding. Generally, metal injection molding ball heads are mixed with pure titanium powder and binder.

 

Step 1: Mix and granulate titanium powder, iron powder, and stainless steel powder. Add the mixed powder of titanium powder, iron powder, stainless steel powder, grease release agent, and resin binder into a mixer and stir and granulate evenly. The proportion of mixed metal powder is: 60% titanium powder, 20% iron powder, and 20% stainless steel powder. The addition ratio of mixed metal powder, release agent and adhesive is: 90% mixed metal powder, 10% release agent and adhesive.

Step 2: The stirred mixed metal powder is injected into the injection molding machine for injection molding.

Step 3: Put the formed preliminary embryo into the temperature control box for low-temperature preheating and shaping, and set its temperature to 170°C.

Step 4: Put the shaped preliminary embryo into a high-temperature furnace for high-temperature sintering and molding. The temperature is set to 1200°C.

 

Qinhuangdao Zhongwei Precision Mechanical Parts Co., Ltd. specializes in the research, development and application of metal injection molding technology, and mass-produces metal parts with high density, high strength and complex three-dimensional shapes.

 

The company has advanced technology and consists of many experts who have been engaged in the metal injection molding industry for a long time, building an efficient team integrating R&D, design, manufacturing and service.

The company is well-equipped with a full set of metal injection molding production and testing equipment to provide customers with excellent quality, on-time delivery and highly competitive prices and services.

The company is located in Qinhuangdao Economic Development Zone, with a good industrial environment and convenient transportation, with direct access to high-speed rail and highways. It is less than two hours drive from Tianjin, Beijing and surrounding cities.

The company is committed to becoming a high-quality modern manufacturing enterprise that is guided by market demand and responds quickly to customer needs.

 

China titanium forging, titanium precision casting, titanium injection molding, titanium MIM parts manufacturer

 

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