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Silicon Carbide Vacuum Pressureless Sintering Furnace

Silicon Carbide Vacuum Pressureless Sintering Furnace

The silicon carbide sintering furnace is used for reactive sintering of SiC ceramic products,pressureless sintering,recrystallization sintering,hot isostatic pressing sintering,and can also applied for sintering other ceramic products sush as silicon nitride.The maximum temperature of the device up to 2400℃,with debinding,dust...

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Vacuum Sintering of Electronic Devices

Vacuum Sintering of Electronic Devices

In today's era of rapid development of the electronics industry, vacuum sintering technology, also known as low-temperature vacuum brazing, is an important microelectronic interconnection technology, modern electronic chip-level packaging and assembly are a large number of low-melting-point metal-based alloy solder...

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Considerations in Metal Injection Molding Manufacturing

Considerations in Metal Injection Molding Manufacturing

Sprue, Runner, and Gate The flow path into the mold cavity consists of a sprue, runner, and gate. The molding machine nozzle seats itself into the sprue bushing of the mold to deliver molten feedstock into the cavity. In mold...

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Metal Injection Molding, Steering the Automotive Industry

Metal Injection Molding, Steering the Automotive Industry

As innovation drives the narrative in the manufacturing sector, one technology that continues to gather momentum is metal injection molding (MIM). With its ability to efficiently manufacture high-volume, complex metal parts, it’s become a pivotal asset in numerous industries, including the...

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What Are MIM’s Advantages over Other Processes

What Are MIM’s Advantages over Other Processes

For many years, appliance manufacturers have used powdered metallurgy, plastic molding and precision machining processes in their designs. A comparison reveals several advantages for MIM: MIM parts provide cosmetic appeal and have the necessary strength required by the application.  MIM...

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How a Medical Device Supply Chain Works

How a Medical Device Supply Chain Works

The medical device supply chain is a complex yet essential part of the medical technology industry. In recent years, the medical device market has seen unprecedented growth, with new therapeutic devices emerging to meet consumer demand. The general principles that guide...

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Revolutionizing MIM Processes for Motor Fan Blades

Revolutionizing MIM Processes for Motor Fan Blades

Introduction: As technology continues to advance and demand grows, fan blades of motors are playing a vital role in a wide range of industries. To meet the market demand for efficient, reliable, and high-performance fan blades, XY-Global has successfully broken new...

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Precision Parts Processing Needs to Follow 4 Principles

Precision Parts Processing Needs to Follow 4 Principles

In order to ensure the quality of precision parts, the following four principles should be followed in the processing of precision parts: 1, datum first: that is, the first processing datum surface, parts in the mechanical processing process, as the...

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High Nitrogen Steels in MIM

High Nitrogen Steels in MIM

High nitrogen steels are steels with a high nitrogen content which have a wide range of applications in micro metal injection moulding (MIM). The following are some important points regarding the use of high nitrogen steels in MIM: 1. Strength...

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