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What are the characteristics of powder metallurgy taps?

What are the characteristics of powder metallurgy taps?

Powder metallurgy taps have the characteristics of higher density, better wear resistance, higher shape complexity, wider range of material selection and better dimensional stability. These advantages make the powder metallurgy tap in a variety of mechanical processing, automobile manufacturing, aerospace, shipbuilding and other fields have been widely used and promoted. In the future, with the continuous progress of powder metallurgy technology and the expansion of the scope of application, the advantages of powder metallurgy taps will be further developed and expanded, providing more excellent tools and materials for processing in various fields.

12

2023

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06

Compressor scroll processing artifact-PCD precision milling cutter

Compressor scroll processing artifact-PCD precision milling cutter

The core working part of the compressor is the moving and static scroll plate. During the operation of the scroll compressor, the compressed air is mainly realized by the periodic rotation of the moving plate and the interaction of the static plate. In order to ensure the efficient and stable operation of the parts, the inner and outer walls of the scroll have high requirements on the surface smoothness, verticality and contour of the vortex groove, which also brings extremely high requirements on the processing tools of such parts.

10

2023

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06

Application fields of powder metallurgy taps

Application fields of powder metallurgy taps

Powder metallurgy technology is an advanced manufacturing technology that presses metal powder into shape and then forms it through high-temperature sintering. In recent years, with the continuous progress of manufacturing technology and the improvement of industrialization, powder metallurgy technology has been widely used in the manufacturing field. Among them, the powder metallurgy tap is a high-performance tool manufactured by powder metallurgy technology and has a wide range of applications in the field of mechanical processing.

31

2023

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05

Application of High Pressure Cooling System in Machine Tool

Application of High Pressure Cooling System in Machine Tool

The machine tool high-pressure cooling system is a kind of water pump equipment commonly found on machine tools. Its main function is to supply and transport coolant to the machine tool in time so that it can ensure that it continues to operate within a suitable temperature range. Application effect: 1. High pressure chip breaking and chip punching to avoid winding of iron filings. 2. Good and reliable cooling method can improve tool life, improve cutting parameters, thereby improving production efficiency. 3. Reduce the machine tool downtime caused by winding chips, and effectively improve the machine tool startup rate. 4. For the application of different materials: Mild steel efficiency 20%, life extension 20%; Carbon steel, alloy steel efficiency 20%, life extension 10%; Aluminum alloy, magnesium aluminum alloy efficiency 30%, life extension 30%; Stainless steel, nickel alloy efficiency 40%, life extension 50%.

30

2023

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05

Manufacturing Process of Powder Metallurgy Tap

Manufacturing Process of Powder Metallurgy Tap

The manufacturing process of powder metallurgy taps is a complex process, which requires the coordination and fine control of multiple links. With the continuous development of materials science, process technology and other fields, the manufacturing process of powder metallurgy taps is constantly optimized and innovated to meet the needs of high-performance and high-precision tools in different industries and applications.

22

2023

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05

3D printing mold material processing

3D printing mold material processing

The inhomogeneity and defects of the 3D printed material due to the macrostructure are regarded as inherent defects of the selected additive manufacturing method, and are usually non-nominal features in the design build geometry. Such as surface texture (roughness and waviness) or residual powder (e. g., channels, holes, cavities, etc.). Especially the surface waviness and finish. More processing methods such as additive manufacturing AFS-D friction stir welding or AW-DED arc-fuse directed energy deposition 3D printing processes may therefore lead to more post-processing, such as CNC machining.

13

2023

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05

3D Printing and Traditional Machining

3D Printing and Traditional Machining

3D printing (3D Printing), also known as additive manufacturing (Additive Manufacturing, referred to as AM), emerged in the 1990 s. Different from the traditional "subtractive" processing method, 3D printing is a technology based on computer software, which establishes a three-dimensional model through design, scanning, etc., and processes discrete materials (powder, wire) in a layer-by-layer manner.

09

2023

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05

Dry goods sharing, one minute to take you to understand the heat shrink handle

Dry goods sharing, one minute to take you to understand the heat shrink handle

As an innovative material, heat-shrinkable handle has attracted much attention due to its advantages of light weight, high strength and corrosion resistance. With the acceleration of industrialization, the application scope of heat shrinkable handle is expanding, so what is its development prospect?

04

2023

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05

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