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How to choose the best configuration for vacuum sintering furnace
Vacuum sintering refers to the heating of powder, powder compact or other forms of materials under vacuum environment at appropriate temperature, and the connection between particles is achieved by atomic migration. The purpose of sintering is to make the porous powder compact have an alloy with ...
How can the vacuum sintering process be performed correctly?
Vacuum sintering is one of the unsung heroes of industrial metallurgy. In this vital process, materials are heated to near melting point in a vacuum environment. After heating, the material becomes dense and acquires completely new properties. How can vacuum sintering be performed correctly? This...
Vacuum Sintering Furnaces for Ceramic molding
In the era of new materials, advanced ceramics are one of the most important pillar industries in the field of ceramics and inorganic materials. Compared with metals and polymer materials, advanced ceramic materials have incomparable structural characteristics such as high hardness, high modulus,...
Uncovering the precision of vacuum brazing operations
Brazing process in vacuum environment How does vacuum brazing process work? Let’s go deep into the microscopic world and unveil its mystery. In a vacuum environment with almost no air, it is like entering a super pure “sterile room”. Without the interference of gases such as oxy...
Vacuum brazing is widely used in high-end manufacturing
In the wave of rapid development of modern manufacturing industry, welding technology, as a key process, continues to promote innovation and progress in various fields. Among them, vacuum brazing process, with its unique advantages, stands out among many welding methods and has become the “...
Why vacuum brazing is popular in various fields
The reason why the vacuum brazing process has emerged among many welding processes and become a powerful assistant in modern manufacturing is due to its series of outstanding advantages, which have demonstrated strong competitiveness and unique value in practical applications. The quality of the ...
Titanium alloy honeycomb vacuum brazing solution
The brazing schemes for titanium alloy and titanium alloy, titanium alloy and stainless steel honeycomb structures are as follows: I. Vacuum brazing scheme for titanium alloy and titanium alloy honeycomb structure 1. Brazing material selection Recommended brazing material: titanium-based brazing ...
Aviation vacuum brazing process
Brazing, as the earliest material connection method used by humans, has a long history of application in the aviation field. In recent years, with the increase in technical challenges in the fields of aviation manufacturing and aviation maintenance, this technology has also kept pace with the tim...
Vacuum heat treatment is critical for automotive and aerospace component manufacturers
Vacuum heat treatment is critical to automotive and aerospace component manufacturers, as the industry demands the highest levels of quality. Brazing and surface treatment are two process areas that utilize vacuum technology. Vacuum Brazing More parts are produced using vacuum brazing than any ot...
Selecting the right vacuum heat treatment process for powder metallurgy
Powder metallurgy is a process that uses metal powders (or mixtures of metal and non-metal powders) of micron to nanometer scale as raw materials, and combines these particles tightly through molding and vacuum sintering to prepare various engineering materials and parts with complex shapes. In t...