Braze Alloys Market Size, Share, Demand & Trends by 2032
The global braze alloys market is expected to create lucrative growth over the forecast period from 2022 to 2032 by registering a CAGR of 4.3%. The market was valued at US$ 2678.9 million in 2022 and is expected to reach a valuation of US$ 4081.3 million in 2032. According to the historical analysis, the global braze alloys market registered a CAGR of 2.8%. Owing to the increased usage of braze alloys market across various sectors has pushed the market towards an upward trajectory.
There is a significant increase in the adoption of
recycling processes in order to promote sustainability. In addition to that,
the growth of the automobile sector along with several other factors might
surge the sales of braze alloys during the forecast period. The braze metal
alloys are likely to be considered as a sort of metallic high-temperature glue.
These are usually based on nickel, gold, and copper and are used for joining
Ceramic Matrix Composites to Cobalt or Nickel-based alloys.
Get an overview of market drivers and
challenges affecting this industry: https://www.futuremarketinsights.com/reports/sample/rep-gb-964
Industrial brazing offers numerous advantages such as
creating cleaner joints, being ideal for medium to high-volume production, and
offering an effective solution to joining two different kinds of metals, etc.
Moreover, braze alloys have this impressive ability to help achieve weight
reduction. For this reason, they are increasingly employed in the automobile
sector. This might surge the demand for braze alloys during the forecast
period.
Report Analysis
Braze alloys are utilized in the automobile as well as
the automotive industry. These are primarily utilized in the condensers of
air-conditioning systems and fuel injection pipes. Furthermore, the braze
alloys also have the ability to reduce the emission of Carbon Dioxide and other
harmful gases. This might increase the demand for braze alloys.
Braze alloys are used to join two different types of
metals. This is attributed to the much-needed smoothness and consistency which
they provide in the junction. Moreover, due to its ability to join two
different kinds of metals and aid in weight reduction, braze alloys are
increasingly used in the aerospace sector.
Braze alloys are also used for manufacturing
components that witness high resistance against high temperature and pressure.
This is anticipated to increase the sales of brazing alloys.
Recent Developments
The global electronics industry is anticipated to
augment at a robust CAGR of 6% throughout the assessment period. This can be
attributed to the number of innovations that are taking place in this sector.
Apart from the numerous benefits offered by braze
alloys market, they also offer corrosion resistance, thermal conductivity, and
electrical resistivity properties. This allows electronic devices to handle
extreme fluctuations with high efficiency. The braze alloys also help in
preserving the metallurgical characteristics. This is something that has
literally captured the attention of manufacturers across sectors.
The color of the joint that is used in the brazing
process is different from the other two metals. This might not give an
attractive look to the final product. This is something that might potentially
hamper the sales of brazing alloys. Furthermore, the scope of application of
the braze alloys is limited only to small-sized metals. They can’t be used for
joining large metals.
Competitive Landscape
The key market players are Johnson Matthey Plc.,
Morgan Advanced Materials plc., Lucas-Milhaupt, Inc., Oerlikon Metco, Umicore
N.V., Bellman-Melcor LLC, Harimatec Czech, s.r.o., Indian Solder, Braze Alloys,
VBC Group.
In July 2022, Umicore has recently announced that it
would be constructing a large-scale fuel cell catalyst plant in China to cater
to accelerated hydrogen clean mobility growth.
In August 2022, Johnson Matthey and Sinopec Capital
announced that they would be exploring strategic collaboration across
decarbonization and hydrogen technologies.
Comments
Post a Comment