Modern communication technologies place high demands on materials used in the manufacture of communication equipment. Temperature changes, the need for high accuracy and stability of operation — all this requires the use of special steels and alloys. One of them is precision alloys — metal materials with extremely precise chemical composition and predictable physical properties. In this article, we will explain why precision alloys are unique, where they are used and what grades are produced at PZPS.
Precision alloys are a special class of metal materials that are developed and manufactured with high accuracy in composition and properties. Their task is to ensure stable and reliable operation in conditions where even the slightest deviation from the norm can lead to failures or a decrease in the efficiency of devices.
The main features of precision alloys:
It is these qualities that make precision alloys indispensable in the production of communication components.
Communication devices include not only mobile phones or wireless radios, but also complex data transmission systems, satellite communications, and telecommunications infrastructure. These devices use materials that can operate at high frequencies, in small packages and at different temperatures.
These are the main applications of precision alloys in communication equipment:
These areas require materials with not just good, but ideal parameters that will not change under different operating conditions. That is why precision alloys are the most preferred option in the manufacture of switching equipment.
There are many types of precision alloys, each of which is optimal for a particular application. Below we'll look at two of the most popular groups.
These materials have high magnetic permeability and low coercive force, so they are easily magnetized and demagnetized without loss. Soft magnetic alloys they react quickly to changes in the flow of magnetic lines of force and retain minimal residual magnetic properties after removing the external magnetic field. This makes the presented materials ideal for all types of transformers and inductive elements.
Application examples:
The following grades of soft magnetic alloys are produced at PZPS:
These materials make it possible to increase the sensitivity and stability of electronic components.
For devices operating at variable temperatures, it is important that materials do not deform when heated or cooled. Alloys with a given TCLR retain their dimensions and geometry, preventing stresses and cracks caused by changes in temperature.
Examples of the use of alloys with a given TCLR in communication equipment:
Brands produced by PZPS:
Due to their dimensional stability, these alloys ensure high accuracy in adjusting and aligning components, especially in fiber-optic communication lines.
In addition to soft magnetically and thermostable alloys, PZPS also offers other materials that are in demand in electronics and radio engineering:
These materials make it possible to create reliable and durable components that are resistant to environmental influences. Thanks to strict quality control at all stages of production, from melting to rolling, PZPS products meets international standards, has a precise chemical composition and is characterized by stable physical and mechanical properties.
For questions about purchasing cold-rolled precision alloy strips, please call +7 812 740—76—57 or leave application on the site. PZPS specialists will help you choose the right material and select optimal delivery conditions.