On November 10, the international community celebrates World Science Day for Peace and Development — World Science Day for Peace and Development, established by UNESCO in 2001. This holiday emphasizes the important role of knowledge in building peace and a sustainable society, and also promotes scientific achievements and strengthens international cooperation for the joint development of science between countries.
The history of creating the holiday
The idea to establish World Science Day was born at the Science and Society conference held in Budapest in 1999. At this international forum, experts from different countries came to the conclusion that science and innovation can play a key role in solving global problems, from environmental and medical to energy. UNESCO supported this initiative by approving the annual celebration of World Science Day, thereby encouraging countries to use scientific achievements for sustainable joint development.
The goals and objectives of the celebration
World Science Day for Peace and Development helps society understand the importance of science and technology and encourages sustainable dialogue between scientists and the public. The main goals of the celebration include:
- support for international cooperation — exchange of knowledge and experience between scientists from different countries to effectively solve common problems in the field of science and technology;
- popularizing science — drawing attention to the importance of scientific research and achievements for everyday life and global progress;
- promoting science in developing countries — UNESCO actively supports research in developing regions, helping these countries solve their own unique problems;
- creating a dialogue between scientists, politicians and society — The events held as part of this festival serve as platforms for discussing scientific priorities and developing science-based policies.
Every year, as part of World Science Day, conferences, exhibitions, lectures and seminars are organized to raise awareness of the importance of science and technology for the development of society and sustainable peace.
PZPS products — high technologies for solving complex problems
Precision alloys produced by PZPS are the result of scientific research and are used in industries such as medicine, Aviation and microelectronics. These high-tech materials have unique physical and chemical properties that are achieved through complex compositions and advanced production processes.
Precision alloys: reasons to be science-intensive
The production of precision alloys requires the use of the most modern technologies, as well as deep specialized knowledge and experience. The scientific intensity of precision alloys is due to the following factors:
- Difficult chemical composition. Precision alloys contain combinations of different components, each of which affects the unique properties of the material. For example, items like chrome, nickel and copper are added to create alloys with high electrical resistance, which requires comprehensive knowledge in chemistry, metallurgy and materials science.
- Strict performance requirements. Properties such as strength, magnetic permeability, temperature stability and corrosion resistance determine product quality and are closely monitored at every stage of production.
- Use in high-tech areas. Precision alloys are used in complex industries such as aerospace and microelectronics, where materials are exposed to high loads and temperature fluctuations that require exceptional reliability and high quality standards.
- Continuous development of new alloys. PZPS engineers and scientists are conducting research aimed at creating alloys with new improved characteristics for various fields, including medical technology and the energy sector.
- Careful quality control. Strict testing of alloy parameters at each stage of production includes analysis of compliance with chemical composition and structure, as well as control of physical and mechanical properties. This is particularly important for soft magnetic alloys, where maximum accuracy in determining characteristics is required.
All this requires the combined efforts of scientists, engineers and technologists, as well as the continuous improvement of technological processes.
The main groups of precision alloys produced at PZPS
The St. Petersburg Precision Alloy Plant produces a number of materials necessary for various industries:
- Soft magnetic alloys (27KH, 49K2FA-VI, 50N, 50NP, 79NM, 80NM, 81NMA) — used in transformers, magnetic amplifiers and sensors. They are characterized by high magnetic permeability and low coercive force.
- Alloys for elastic elements (17HNGT, 36NHTYU, 40KHNM) — resistant to fatigue loads and retain their elastic properties, which makes them ideal for use in springs, diaphragms and pressure gauges.
- Alloys with high electrical resistance (X15YU5, X23U5, X23YU5T, X20N80N, X15N60N) — have increased resistance to heat and corrosion, are used in heating elements, resistors and other electrical components.
- Hard magnetic alloys (EP-298, 13NHM) — used in the production of permanent magnets, have stable coercive force and high residual induction.
- Alloys with a predetermined temperature coefficient of linear expansion (29NK, 36N, 42N) — suitable for the manufacture of connecting elements and sealing devices that must maintain stable dimensions when temperature changes.
These groups of alloys are designed to meet high quality and strength requirements and are widely used in various high-tech industries.
PZPS Research Center: Science and Innovation for Progress
Activities PZPS Research Center (NIC) is aimed at studying advanced trends in metallurgy, as well as at improving production technologies. The main areas of work of the Research Center include:
- Introduction of modern technologies. The center is improving the production processes of precision alloys and introducing automated and digital solutions to improve the accuracy of manufactured materials.
- Analysis and development of new steels and alloys. The Research Center studies the properties of various metals and their combinations to create materials with unique characteristics.
- Implementation of promising projects. Investments in innovative projects allow PZPS to reach a new level of product quality.
- Support for young professionals. The plant attracts young scientists and research teams, providing them with resources and opportunities for scientific activities.
The PZPS Research Center is open for cooperation with domestic and foreign partners and actively supports young talents. For questions about joint work, please contact us by phone +7 812 740-76-87 or leave a request on the website. We are always happy to help develop and produce innovative alloys, as well as carry out all the necessary tests to obtain new high-tech materials.
