BJBY alloy materials technology company implemented the "Layered Metal Composite Materials Key Technology and Industrialization Research" project, successfully developed more than 50 new products, assisted the development of 5G mobile phones, new energy vehicles and aerospace industries, breaking foreign technology monopoly To realize the localization of key metal materials.
In many application scenarios, a single material can no longer meet the needs of high-performance applications, which has led to the rapid development of layered composite materials. Laminated metal composite material is a kind of high-performance composite material formed by combining two or more metal materials through a certain method. Its overall strength, hardness, electrical conductivity, thermal conductivity, wear resistance and high temperature resistance, etc. The performance has been greatly improved, and it is widely used in new energy vehicles, 5G communications, aerospace, energy saving and environmental protection.
In the past, domestic layered metal composite equipment mainly relied on foreign imports, technology was controlled by people, and there were problems such as large investment in equipment introduction, high cost, long operation adaptation cycle, and limited width. BJBY launched key technology and industrialization of layered metal composite materials The research of this is of great significance to breaking the technical blockade in related fields abroad, improving the production efficiency of materials, and realizing the import substitution of high-end products, and promoting national economic growth and social development.
In order to break the monopoly of foreign layered metal composite materials technology, BJBY has decided to adopt independent R & D and cooperative development of technical solutions since January 2014. In the aspect of composite rolling mill equipment, it has built a supporting wide-band room temperature solid phase composite production line After several years of technical development, it finally succeeded in June 2019. The project "Research on key technologies and industrialization of layered metal composites" is an important part of BJBY's development strategy.
At present, BJBY has successfully developed and produced more than 50 new products of layered metal composite materials, including new energy vehicle lithium battery connection sheet materials, integrated circuit lead frame materials, 5G mobile phone heat sink and midplane materials, vacuum glass support materials and special Industry application materials, etc. BJBY has sold more than 4,500 tons of various layered alloy composite materials in 2016-2019, becoming a new economic growth point.
About BJBY Special Metal Materials Technology Company
BJBY Special Metal Materials Technology Company, formerly known as China Special Metal Metallurgy Research Institute, was established in 1968, with total assets of 600 million yuan.
BJBY specializes in the research, development and production of special functional metal materials and high-performance structural materials such as precision alloys, high-temperature alloys and special stainless steels required by the aerospace, electric locomotive, power electronics, and automotive industries.
BJBY has high-precision special metal material cold-rolled strip production line, special metal material bar production line, soft magnet core and product production line, casting high-temperature alloy production line, magnetic steel precision casting pilot line, special metal composite material production line, special wire There are 8 production lines including pilot line, amorphous ultra-microcrystalline strip and product production line, producing more than 180 brands of special functional metal materials, more than 2,000 types of strips, wires, rods, iron cores, punched parts And electronic components, the production and sales scale ranks forefront of domestic counterparts.
Products
Soft magnetic core
Soft magnetic products mainly include: wound core, punched core, and yoke.
Products are widely used in various leakage protectors, precision current (voltage) transformers, various types of electromagnetic signal conversion and amplifiers.
Soft magnetic alloy
Soft magnetic alloys are a type of alloys that have high permeability and low coercivity in a weak magnetic field. This type of alloy is widely used in the radio electronics industry, precision instruments, remote control and automatic control systems. It is mainly used for energy conversion and information processing. It is an important material in the national economy.
Corrosion-resistant soft magnetic alloy
Rectangular hysteresis loop soft magnetic alloy
Constant magnetic permeability soft magnetic alloy
High hardness, high resistance and high permeability alloy
Soft magnetic alloy with high initial permeability
Permanent magnet alloy
Permanent magnetic alloy is a material with a large magnetic energy product. That is, it is required to have a large hysteresis loop area, high coercive force and residual magnetic induction, and a large demagnetization curve convexity coefficient. At the same time, it has a stable structure, the magnetic properties do not change with time, and the residual magnetic induction does not decrease with external magnetic field, temperature, mechanical vibration, irradiation, etc. The permanent magnet alloys produced by our hospital include iron-cobalt-vanadium alloys, hysteresis alloys, and cast aluminum-nickel-cobalt alloys.
Cast Alnico Permanent Magnetic Alloy 2 (AlNiCo8 / 4, AlNiCo9 / 5, AlNiCo12 / 6, AlNiCo17 / 9, AlNiCo37 / 5, …
Cast AlNiCo permanent magnet alloy (AlNiCo8 / 4, AlNiCo9 / 5, AlNiCo12 / 6, AlNiCo17 / 9, AlNiCo37 / 5, A …
Iron Cobalt Molybdenum Hysteresis Alloy Holder
Iron Cobalt Vanadium Permanent Magnetic Alloy
Iron-cobalt-vanadium-based hysteresis alloy strip
Sintered Sm-Co permanent magnet alloy (Sm-Co (1: 5 type), Sm-Co (2:17 type))
Deformed iron chromium cobalt permanent magnet alloy
Shape Memory and Superelastic Alloys Elastic alloy
Elastic alloy is an indispensable material for manufacturing precision instruments and nicety machines. Elastic alloys are provided with the characteristics of high elastic module, high strength, heat-resistance, corrosion-resistance, non-magnetic, stable elastic module in a certain range of temperature , low expansion coefficient and high quality. Elastic alloys include constant elastic alloys and high elastic alloys.
Expansion alloy
Expansion alloy is provided with a special (minimum or constant) linear expansion coefficient in a certain range of temperature. It is widely applied in electronic parts of aviation apparatus and instruments, electronic vacuum industry and other electronic apparatus, such as seals for soft glass or ceramic in electro-vacuum industry, anode caps, down-lead frames and other electro-vacuum components.
FeNiCoCu Sealing Alloys
FeNiCu Sealing Alloys
FeNiCo Glass Sealing Alloys
FeNiCo Ceramic Sealing Alloys
FeNi Glass Sealing Alloys
FeNiCr Glass Sealing Alloys
Low Expansion Alloys
Special stainless steels strip
The austenite stainless steels, such as 0Cr18Ni9, 1Cr18Ni9Ti, etc. has specialties in anti-corrosion, heat-resistance and oxidation-proof. It is widely applied in aviation, chemical engineering, electronic industry, light industry and foodstuff industry.
Preciptation-hardening Stainless Steel
Non-magnetic High Strength Stainless Steel
Stainless Steel
Non-magnetic Stainless Steel for Electronic Vacuum Device
Thermobimetal Strips
Thermobimetal is a kind of composite material which consists of two or more layers and each layer is provided with a different expansion coefficient. The layer which possesses higher expansion coefficient is called the master layer. The layer which possesses lower expansion coefficient is called the passive layer. The layer between them is called buffer layer which acts as an adjusting resistance. Thermobimetal strip will be bended or turned because of their different expansion coefficients while the ambient temperature changes. Thermobimetal is mainly applied for manufacturing temperature sensing elements in automatic control equipments and instruments for temperature control, temperature compensation, current restriction and temperature indication.
Layered metal composite materials:
New energy vehicle lithium battery connection / contact sheet materials, integrated circuit lead frame metal composite materials, 5G mobile phone heat sink and mid-plate metal composite materials, vacuum glass support metal composite materials.
High resistance heating alloys
High resistance heating alloys are characterized by high electrical resistivity, low temperature coefficient, good resistance to corrosion and oxidization as well as good linearity of resistance versus temperature.
Superalloys
Superalloys are indispensable in aviation, navigation, war industry and so on. BJBY is one of the earlier manufacturers in China for developing and producing superalloys. The as-cast master superalloy is one of our main products. It can be used for making turbine laminas , guide laminas, and other heat resistance components. The superalloys are available in forms of as-cast and deforming.
BJBY has more than 1,600 employees and strong scientific research strength. Has a group of various types of professional and technical personnel and experts composed of scientific research team and experienced, skilled and highly skilled workers. Professional and technical employees account for more than one-third. Over the past 50 years, it has completed more than 500 national, provincial, and ministerial-level scientific research projects and won more than 300 national, ministerial, and municipal-level scientific research achievements. A variety of new materials developed have filled the domestic gap, and many products have reached the international level. Level.