Ceramics Used In Electronics

$26 USD

Dual in-line housing, also known as Dual Inline Housing, is a common type of integrated circuit housing that features a two-row pin arrangement. It is designed to provide easy mounting and connectivity for a variety of electronic devices and circuit boards. First of all, dual-row inline housings are usually made of plastic material with good insulation and mechanical strength. Not only does this material offer lower cost and lighter weight, but it also provides good physical protection against...

$30 USD

Dual in-line housing is a common type of integrated circuit housing that features a two-row pin arrangement. It is designed to provide easy mounting and connectivity for a variety of electronic devices and circuit boards. First of all, dual-row inline housings are usually made of plastic material with good insulation and mechanical strength. Not only does this material offer lower cost and lighter weight, but it also provides good physical protection against external damage to the integrated...

$26 USD

An integrated circuit enclosure, also known as an integrated circuit package, is a protective shell used to safeguard integrated circuit chips in consumer electronics. These packages, such as the dual inline housing and complex integrated circuit package, are typically constructed from plastic or ceramic materials. These materials possess excellent insulating properties, effectively shielding the integrated circuit from external electromagnetic radiation and electrostatic interference....

$35 USD

Infrared detector housings are essential for protecting both uncooled and cooled infrared focal plane detectors. These housings are widely used in various industries such as infrared night vision, security, firefighting, maritime operations, surveillance, power monitoring, smart grid online monitoring, visually enhanced assisted driving systems, and railroads. There are two main types of infrared detector housings: metal wall-ceramic insulator and full ceramic. Metal casing: This housing...

$111 USD

Infrared detector housings are essential for protecting both uncooled and cooled infrared focal plane detectors. These housings are widely used in various industries such as infrared night vision, security, firefighting, maritime operations, surveillance, power monitoring, smart grid online monitoring, visually enhanced assisted driving systems, and railroads. There are two main types of infrared detector housings: metal wall-ceramic insulator and full cer amic. Metal casing: This housing...

$45 USD

Optical Communication Device Housing for Metal Wall - Ceramic Insulator Structure Our optical communication device housings are specifically designed to meet the requirements of providing an electrical signal transmission channel and an optical coupling interface. They are designed to offer mechanical support and gas-tight protection while solving the interconnection challenges between the chip and external circuitry. These housings are capable of accommodating a 50 Ohm characteristic impedance...

$45 USD

Infrared detector housings are essential for protecting both uncooled and cooled infrared focal plane detectors. These housings have a wide range of applications in fields such as infrared night vision, security, firefighting, maritime operations, surveillance, power monitoring, smart grid online monitoring, visually enhanced assisted driving systems, and railroads. Uncooled infrared focal plane detectors are available in two main structures: metal wall-ceramic insulator and full ceramic. Metal...

$ 15 Piece/Pieces

Molybdenum-copper alloy, a composite material comprising molybdenum and copper, exhibits a remarkable combination of properties that find diverse applications in various industries. One of its standout features is its outstanding thermal conductivity. Given that both molybdenum and copper are exceptional thermal conductors, molybdenum-copper alloys maintain superior thermal conductivity even under high-temperature conditions. This characteristic makes them indispensable in the production of...

$ 39 Piece/Pieces

Tungsten-based high specific gravity 3D printing material is a new type of material with excellent performance and prospects for a wide range of applications. Tungsten is a high-density metal with extremely high melting point and corrosion resistance, so it is widely used in aerospace, defense and medical fields. While tungsten-based high specific gravity 3D printing materials are synthesized by combining tungsten with other metals or alloys to achieve higher specific gravity and better...

$39 USD

Emerging Tungsten-Infused 3D Printing Materials: A New Frontier in High-Density Applications In the innovative world of material science, a groundbreaking development has emerged: tungsten-infused 3D printing materials. These materials, characterized by their impressive specific gravity, are rapidly gaining traction across various industries due to their exceptional attributes. Predominantly, these materials boast an unparalleled density, typically ranging between 17 to 18 grams per cubic...

$ 30 Piece/Pieces

Dual in-line housing is a common type of integrated circuit housing that features a two-row pin arrangement. It is designed to provide easy mounting and connectivity for a variety of electronic devices and circuit boards. First of all, dual-row inline housings are usually made of plastic material with good insulation and mechanical strength. Not only does this material offer lower cost and lighter weight, but it also provides good physical protection against external damage to the integrated...

$ 39 Piece/Pieces

Tungsten-based high specific gravity 3D printing material is a new type of material with excellent performance and prospects for a wide range of applications. Tungsten is a high-density metal with extremely high melting point and corrosion resistance, so it is widely used in aerospace, defense and medical fields. While tungsten-based high specific gravity 3D printing materials are synthesized by combining tungsten with other metals or alloys to achieve higher specific gravity and better...

$ 39 Piece/Pieces

Tungsten-based high specific gravity 3D printing material is a new type of material with excellent performance and prospects for a wide range of applications. Tungsten is a high-density metal with extremely high melting point and corrosion resistance, so it is widely used in aerospace, defense and medical fields. While tungsten-based high specific gravity 3D printing materials are synthesized by combining tungsten with other metals or alloys to achieve higher specific gravity and better...

$ 39 Piece/Pieces

Tungsten-based high specific gravity 3D printing material is a new type of material with excellent performance and prospects for a wide range of applications. Tungsten is a high-density metal with extremely high melting point and corrosion resistance, so it is widely used in aerospace, defense and medical fields. While tungsten-based high specific gravity 3D printing materials are synthesized by combining tungsten with other metals or alloys to achieve higher specific gravity and better...

$ 39 Piece/Pieces

Tungsten alloy shielding sheet material is an important material used for electronic device shielding. It is made by alloying tungsten with other metal elements and has excellent shielding performance and high strength. Firstly, tungsten alloy shielding sheet material has outstanding shielding performance. Tungsten has high density and atomic number, which enables it to effectively absorb and scatter electromagnetic radiation, thus achieving shielding of electromagnetic waves. In addition,...

$ 39 Piece/Pieces

Revolutionize Electronic Shielding with Advanced Tungsten Alloy Materials Step into the future of electronic shielding with our tungsten alloy sheet materials. Designed to meet the demanding needs of today's technology, these materials are a synthesis of tungsten and other metals, offering unmatched shielding capabilities. At the heart of their performance lies their exceptional shielding ability. Thanks to tungsten's high density and atomic number, our materials excel in absorbing and...

$ 39 Piece/Pieces

Tungsten alloy shielding sheet material is an important material used for electronic device shielding. It is made by alloying tungsten with other metal elements and has excellent shielding performance and high strength. Firstly, tungsten alloy shielding sheet material has outstanding shielding performance. Tungsten has high density and atomic number, which enables it to effectively absorb and scatter electromagnetic radiation, thus achieving shielding of electromagnetic waves. In addition,...

$ 39 Piece/Pieces

Tungsten alloy shielding sheet material is an important material used for electronic device shielding. It is made by alloying tungsten with other metal elements and has excellent shielding performance and high strength. Firstly, tungsten alloy shielding sheet material has outstanding shielding performance. Tungsten has high density and atomic number, which enables it to effectively absorb and scatter electromagnetic radiation, thus achieving shielding of electromagnetic waves. In addition,...

$ 39 Piece/Pieces

Tungsten alloy shielding sheet material is an important material used for electronic device shielding. It is made by alloying tungsten with other metal elements and has excellent shielding performance and high strength. Firstly, tungsten alloy shielding sheet material has outstanding shielding performance. Tungsten has high density and atomic number, which enables it to effectively absorb and scatter electromagnetic radiation, thus achieving shielding of electromagnetic waves. In addition,...

$ 39 Piece/Pieces

The tungsten-based high specific gravity exploration industry radiological immobilization device is a kind of equipment for immobilizing radioactive sources, which is mainly used for radiological logging in the process of petroleum exploration and exploitation. The device is made of tungsten-based high specific gravity material with excellent density and radiation protection properties, which can effectively protect the staff and the environment from radioactive contamination. First of all,...