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# Elan Technology

Elan Technology is a glass and ceramics manufacturer in Midway, GA, USA.

## Sitemaps

- [XML Sitemap](https://www.elantechnology.com/sitemap.xml): Contains all public & indexable URLs for this website.

## Posts

- [News](https://www.elantechnology.com/news/)
- [Elan Technology Named Georgia Automotive Innovator of the Year](https://www.elantechnology.com/elan-technology-named-georgia-automotive-innovator-year/) - Elan Technology Named Georgia Automotive Innovator of the Year October 24, 2017 Elan Technology, a Midway-based glass manufacturer, was honored this week by Gov. Nathan Deal as Georgia Innovator of the Year during the second annual Georgia Automotive Awards held in Atlanta. The manufacturer supplies the automotive industry with materials that can be used in
- [Types of Industrial Ceramic Materials](https://www.elantechnology.com/types-industrial-ceramic-materials/) - Types of Ceramics for Industrial Applications The mention of the word ceramic takes you to the world of earthenware, clay pots etc. found in many households. Treasured by both the owner and the maker, these products are made from naturally occurring clay and sand. However, with the advancement of technology, ceramic materials are now being
- [Upcoming Event: Elan Technology at Specialty & Agro Chemicals America Show](https://www.elantechnology.com/specialty-agro-chemicals-america/) - Elan Technology will be exhibiting at the Specialty & Agro Chemicals America show in Savannah. Visit us at exhibit space G-53 to learn how our spray drying and calcining services can support your specialty material processing needs.
- [How Advanced Materials Are Revolutionizing Medical Technology](https://www.elantechnology.com/advanced-materials-revolutionizing-medical-technology/) - Advanced materials are changing the game in medical technology by providing solutions that are more effective, less invasive, and last longer for patients. Discover how advanced materials like biocompatible ceramics, nanomaterials, and advanced composites are transforming medical devices and treatments.
- [Advanced Battery Technologies Powering Electric Vehicles](https://www.elantechnology.com/advanced-battery-technologies-powering-electric-vehicles/) - Batteries are the backbone of electric vehicles (EVs), powering their performance and determining range, charging time, and overall efficiency. Advanced materials are revolutionizing electric vehicle batteries, leading to improved performance, energy density, charging speeds, and lifespans.
- [How Innovative Materials Are Shaping Renewable Energy's Future](https://www.elantechnology.com/how-innovative-materials-are-shaping-renewable-energys-future/) - The transition to renewable energy is closely tied to advancements in cutting-edge materials. As the world increasingly turns to clean energy solutions, material science is at the forefront. Advanced materials are significantly accelerating the adaptation of sustainable energy — by enhancing performance and reliability — leading to the development of the next generation of renewable energy technologies.
- [Elan 46 LAS Glass-Ceramic for Modern Glass-To-Metal Sealing](https://www.elantechnology.com/elan-46-las-glass-ceramic-for-modern-glass-to-metal-sealing/) - Elan 46 LAS Glass Ceramic for Modern Glass-To-Metal SealingElan Technology Advanced Hybrid Glass Ceramic Technology W. Nathaniel Horton, Ph.D. and Eric C. Skaar, Ph.D. April 21, 2015 Elan 46 is a specialty belt process lithia-alumina-silica (LAS) glass-ceramic for use sealing to a wide range of metals with varied coefficients of thermal expansion (CTE) such as
- [Young Leaders Learn About Economic Development at Elan Technology](https://www.elantechnology.com/young-leaders-learn-economic-development-elan-technology/) - Young Leaders Learn About Economic Development at Elan Technology April 18, 2018 The Liberty County Chamber of Commerce 2017-2018 Young Adult Liberty Leaders (YALL) class had its economic development session April 11, hosted by the Liberty County Development Authority. Student leaders met with the Liberty County Development Authority to gain insight into the impact economic
- [Liberty County Firm Included in MIT Manufacturing Study](https://www.elantechnology.com/liberty-county-firm-included-mit-manufacturing-study/) - Liberty County Firm Included in MIT Manufacturing Study By Savannah Morning News MIDWAY — Elan Technology, a Liberty County manufacturer, is among 255 companies worldwide selected to take part in a Massachusetts Institute of Technology study on whether manufacturing can be reinvigorated in the United States. P.A. "Tak" Argentinis, president of Elan, shared his company's

## Pages

- [Homepage](https://www.elantechnology.com/) - Elan Technology is one of the top USA glass manufacturers and ceramic manufacturers, providing advanced industrial ceramics materials & glass materials.
- [Glass Science Course](https://www.elantechnology.com/about-us/glass-science-course/)
- [Sitemap](https://www.elantechnology.com/sitemap/) - Elan Technology Sitemap Elan Technology Ceramics Ceramic Components With nearly years of experience as an advanced ceramic components manufacturer, and billions of ceramic components produced, Elan Technology engineers have overcome a variety of technical challenges to help develop solutions for our customers. Ceramic Materials We offer a range of steatite and alumina ceramic materials with
- [Aerospace Industry](https://www.elantechnology.com/ceramics/industries/ceramic-engineering-in-aerospace/) - Aviation Industry Glass Ceramics Applications for the Aviation Industry Elan Technology’s advanced glass materials and glass coating technology are featured throughout the aviation industry. Our advanced glass materials have been used in a variety of commercial and military aircraft glass ceramics applications. These materials ensure strong, fully functional canopies, windows, lenses, and panels. Advanced sensors
- [Automotive](https://www.elantechnology.com/glass/glass-suppliers-industries/glass-manufacturer-automotive/) - Automotive Industry Glass Manufacturer for Automotive Applications Elan Technology is a glass manufacturer that supplies the automotive industry with materials that can be used in a variety of applications. Many times, the glass materials used in automotive applications must be light, reliable, and robust. Elan glass powders and performs are found in a wide variety
- [Spray Drying Process](https://www.elantechnology.com/spray-drying/spray-drying-process/) - Spray Drying Process Spray Drying at Elan Technology The spray drying process allows for liquid solutions and solid materials to be transformed into dry granular powders, in order to achieve a variety of industrial applications. The production of these spray dried powders is accomplished by rapidly drying the liquid solution (also known as slurry) with
- [Toll Spray Drying](https://www.elantechnology.com/spray-drying/production-toll-spray-drying/) - Contract Spray Drying Toll Spray Drying Services at Elan Technology For over years, Elan Technology, the largest independent toll spray drying company in the US, has served the contract spray drying needs of major chemical companies in the US and abroad. The need for toll spray drying arises when a chemical or inorganic materials company
- [Medical Industry](https://www.elantechnology.com/ceramics/industries/ceramic-manufacturer-for-medical-industry/) - Ceramic Manufacturing in the Medical Industry Advanced Ceramic Technology Manufacturer Elan Technology Saving Lives Ceramic materials are uniquely suited to medical applications due their sterile nature and resistance to wear over time. Alumina and Zirconia are commonly used in medical components and sensors. Elan Technology is a ceramic manufacturer that produces materials that have found widespread
- [Automotive Industry](https://www.elantechnology.com/ceramics/industries/ceramic-materials-automotive/) - Automotive Industry Ceramic Components Reliable Performance for the Automotive Industry Advanced ceramics materials are incorporated into automotive designs when demanding conditions require a material that is robust and reliable. The thermal and electrical properties of ceramic materials allow them to be used in a variety of sensors, mechanical seals, ceramic bearings, and valves. Ceramics are
- [Machining](https://www.elantechnology.com/machining/) - Elan Technology Machining Contract Machining Services In addition to producing our own tooling, Elan Technology, Inc provides expert machining services to other industries. We can machine a variety of materials including all tool steels, aluminum, ceramics, carbide, and plastics. Our expert engineers will work with you to determine how best to apply our advanced machining
- [Ceramics Industries](https://www.elantechnology.com/ceramics/industries/) - Commonly Served Manufacturing Industries Engineering for the Ceramic Industry Elan Technology supplies engineered ceramics to a variety of industries for a wide range of applications. Below are some of the industrial sectors utilizing ceramic materials and components from Elan Technology, who is globally recognized as a leader in the ceramic industry.
- [Resource Exploration, Recovery & Storage Industry](https://www.elantechnology.com/ceramics/industries/ceramic-components-resource-recovery-storage/) - Resource Exploration & Recovery Safe & Efficient Resource Recovery Applications Ceramic technology plays a large part in safely exploring, extracting, and storing natural resources across the globe. Fostering efficient system development through the use of ceramic components leads to better outcomes for the environment. Elan’s ceramic components and ceramic materials are found in various applications
- [Telecommunications Industry](https://www.elantechnology.com/ceramics/industries/advanced-industrial-ceramics-in-telecommunications/) - Advanced Materials in the Telecommunications Industry Advanced Industrial Ceramics Bring Effective & Reliable Solutions Advanced industrial ceramics have found a wide array of uses within the telecommunications industry. Elan Technology’s ceramic components, such as ceramic zirconia or alumina ceramic materials, are used as insulators, fiber optic sleeves, high tolerance substances, timing devices, microwave packages, and
- [Origin Glass (Art Glass)](https://www.elantechnology.com/glass/origin-glass-art-glass/) - Origin Glass (Art Glass) We make our glass bars by dry pressing a glass powder into a bar shape and then melting it into a solid form. Since Elan Technology makes beads for electronics used in the automotive industry, we are certified to a very strict quality management system. The same quality standard used for
- [Industrial Ceramic Components](https://www.elantechnology.com/ceramics/ceramic-components/) - Elan Technology Technical Ceramic Components Specially Manufactured Custom Ceramic Components Although we offer a wide range of standard ceramic materials, our engineers can work with customers to develop custom compositions for any application. Our pilot scale milling and spray drying equipment allows us to offer cost-effective development of these compositions, with rapid turnaround. This flexibility,
- [Materials Engineering Support](https://www.elantechnology.com/support/materials-engineering-support/) - Materials Engineering Support
- [Ceramics](https://www.elantechnology.com/ceramics/) - Elan Technology Advanced Ceramics Advanced Ceramic Materials The aerospace, medical, marine, and defense industries use alumina ceramic for many applications. For example, alumina can be found in ignition systems for jet engines, high temperature bearings, and medical sensors. Elan Technology offers alumina with different levels of purity, ranging from 85% to 96% in order to
- [Medical](https://www.elantechnology.com/glass/glass-suppliers-industries/medical-technical-glass-components-materials/) - Medical Industry Technical Glass Products & Materials for Medical Applications Elan Technology's glass technology and glass products are well suited to the medical industry, because of the important requirements for sterile materials that can convey or absorb infrared, ultraviolet, and visible light. Medical applications for Elan Technology's technical glass components and glass materials include cochlear implants,
- [Communications](https://www.elantechnology.com/glass/glass-suppliers-industries/borosilicate-glass-communications/) - Communications Glass Suppliers for the Communications Industry Advanced glass materials have found a wide array of uses within the telecommunications industry. Elan Technology's Alkali Barium Borosilicate and Alkali Borosilicate glass materials, such as Elan 14 and Elan 19, are used in any communications application that requires sturdy glass to metal hermetic sealing such as insulators,
- [Aviation](https://www.elantechnology.com/glass/glass-suppliers-industries/glass-ceramics-applications-aviation-industry/) - Aviation Industry Glass Ceramics Applications for the Aviation Industry Elan Technology’s advanced glass materials and glass coating technology are featured throughout the aviation industry. Our advanced glass materials have been used in a variety of commercial and military aircraft glass ceramics applications. These materials ensure strong, fully functional canopies, windows, lenses, and panels. Advanced sensors
- [Glass Preforms & Components](https://www.elantechnology.com/glass/glass-preforms-components/) - Glass Preforms & Components Glass Preform Manufacturer Technical SupportOur team of experienced ceramic engineers, material science experts, and chemical engineers can provide assistance with material selection and component design. In addition to our complete on site materials characterization laboratory, we maintain close relationships with leading universities in the fields of ceramic engineering and glass science.
- [Support](https://www.elantechnology.com/support/) - Support Nearly Years of Manufacturing Expertise
- [Resource Exploration](https://www.elantechnology.com/glass/glass-suppliers-industries/resource-exploration/) - Resource Exploration Glass Components Used in the Resource Exploration Industry The resource exploration industry presents many challenges that glass components and materials are perfectly suited for. This rapidly expanding industry requires enhanced remote sensor capabilities, dependable component accuracy, and materials that can withstand demanding environments. Many high tech components used to deliver information across systems,
- [Dielectric Constant & Electronic Glass Insulation](https://www.elantechnology.com/support/technical-library/dielectric-constant/) - Dielectric Constant & Electronic Glass Insulation The principal characteristic of electronic glasses, used in glass-to-metal sealing, is the property, which prevents the transfer of electricity when placed between two conducting bodies (i.e.: the insulating property)The measurement of this property is the Dielectric Constant, which is defined by "ε" in the equationF =QQ'εr2Where "F" is the
- [About Us](https://www.elantechnology.com/about-us/) - About Us Ceramics & Glass Manufacturing Companies in Midway, GeorgiaOur technical glass and ceramic parts can be found in the defense industry, space exploration equipment, cell phones, industrial machinery, refrigerators, automobiles, flashlights, and numerous other applications. Elan Technology has even been asked by Massachusetts Institute of Technology (MIT) for research on strong manufacturing companies in
- [Military](https://www.elantechnology.com/glass/glass-suppliers-industries/glass-industry-for-military-applications/) - Military Industry ApplicationsMaterials Supplied by the Glass Industry for Military UseWhen considering the glass industry, you may not immediately think of the important military applications. However, glass materials are used in a variety of ways within the military industry, including for vehicles, rotorcrafts, aircrafts, missiles, night vision optics, guidance systems, and more.Elan is proud to
- [Lighting](https://www.elantechnology.com/glass/glass-suppliers-industries/lighting-borosilicate-glass-hermetic-seals/) - Lighting Industry Hermetic Seals & Other Glass Applications for Lightbulbs Elan Technology is a leader in providing glass materials and glass technologies for the lighting industry. In an industry that is highly competitive, Elan manages to deliver high quality glass components to major lighting manufacturers. Elan's glass materials are used in a number of lighting
- [Glass Materials](https://www.elantechnology.com/glass/glass-materials/) - Glass Materials Types of Technical Glass Materials As one of the largest glass suppliers in the United States, Elan offers hundreds of specific glass formulations and colors that cater to a variety of needs and specifications. These glass materials can be divided into three categories: Hard Glasses A typical silica based glasses with a Coefficient
- [Industrial Applications](https://www.elantechnology.com/glass/glass-suppliers-industries/industrial-glass-applications/) - Industrial Applications Industrial Glass Applications for Machinery Industrial glass materials and components are used in a number of applications for machinery and other equipment. Elan Technology’s glass ceramic technology and proprietary glass materials are utilized in pressure sensors, high vacuum gauge sensors, radiation detectors, and commercial power generators.Pressure sensors incorporate industrial glass materials by sealing
- [Toll Processing Services](https://www.elantechnology.com/rotary-calciner/contract-toll-processing-services/) - Toll Processing Services Thermal Processing & Toll Calcining Services Our toll processing services deliver custom material solutions for our customers. These processes are available for a variety of products to meet your specific application and needs. Some common thermal processing services involve removing moisture, decomposition, or otherwise altering the state of a material. Advantages Our
- [Rotary Calciner](https://www.elantechnology.com/rotary-calciner/) - Rotary Calciner Rotary calciners (sometimes referred to as rotary kilns) are used for a variety of material processing applications. These high temperature machines process materials into a desired form by changing the state or composition of a material, or removing moisture. Unlike directly fired calciners, indirect rotary calciners are heated from the outside of an
- [Cordierite](https://www.elantechnology.com/ceramics/ceramic-materials/magnesium-aluminum-silicate-ceramics/cordierite-ceramic/) - Cordierite Ceramic For further information, please contact us. Cordierite Properties Cordierite ceramic is a magnesium aluminum silicate ceramic material that has been widely used in applications where thermal shock resistance is important. Cordierite ceramic is also useful because it has a low thermal expansion and good electrical insulation compared to other ceramic materials. It can
- [Aluminas](https://www.elantechnology.com/ceramics/ceramic-materials/alumina-ceramics/) - Alumina Ceramics Al2O3 Alumina, or aluminum oxide, is a synthetically produced crystalline ceramic substance that is used in a wide variety of industrial applications. Commonly used in the production of many advanced ceramic products and components, Alumina is especially useful for these applications due to a good combination of mechanical and electrical properties. Alumina possesses
- [Glass Ceramic Composite Materials](https://www.elantechnology.com/glass/glass-ceramic-composite-components/) - Glass Ceramic Composite Materials Elan 46 Series Glass Ceramic TechnologyGlass ceramic composite materials offer manufacturers an opportunity to produce glass-to-metal hermetic seals using traditional sealing methods while possessing the strength and durability of ceramics.The Elan Technology 46 Series is a break-through development in glass ceramic technology. It is a structurally homogeneous material, which combines the
- [Yttria (3%) Stabilized Zirconia](https://www.elantechnology.com/ceramics/ceramic-materials/zirconia-ceramics/yttria-3-stabilized-zirconia-ceramics/) - Yttria (3%) Partially Stabilized Zirconia Ceramics Zirconia Ceramic Manufacturers & Suppliers For further information, please contact us. Density (g/cc): 6.02 RT 900°C 10-6/°C: 11.2 Color: Ivory Dielectric Constant 25°C / 1 kHz: – Flexural Strength MPa (psi × 103): 976 (142) Dissipation Factor 25°C/ 1 kHz: – Young's Modulus GPa: 220 Volume Resistivity 25°C ohms-cm:
- [Zirconias](https://www.elantechnology.com/ceramics/ceramic-materials/zirconia-ceramics/) - Zirconia Ceramics ZrO2 Zirconia, or zirconium dioxide, is a white crystalline oxide of zirconium that is often stabilized with other oxides. At room temperature, zirconia possesses a monoclinic crystal structure, but at higher temperatures this transitions to a tetragonal structure. Upon cooling, these structures endure large stresses, which often cause cracking. Since zirconia is most
- [Unmatched Hermetic Seals](https://www.elantechnology.com/glass/structural-design-of-glass-to-metal-sealing/matched-seals-versus-unmatched-seals-guide/unmatched-hermetic-seals/) - Unmatched Hermetic Compression Seals Types & Commonly Used Glass Materials Nathaniel Horton, Ph.D. & Eric Skaar Ph.D. Simek GmbH, www.simek.de Ductile Metal The Houskeeper Seal Compression (Matched) Header > (Glass = Pin) Compression (Reinforced) Header > Glass > Pin
- [Matched Seals Versus Unmatched Seals Guide](https://www.elantechnology.com/glass/structural-design-of-glass-to-metal-sealing/matched-seals-versus-unmatched-seals-guide/) - Glass-to-Metal Hermetic Sealing Matched Seals Versus Unmatched Seals GuideNathaniel Horton, Ph.D. & Eric Skaar Ph.D.What Designers Really Need to KnowEach application requires the judicious selection of glass and metal to be combined in the proper geometry in order to achieve final performance criteria.Unmatched Hermetic SealsUnmatched (Compression) SealingUnmatched seals can withstand great differential pressures between exterior
- [Matched Hermetic Seals](https://www.elantechnology.com/glass/structural-design-of-glass-to-metal-sealing/matched-seals-versus-unmatched-seals-guide/matched-hermetic-seals/) - Matched Hermetic Seals Types & Commonly Used Glass Materials Nathaniel Horton, Ph.D. & Eric Skaar Ph.D. Simek GmbH, www.simek.de The thermal expansion characteristics of glass and metal are matched as closely as possible over a given temperature range. Matched seals owe their hermeticity and strength to strong intra-material chemical bonding, and are subdivided based on
- [Structural Design of Glass-to-Metal Sealing](https://www.elantechnology.com/glass/structural-design-of-glass-to-metal-sealing/) - Structural Design of Glass‑to‑Metal Sealing Nathaniel Horton, Ph.D. & Eric Skaar Ph.D. The Issue Structural designs of the modern era will be driven by the ability to maximize strength mechanically and performance electrically while minimizing the volumetric footprint of an assembly. Exploring Glass-to-Metal Sealing Opportunities
- [Glass-to-Metal Hermetic Seals](https://www.elantechnology.com/glass/glass-metal-hermetic-seal/) - Glass-to-Metal Hermetic Seals
- [Ceramic Material Properties](https://www.elantechnology.com/ceramics/ceramic-materials/ceramic-material-properties/) - Properties of Ceramic Materials Our Ceramic Material Properties Overview The Ceramic Material Properties comparison grid below offers a high-level comparison between all of our ceramic materials. For additional information, click any of the individual materials below, or view our Advanced Ceramic Materials overview. Type of Ceramic Aluminas Magnesium Aluminum Silicates Zirconias Elan Material 96% Alumina
- [Glass Material Properties](https://www.elantechnology.com/glass/glass-materials/glass-material-properties/) - Glass Material Properties Compare Properties of Common Glass Materials The Glass Material Properties comparison grid below offers a high-level comparison between all of our glass materials. For additional information, click any of the individual materials below, or view our Glass Materials overview. Elan Material # Coefficient of Expansion 0°-300° (× 10-7 cm/cm/°C) Strain Point (°C)
- [Spray Drying](https://www.elantechnology.com/spray-drying/) - Elan Technology Spray Drying Spray Dryer Technology at Elan Technology Spray dryer technology allows various materials to be combined and then processed into a homogeneous, free-flowing powder. Many materials are spray dried simply to produce a dust-free powder. However, in many cases, such as catalysts, close control of the particle size distribution is required in
- [Full-Service Calciner Solutions](https://www.elantechnology.com/rotary-calciner/rotary-calciner-services/) - Full-Service Calciner Solutions Contract Drying & Rotary Calciner Services Elan Technology offers full-service calciner solutions with our onsite rotary calciner services. A variety of advanced manufacturing applications require unique material changes, and our calcination services utilize highly-effective thermal processing treatments to achieve your desired outcome. Additionally, our on-site spray drying technology transforms a slurry —
- [Quality System](https://www.elantechnology.com/about-us/quality-system/) - Quality System Certified Quality Management SystemWe were registered under ISO/TS 16949 quality standard, which replaced QS-9000, from 2005 to 2018. Just as QS-9000 was, this standard is based on ISO 9001 and includes specific requirements related to the automotive industry.As our businesses have evolved, we are pleased to announce that we have transitioned to ISO
- [Glass Material 13](https://www.elantechnology.com/glass/glass-materials/alkali-barium-glasses/material-13/) - Glass Material 13 Compression Sealing Glass Elan 13 is the designation for our compression sealing glass. It pairs extremely well with alloy 52 pins mated with a stainless steel housing. Since it does not contain lead, it is highly utilized in the European market to meet RoHS compliance requirements. Elan 13 is used for a variety
- [96% Alumina Ceramic](https://www.elantechnology.com/ceramics/ceramic-materials/alumina-ceramics/96-alumina/) - 96% Alumina Ceramic 96% Alumina Ceramic Al2O3 Properties For further information, please contact us. Density (g/cc): 3.72 RT 900°C 10-6/°C: 8.4 Color: White Dielectric Constant 25°C / 1 kHz: 9.9 Flexural Strength MPa (psi × 103): 353 (51) Dissipation Factor 25°C/ 1 kHz:
- [Glass Material 15](https://www.elantechnology.com/glass/glass-materials/borosilicate-glasses/material-15/) - Glass Material 15 Pyrex Glass Substitute Information and details for Glass Material 15. For further information, please contact us. Elan 15 Properties Coefficient of Expansion 0°-300°(× 10-7 cm/cm/°C) 33 Strain Point (°C) 505 Anealing Point (°C) 560 Softening Point (°C) 820 Working Point (°C) - Density (g/cc) 2.22 Dielectric Constant(20°C/1 MHz) - Comments Corning
- [Glass Recommendations for Kovar](https://www.elantechnology.com/support/glass-recommendations/kovar-alloy/) - Glass Recommendations for Kovar Glass for Hermetic Seal with Kovar AlloyDesignation:ASTMF-15Composition:29% Nickel, 17% Cobalt, Balance IronCoefficient of Thermal Expansion:50 x 10-7 / °CSeal TypeRecommended Elan GlassEquivalent Glasses CorningGEKimbleMatched14 or 211935(Elan #14 + 5 to 25% A14)887052706IN-1IN-3Compression287070 KG-33Material Summary:Kovar alloy, a nickel-cobalt-ferrous alloy, is one of the most commonly used glass sealing alloys. This alloy was developed to
- [Glass Material 88](https://www.elantechnology.com/glass/glass-materials/alkali-borosilicate-glasses/material-88/) - Glass Material 88 Kovar Sealing Glass Information and details for Glass Material 88. For further information, please contact us. Elan 88 Properties Coefficient of Expansion 0°-300°(× 10-7 cm/cm/°C) 56 Strain Point (°C) 500 Annealing Point (°C) 545 Softening Point (°C) 714 Working Point (°C) 1047 Density (g/cc) 2.20/ 2.28 Dielectric Constant(20°C/1 MHz) 5.0 Comments
- [Glass Material 21](https://www.elantechnology.com/glass/glass-materials/alkali-borosilicate-glasses/material-21/) - Glass Material 21 Designation Glass for Corning 7052 Information and details for Glass Material 21. For further information, please contact us. Elan 21 Properties Coefficient of Expansion 0°-300°(× 10-7 cm/cm/°C) 48.4 Strain Point (°C) 440 Anealing Point (°C) 484 Softening Point (°C) 707 Working Point (°C) 1128 Density (g/cc) 2.12/ 2.20 Dielectric Constant(20°C/1 MHz)
- [Glass Material 22](https://www.elantechnology.com/glass/glass-materials/alkali-borosilicate-glasses/material-22/) - Glass Material 22 Designation Glass for Corning 7056 Information and details for Glass Material 22. For further information, please contact us. Elan 22 Properties Coefficient of Expansion 0°-300°(× 10-7 cm/cm/°C) 51.5 Strain Point (°C) 472 Anealing Point (°C) 512 Softening Point (°C) 711 Working Point (°C) - Density (g/cc) 2.20/ 2.28 Dielectric Constant(20°C/1 MHz)
- [Glass Material 19](https://www.elantechnology.com/glass/glass-materials/alkali-borosilicate-glasses/material-19/) - Glass Material 19 Kimble IN-3 Substitute Glass Elan 19 is the benchmark glass for preforms used in timing devices such as quartz crystal oscillators and resonators. These type of timing components are used in wide variety of advanced devices like computers, cell phones, and technical manufacturing controllers, as well as everyday appliances like microwaves, clocks
- [Glass Material 16](https://www.elantechnology.com/glass/glass-materials/alkali-borosilicate-glasses/material-16/) - Glass Material 16 Fusite K Glass Suppliers Information and details for Glass Material 16. For further information, please contact us. Elan 16 Properties Coefficient of Expansion 0°-300°(× 10-7 cm/cm/°C) 45 Strain Point (°C) 440 Anealing Point (°C) 500 Softening Point (°C) 695 Working Point (°C) 1116 Density (g/cc) 2.12/ 2.20 Dielectric Constant(23°C/1 kHz) 5.0
- [Glass Material 14](https://www.elantechnology.com/glass/glass-materials/alkali-borosilicate-glasses/material-14/) - Glass Material 14 Substitute for Corning 7052 or Kimble EN-1 Information and details for Glass Material 14. For further information, please contact us. Elan 14 Properties Coefficient of Expansion 0°-300°(× 10-7 cm/cm/°C) 47.5 Strain Point (°C) 436 Anealing Point (°C) 485 Softening Point (°C) 668 Working Point (°C) - Density (g/cc) 2.12/ 2.20 Dielectric
- [Alkali Borosilicate](https://www.elantechnology.com/glass/glass-materials/alkali-borosilicate-glasses/) - Alkali Borosilicate Glasses Alkali borosilicate glasses are generally used in the electronics, chemical, and optics industries for a variety of sealing applications. Alkali borosilicate is a hard glass that is used for electrical insulators, X-ray tubes, image amplifier tubes, clad tubes for optical fibers, transmitting tubes, and more. Alkali Borosilicate glasses are also commonly used
- [Glass Material 65](https://www.elantechnology.com/glass/glass-materials/alkali-barium-glasses/material-65/) - Glass Material 65 Information and details for Glass Material 65. For further information, please contact us. Elan 65 Properties Coefficient of Expansion 0°-300°(× 10-7 cm/cm/°C) 86 Strain Point (°C) 412 Annealing Point (°C) 495 Softening Point (°C) 635 Working Point (°C) 1030 Density (g/cc) 2.40/ 2.48 Dielectric Constant(20°C/1 MHz) 5.5 Comments -
- [Glass Material 48](https://www.elantechnology.com/glass/glass-materials/alkali-barium-glasses/material-48/) - Glass Material 48 Information and details for Glass Material 48. For further information, please contact us. Elan 48 Properties Coefficient of Expansion 0°-300°(× 10-7 cm/cm/°C) 90 Strain Point (°C) 470 Annealing Point (°C) 510 Softening Point (°C) 675 Working Point (°C) 1037 Density (g/cc) 2.50/ 2.65 Dielectric Constant(20°C/1 MHz) 7.7 Comments Fusite T SubstituteSoft
- [Glass Material 63](https://www.elantechnology.com/glass/glass-materials/alkali-barium-glasses/material-63/) - Glass Material 63 Information and details for Glass Material 63. For further information, please contact us. Elan 63 Properties Coefficient of Expansion 0°-300°(× 10-7 cm/cm/°C) 101 Strain Point (°C) 401 Annealing Point (°C) 430 Softening Point (°C) 590 Working Point (°C) 1005 Density (g/cc) 2.30/ 2.50 Dielectric Constant(20°C/1 MHz) 5.4 Comments -
- [Glass Material 47](https://www.elantechnology.com/glass/glass-materials/alkali-barium-glasses/material-47/) - Glass Material 47 Elan Technology Glass Suppliers Information and details for Glass Material 47. For further information, please contact us. Elan 47 Properties Coefficient of Expansion 0°-300°(× 10-7 cm/cm/°C) 90 Strain Point (°C) 395 Annealing Point (°C) 435 Softening Point (°C) 650 Working Point (°C) 975 Density (g/cc) 2.48/ 2.56 Dielectric Constant(20°C/1 MHz) 5.8
- [Glass Material 42](https://www.elantechnology.com/glass/glass-materials/alkali-barium-glasses/material-42/) - Glass Material 42 Elan Technology Glass Suppliers Information and details for Glass Material 42. For further information, please contact us. Elan 42 Properties Coefficient of Expansion 0°-300°(× 10-7 cm/cm/°C) 92 Strain Point (°C) 470 Anealing Point (°C) 510 Softening Point (°C) 685 Working Point (°C) 987 Density (g/cc) 2.48/ 2.64 Dielectric Constant(23°C/1 kHz) 7.1
- [Glass Material 11](https://www.elantechnology.com/glass/glass-materials/alkali-barium-glasses/material-11/) - Glass Material 11 Corning 9010 Substitute Information and details for Glass Material 11. For further information, please contact us. Elan 11 Properties Coefficient of Expansion 0°-300°(× 10-7 cm/cm/°C) 89 Strain Point (°C) 405 Anealing Point (°C) 445 Softening Point (°C) 646 Working Point (°C) 980 Density (g/cc) 2.48/ 2.60 Dielectric Constant(20°C/1 MHz) 6.3 Comments
- [Glass Material 09](https://www.elantechnology.com/glass/glass-materials/alkali-barium-glasses/material-09/) - Glass Material 09 Elan Technology Glass Suppliers Elan 09 is the designation for Corning 9013 glass. Even though Corning no longer makes 9013, it remains the benchmark of compression sealing glasses, however Elan 13 Glass is also a substitute for Corning 9013. Since this alkali barium glass does not contain lead, it is universally used
- [Glass Material 05](https://www.elantechnology.com/glass/glass-materials/alkali-barium-glasses/material-05/) - Glass Material 05 Elan Technology Glass Materials Elan 05 is our substitute glass materials for Corning 9010 ( Elan 11 ). The composition of the glass contains a small amount of lead that brings several benefits over its 9013 ( Elan 09) counterpart; improved wettability, better electrical resistance, and lower energy requirements. Glass materials applications
- [Alkali Barium](https://www.elantechnology.com/glass/glass-materials/alkali-barium-glasses/) - Alkali Barium Glasses Alkali barium is a soft glass that is excellent for glass-to-metal sealing. Alkali barium glasses are often used in matched glass-to-metal seals that are accommodating to small pin or thin casing designs. Alkali barium glasses can also be used in unmatched compression seals where resistance to thermal and mechanical stresses is needed.
- [Glass Recommendations](https://www.elantechnology.com/support/glass-recommendations/) - Glass Recommendations MolybdenumTungstenNo. 42 AlloyKovarNo. 4 AlloyNo. 52 AlloyDumetSAE 1010 C.R.S.430 Stainless SteelContact us at (912) 303-8554 or fill out the form to the right if you have any questions about our recommendations. Additional ResourcesCompression Seal GuideMatched Seal GuideWikipedia: Glass
- [Vidrio](https://www.elantechnology.com/glass/) - VidrioProducimos vidrio en Georgia, USA Producion de Vidrio El proceso de fabricación de vidrio para nuestras preformas comienza con formulaciones de vidrio con propiedades electrónicas, estos se muelen, secado por Atomización, prensado y cocinado. A lo largo de todo el proceso, parámetros y propiedades críticas son monitoreadas para asegurar que las propiedades de los vidrios
- [Glass](https://www.elantechnology.com/glass/) - Elan Technology Glass Elan Technology Glass Manufacturers Glass Manufacturing The glass manufacturing process for our preforms begins with proprietary electronic glass formulations, which are milled, spray dried, pressed, and sintered. Throughout the entire process, critical parameters and properties are monitored to ensure the glass material properties are within our specification. All of our products are
- [Cerámicas](https://www.elantechnology.com/ceramics/) - Materiales Cerámicos Las industrias aeroespacial, médica, náutica y de defensa, utilizan cerámica de alúmina para muchas aplicaciones. Por ejemplo, la alúmina se puede encontrar en los sistemas de encendido para motores de aviones y sensores médicos. Elan Technology ofrece alúmina con diferentes niveles de pureza, que van desde 85% a 96% con el fin de
- [Homepage](https://www.elantechnology.com/) - Elan Technology: Empresa Productora de Vidrio y Cerámica.
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- [Ceramic Materials](https://www.elantechnology.com/ceramics/ceramic-materials/) - Advanced Ceramic Materials Elan Technology's Ceramic Material Properties Elan Technology offers several varieties of steatite, alumina and zirconia advanced ceramic materials. Steatite ceramic is a magnesium silicate material used in insulators/enclosures for electrical components, and in appliance, aerospace and automotive applications. Alumina ceramics are advanced ceramic components used in a wide range of applications such
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- [Elan 46 Glass/Ceramic Composite](https://www.elantechnology.com/glass/glass-materials/46-glass-ceramic/) - Elan 46 Glass/Ceramic Material Benefits of a Ceramic Glass Material The items below provide information and details for Elan 46. For further information, please visit our Elan 46 LAS Glass-Ceramic Technology for Modern Sealing article or view the Elan 46 ceramic composite full details. Elan 46 Properties Coefficient of Expansion 0°-300°(× 10-7 cm/cm/°C)110-220Strain Point
- [White Steatite](https://www.elantechnology.com/ceramics/ceramic-materials/magnesium-aluminum-silicate-ceramics/white-steatite/) - White Steatite Elan Technology White Steatite Properties For further information, please contact us. Density (g/cc): 2.56 RT 900°C 10-6/°C: 8.6 Color: Off-White Dielectric Constant 25°C / 1 kHz: 6.3 Flexural Strength MPa (psi × 103): 139 (29) Dissipation Factor 25°C/ 1 kHz: .003 Young's Modulus GPa: 97 Volume Resistivity 25°C ohms-cm: >1014 RT 300° C
- [Steatite](https://www.elantechnology.com/ceramics/ceramic-materials/magnesium-aluminum-silicate-ceramics/steatite/) - Steatite Ceramic 101-01 Steatite Properties For further information, please contact us. Density (g/cc): 2.75 RT 900°C 10-6/°C: 8.6 Color: Tan Dielectric Constant 25°C / 1 kHz: 6.5 Flexural Strength MPa (psi × 103): 178 (26) Dissipation Factor 25°C/ 1 kHz: .002 Young's Modulus GPa: 111 Volume Resistivity 25°C ohms-cm: >1014 RT 300° C 10-6/°C: 9.2
- [Low Loss Steatite](https://www.elantechnology.com/ceramics/ceramic-materials/magnesium-aluminum-silicate-ceramics/loss-steatite/) - Low Loss Steatite Lower Dielectric Loss Steatite Ceramic For further information, please contact us. Density (g/cc): 2.91 RT 900°C 10-6/°C: 8.9 Color: Tan Dielectric Constant 25°C / 1 kHz: 6.3 Flexural Strength MPa (psi × 103): 152 (22) Dissipation Factor 25°C/ 1 kHz: .001 Young's Modulus GPa: 113 Volume Resistivity 25°C ohms-cm: >1014 RT 300°
- [Magnesium Aluminum Silicates](https://www.elantechnology.com/ceramics/ceramic-materials/magnesium-aluminum-silicate-ceramics/) - Magnesium Aluminum Silicate Ceramics Approximately 25 percent of all known minerals are silicates. Because silicates have such unique properties, they can be used in many different applications, depending on the various characteristics. There are many different industrial uses for silicate ceramics, with clearly defined thermal properties that are especially useful for advanced engineering and technology.
- [94% Alumina Low CaO](https://www.elantechnology.com/ceramics/ceramic-materials/alumina-ceramics/94-alumina-cao/) - 94% Alumina Low CaO 94% Alumina Low CaO Properties For further information, please contact us. Density (g/cc): 3.63 RT 900°C 10-6/°C: 8.6 Color: White Dielectric Constant 25°C / 1 kHz: 9.5 Flexural Strength MPa (psi × 103): 364 (53) Dissipation Factor 25°C/ 1 kHz: .001 Young's Modulus GPa: 290 Volume Resistivity 25°C ohms-cm: >1014 RT
- [94% Alumina High CaO2](https://www.elantechnology.com/ceramics/ceramic-materials/alumina-ceramics/94-alumina-high-cao2/) - 94% Alumina High CaO2 94% High Alumina Ceramic Properties For further information, please contact us. Density (g/cc): 3.64 RT 900°C 10-6/°C: 8.2 Color: White Dielectric Constant 25°C / 1 kHz: 9.6 Flexural Strength MPa (psi × 103): 362 (52) Dissipation Factor 25°C/ 1 kHz:
- [85% Alumina 14% Sio2](https://www.elantechnology.com/ceramics/ceramic-materials/alumina-ceramics/85-alumina-14sio2/) - 85% Alumina (Al2O3) 14% SiO2 85 Alumina / Aluminium Silicate Properties For further information, please contact us. Density (g/cc): 3.35 RT 900°C 10-6/°C: 7 Color: White Dielectric Constant 25°C / 1 kHz: 4.7 Flexural Strength MPa (psi × 103): 185 (27) Dissipation Factor 25°C/ 1 kHz: .0001 Young's Modulus GPa: 245 Volume Resistivity 25°C ohms-cm:
- [Glass Recommendations for Stainless Steel Grade 430](https://www.elantechnology.com/support/glass-recommendations/stainless-steel-grade-430/) - Glass Recommendations for Stainless Steel Grade 430 Glass for Hermetic Seal with Stainless Steel 430 AlloyDesignation:ASTMF-256Composition:18% Chromium, Balance IronCoefficient of Thermal Expansion:112 x 10-7 / °CSeal TypeRecommended Elan GlassEquivalent Glasses CorningGEKimbleMatched46 Compression11 or 0513 or 0926638290109013 TM-7TM-5 R-6Material Summary:430 Stainless Steel (SS) is a chromium ferrous alloy with excellent chemical resistance against nitric acid. Manufacturers use 430SS housing with
- [Glass Industries](https://www.elantechnology.com/glass/glass-suppliers-industries/) - Glass Industry Suppliers Glass Suppliers for Manufacturing Industries Elan Technology glass materials are used in a wide variety of applications spanning the automotive, aviation, maritime, medical, and communications industries and beyond. From fluorescent light bulbs to advanced military aircraft, our glass powders and preforms can be found across the globe, often in glass-to-metal hermetic seals. Learn
- [Glass Material 31](https://www.elantechnology.com/glass/glass-materials/material-31/) - Glass Material 31 Glass Material 31 has been discontinued. To find an alternative material, please visit Glass Materials. Elan 31 Properties Coefficient of Expansion 0°-300°(× 10-7 cm/cm/°C) 47 Strain Point (°C) 436 Anealing Point (°C) 485 Softening Point (°C) 714 Working Point (°C) 1115 Density (g/cc) 2.12/ 2.20 Dielectric Constant(20°C/1 MHz) 4.8 Comments Designation
- [Glass Material 39](https://www.elantechnology.com/glass/glass-materials/material-39/) - Glass Material 39 Glass Material 39 has been discontinued. To find an alternative material, please visit Glass Materials. Elan 39 Properties Coefficient of Expansion 0°-300°(× 10-7 cm/cm/°C) 56 Strain Point (°C) 480 Anealing Point (°C) 520 Softening Point (°C) 710 Working Point (°C) 1050 Density (g/cc) 2.12/ 2.22 Dielectric Constant(20°C/1 MHz) 4.8 Comments Designation
- [Elan 46 Glass Ceramic](https://www.elantechnology.com/glass/glass-materials/las-glass-ceramics/material-46-glass-ceramic/) - Material Elan 46 Glass Ceramic Elan 46 Series Glass/Ceramic Composite Material The Elan 46 glass ceramic composite material is a structurally homogenous material which combines the wettability of electronic glasses with the strength of ceramics. Elan 46 replaces alumina and other glass/ceramics requiring batch furnace processing and reduces furnace time by 80%. With Elan 46,
- [Technical Library](https://www.elantechnology.com/support/technical-library/) - Glass & Ceramic Technical Library Materials science and engineering is a very technical, mature discipline, but continued advances in technology present new opportunities for product applications and manufacturing processes. In the technical library below, we have provided links to useful technical information related to glass-to-metal seals and ceramic materials. If you do not find what
- [Specialty Glasses](https://www.elantechnology.com/glass/glass-materials/specialty-glasses/) - Specialty Glasses Specialty glasses can be used in a variety of industries and applications, but they are commonly used in the electronics industry. Specialty glasses are especially useful in sealing applications, including battery sealing applications. Lithium battery sealing glasses, titanium sealing glasses, aluminum sealing glasses, and more are all available through our specialty glass line.
- [Soda-Lime](https://www.elantechnology.com/glass/glass-materials/soda-lime-glasses/) - Soda-Lime Glasses Silica (SiO2) Calcium Oxide (CaO) Aluminum Oxide (Al2O3) Sodium Oxide (Na2O) Soda-lime glass is the most common and least expensive form of glass. For that reason, soda-lime, or soda-lime-silica glass can be found in windows, glass containers, dinnerware, bakeware, lighting products, and many other manufactured glass items. In fact, about 90% of the
- [Common Glass Metal Seal Defects: Causes and Solutions](https://www.elantechnology.com/support/technical-library/common-defects-solutions/) - Common Glass-to-Metal Seal Defects: Causes and Solutions The following guide provides a list of some commonly encountered problems with glass-to-metal seals and possible causes.CrackingRadial crack Glass: Glass CTE higher than the pinCircumferential crack: Glass CTE lower than the pinMeniscus crack:Meniscus is too high,Compression forces from the metal housing are too highPlanar crack at seal mid-point
- [Refractive Index & Glass Materials](https://www.elantechnology.com/support/technical-library/refractive-index/) - Refractive Index & Glass Materials When light passes from a vacuum into a denser material, its velocity is decreased. The ratio between these velocities determines the index of refraction (or refractive index) n:n = Vvaccuo / VmaterialThe refractive index is a function of the frequency of the light, normally decreasing as the wavelength increases. Usually,
- [Glass Fluxes and Modifiers](https://www.elantechnology.com/support/technical-library/glass-fluxes-modifiers/) - Glass Fluxes and Modifiers Li2O (Lithia)Lithia is a very effective flux, especially when used in conjunction with potash and soda feldspars. It is a valuable constituent in certain glasses having low thermal expansion because it permits the total alkali content to be kept at a minimum. Glasses containing Lithia are much more fluid in the
- [LAS Glass Ceramics](https://www.elantechnology.com/glass/glass-materials/las-glass-ceramics/) - LAS Glass-Ceramics Lithium Oxide (Li2O 3-6%) Aluminum Oxide (Al2O3 18-25%) Silica (SiO2 58-75%) Glass ceramics are produced through controlled crystallization. Typically, a glass material is formed through a typical manufacturing process, and then the material is cooled and then reheated to force crystallization. During this process, nucleating additive agents are often added to the composition
- [Borosilicate](https://www.elantechnology.com/glass/glass-materials/borosilicate-glasses/) - Borosilicate Glasses Silica (SiO2) 65-80% Boric Oxide (B2O3) 8-25% Sodium Oxide (Na2O) ~4% Aluminum Oxide (Al2O3) 2-5% Borosilicate glasses are known for their resistance to thermal shock and low coefficients of thermal expansion. Borosilicate glasses come in a variety of compositions, and therefore offer a wide range of application uses. Borosilicate glasses can be found
- [Glass Material 92](https://www.elantechnology.com/glass/glass-materials/specialty-glasses/material-92/) - Glass Material 92 Elan Technology Glass Suppliers Information and details for Glass Material 92. For further information, please contact us. Elan 92 Properties Coefficient of Expansion 0°-300°(× 10-7 cm/cm/°C) 61 Strain Point (°C) 680 Annealing Point (°C) 740 Softening Point (°C) 863 Working Point (°C) 1000 Density (g/cc) 2.70 Dielectric Constant(20°C/1 MHz) - Comments
- [Glass Material 91](https://www.elantechnology.com/glass/glass-materials/specialty-glasses/material-91/) - Glass Material 91 Elan Technology Glass Suppliers Elan Material 91 is our designation for Cabal-12 glass that is designed for battery sealing applications. Elan 91’s superior durability helps resist the chemical attack of battery cells to improve overall battery life and performance. Normally used in standard nickel cell batteries, it has shown promise as a
- [Glass Material 56](https://www.elantechnology.com/glass/glass-materials/specialty-glasses/material-56/) - Glass Material 56 Elan Technology Glass Suppliers Information and details for Glass Material 56. For further information, please contact us. Elan 56 Properties Coefficient of Expansion 0°-300°(× 10-7 cm/cm/°C) 160 Strain Point (°C) 385 Annealing Point (°C) 405 Softening Point (°C) 450 Working Point (°C) - Density (g/cc) 2.84 Dielectric Constant(20°C/1 MHz) - Comments
- [Glass Material 52](https://www.elantechnology.com/glass/glass-materials/specialty-glasses/material-52/) - Glass Material 52 Elan Technology Glass Suppliers Information and details for Glass Material 52. For further information, please contact us. Elan 52 Properties Coefficient of Expansion 0°-300°(× 10-7 cm/cm/°C) 82 Strain Point (°C) 570 Annealing Point (°C) 590 Softening Point (°C) 658 Working Point (°C) - Density (g/cc) 3.16 Dielectric Constant(20°C/1 MHz) - Comments
- [Glass Material 26](https://www.elantechnology.com/glass/glass-materials/specialty-glasses/material-26/) - Glass Material 26 Elan Technology Glass Suppliers Information and details for Glass Material 26. For further information, please contact us. Elan 26 Properties Coefficient of Expansion 0°-300°(× 10-7 cm/cm/°C) 89 Strain Point (°C) 408 Anealing Point (°C) 442 Softening Point (°C) 615 Working Point (°C) - Density (g/cc) 2.38/ 2.50 Dielectric Constant(20°C/1 MHz) 5.5
- [Glass Material 82](https://www.elantechnology.com/glass/glass-materials/soda-lime-glasses/material-82/) - Glass Material 82 Elan Technology Glass Suppliers Information and details for Glass Material 82. For further information, please contact us. Elan 82 Properties Coefficient of Expansion 0°-300°(× 10-7 cm/cm/°C) 93 Strain Point (°C) 490 Annealing Point (°C) 525 Softening Point (°C) 705 Working Point (°C) - Density (g/cc) 2.36/ 2.44 Dielectric Constant(20°C/1 MHz) -
- [Glass Material 28](https://www.elantechnology.com/glass/glass-materials/borosilicate-glasses/material-28/) - Glass Material 28 Elan Technology Glass Suppliers Information and details for Glass Material 28. For further information, please contact us. Elan 28 Properties Coefficient of Expansion 0°-300°(× 10-7 cm/cm/°C) 30.5 Strain Point (°C) 455 Anealing Point (°C) 495 Softening Point (°C) - Working Point (°C) 1070 Density (g/cc) 2.03/ 2.12 Dielectric Constant(20°C/1 MHz) 4.1
- [Nuestra Compañía](https://www.elantechnology.com/about-us/) - Nuestra CompañíaEmpresa Productora de Vidrio y Cerámica Industrial en Midway, Georgia, EE.UU. Nuestro vidrio técnico y piezas de cerámica se pueden encontrar en diversas aplicaciones, como la industria de defensa, equipo de exploración espacial, teléfonos celulares, maquinaria industrial, refrigeradores, automóviles, linternas y muchas más industrias. Origin Glass es el vidrio utilizado por artistas de alrededor
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- [Glass Recommendations for SAE 1010 Cold Rolled Steel](https://www.elantechnology.com/support/glass-recommendations/sae-1010-crs/) - Glass Recommendations for SAE 1010 Cold Rolled Steel Glass for Compression Hermetic Seals with SAE 1010Designation:AISI C1018Composition:Carbon 0.1% Phosphorous 0.04%Manganese 0.4% Silica 0.05%, Balance IronCoefficient of Thermal Expansion:130 x 10-7 / °CSeal TypeRecommended Elan GlassEquivalent Glasses CorningGEKimbleMatched46 Compression11 or 0513 or 0926658290109013 TM-7TM-5 R-6Material Summary:S.A.E.1010 Cold Rolled Steel (C.R.S.) has been one of the standard housing materials when
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- [Über uns](https://www.elantechnology.com/about-us/) - Über unsder Keramikhersteller und der Glashersteller in Midway, Georgia, USA Unsere technischen Glas- und Keramikteile können in der Verteidigungsindustrie, in Geräten für die Weltraumforschung, in Mobiltelefonen, Industriemaschinen, Kühlschränken, Autos, Taschenlampen und in zahlreichen anderen Bereichen gefunden werden. Origin Glass, eine Abteilung von Elan Technology, stellt farbiges Glas her, das von Künstlern auf der ganzen Welt
- [Keramikmaterialien](https://www.elantechnology.com/ceramics/) - Keramikwerkstoffe In der Luft- und Raumfahrt, der Medizintechnik, der Marine und der Verteidigungsindustrie wird AluminiumoxidKeramik in zahlreichen Bereichen angewandt. Aluminiumoxid-Keramik kann zum Beispiel in Zündungen für Strahltriebwerke, in Hochtemperaturlagern und in medizinischen Sensoren gefunden werden. Elan Technology bietet Aluminiumoxid in unterschiedlichen Reinheitsgraden von 85% bis 96% an, um den Herausforderungen jeder Anwendung gerecht zu werden.
- [Glas](https://www.elantechnology.com/glass/) - GlasGlashersteller mit Firmensitz in Georgia, USA Glasherstellung Der Glasherstellungsprozess für unsere Vorformlinge beginnt mit proprietären elektronischen Glasformulierungen, die gefräst, sprühgetrocknet, gepresst und gesintert werden. Während des gesamten Prozesses werden die kritischen Parameter und Bestandteile überwacht, um sicherzustellen, dass die Glasmaterialeigenschaften unseren Spezifikationen entsprechen. Alle unsere Produkte werden nach den spezifischen Angaben des jeweiligen Kunden gefertigt.
- [公司简介](https://www.elantechnology.com/about-us/) - 公司简介位于美国乔治亚洲中途岛的工业用陶瓷及玻璃加工工厂 Origin Glass的彩色玻璃深受世界各地艺术家的青睐。另外，我们的喷雾干燥 产品不但可用于牛仔面料上黄线的染色、生产汽油，甚至有一种产品可帮助草坪长草而不含有害的化工产品。1997年， Elan科技新建占地面积达22英亩的90，000平方英尺的工厂。 Elan科技已受到麻省理工学院对大型生产企业调查的邀请， 并接受采访阐述如何在美国壮大生产的方法，包括新产品或加工和对初级阶段产品到商业生产和市场领域的不断改进过程。
- [玻璃](https://www.elantechnology.com/glass/) - 玻璃位于乔治亚州的玻璃生产厂 玻璃生产 Elan科技的玻璃胚的玻璃制作流程始于专利电子玻璃的流程化，包括玻璃研磨-> 喷雾干燥 -> 压制->焙烧等工序。在加工过程中严格监控重要参数和特性以确保玻璃材料性能在我们的规格要求之内。我们的各种产品都按照每个客户的特殊要求来设计生产。如下是玻璃胚尺寸和偏差的参考. 内、外径的最小偏差
- [유리](https://www.elantechnology.com/glass/) - 유리조지아에 위치한 유리 제조 업체 유리 제조 엘란의 유리 프리폼(glass preform) 과정은 전자제품 특성에 맞는 유리 성분 원료로부터 시작하여, 밀링(milling)-> 스프레이 드라이(spray drying)-> 프레싱(pressing)-> 신터링(sintering) 가공으로 이어 집니다. 그리고 이 전 과정들은 모든 것이 규격 안에 진행 되도록 관리 하고 있으며,. 각 제품들은 고객의 요구에 맞게 디자인 되어 생산 되고 있습니다. 다음은 프리폼(preform) 제품의 규격과
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- [Glass Recommendations for Dumet](https://www.elantechnology.com/support/glass-recommendations/dumet/) - Glass Recommendations for Dumet Glass for Copper-Clad Nickel-Iron 42 Alloy Hermetic SealDesignation: Composition:Copper Clad 42 AlloyCoefficient of Thermal Expansion:Radial: 92 x 10-7 / °C Axial: 65 x 10-7 / °CSeal TypeRecommended Elan GlassEquivalent Glasses CorningGEKimbleCompression11 or 0513 or 0926658290109013 TM-7TM-5 R-6Material Summary:Dumet is a nickel-iron alloy core with copper cladding. The outer copper layer helps ensure stronger seal
- [Glass Recommendations for No. 4 Alloy](https://www.elantechnology.com/support/glass-recommendations/no4-alloy/) - Glass Recommendations for No. 4 Alloy Glass for Nickel-Chromium Ferrous AlloyDesignation: Composition:42% Nickel, 5.5% Chromium, Balance IronCoefficient of Thermal Expansion:90 x 10-7 / °CSeal TypeRecommended Elan GlassEquivalent Glasses CorningGEKimbleMatched11 or 0513 or 0926658290109013 TM-7TM-5 R-6Compression1314 or 21192848887052 7070706EN-1IN-3IN-3Material Summary:No. 4 alloy is a nickel-chromium-ferrous alloy that offers excellent chemical resistance. Another notable characteristic is the chrome oxide layer which provides
- [Glass Recommendations for No. 52 Alloy](https://www.elantechnology.com/support/glass-recommendations/no52-alloy/) - Glass Recommendations for No. 52 Alloy Glass for Hermetic Seal with No. 52 Nickel-Iron AlloyDesignation:ASTMF-30Composition:52% Nickel, Balance IronCoefficient of Thermal Expansion:95 x 10-7 / °CSeal TypeRecommended Elan GlassEquivalent Glasses CorningGEKimbleMatched11 or 0513 or 0926658290109013 TM-7TM-5 R-6Compression1314 or 21192846887052 7070706EN-1IN-3KG-33Material Summary:No. 52 alloy is the quintessential go-to alloy for compression sealing pins. It has 52% nickel with iron balance. Its
- [Glass Recommendations for No. 42 Alloy](https://www.elantechnology.com/support/glass-recommendations/no42-alloy/) - Glass Recommendations for No. 42 Alloy Glass for Electric Feed-Through ApplicationsDesignation: Composition:42% Nickel, Balance IronCoefficient of Thermal Expansion:52 x 10-7 / °CSeal TypeRecommended Elan GlassEquivalent Glasses CorningGEKimbleMatched1988 IN-3Compression14 or 212835(Elan #14 + 5 to 25% A14)70527070706EN-1KG-33Material Summary:No. 42 alloy consists of 42% nickel and iron balance. Its affordability makes it a great alternative to Kovar in low expansion
- [Glass Recommendations for Tungsten](https://www.elantechnology.com/support/glass-recommendations/tungsten/) - Glass Recommendations for Tungsten Hermetic Seal Glass Recommendation for TungstenDesignation: Composition:TungstenCoefficient of Thermal Expansion:46 x 10-7 / °CSeal TypeRecommended Elan GlassEquivalent Glasses CorningGEKimbleMatched14 or 2135(Elan #14 + 5 to 25% A14)7052706EN-1Compression287070 KG-33Material Summary:Tungsten's ability to hold its hardness at high temperature, along with its high melting point, and high conductivity makes it a great selection for a variety
- [Glass Recommendations for Molybdenum](https://www.elantechnology.com/support/glass-recommendations/molybdenum/) - Glass Recommendations for MolybdenumHermetic Seal Glass for MolybdenumCommon Applications: Glass Coating, Hermetic Seal, FilamentsDesignation: Composition:MolybdenumCoefficient of Thermal Expansion:55 x 10-7 / °CSeal TypeRecommended Elan GlassEquivalent Glasses CorningGEKimbleMatched1988 IN-3Material Summary:Molybdenum is a high density low expansion material with 2600 °C melting points. Its properties make it ideal for use as filaments and glass coating in high temperature applications like
- [Common Problems with Glass-to-Metal Seal Design](https://www.elantechnology.com/support/technical-library/common-problems-glass-to-metal-seal-design/) - Common Problems withGlass-to-Metal Seal Design Residual Stress Consequently, strain due to differential expansion becomes permanent and three principal stresses are produced in G/M seals: axial, radial, tangential. Axial, Radial & Tangential Stresses in Seal Design Axial stresses act in the longitudinal direction, perpendicular to the diameter of the seal and parallel the primary pin/header axis; predominately
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- [General Rules for Tolerances of Glass and Ceramic Preforms](https://www.elantechnology.com/support/technical-library/tolerances-of-glass-ceramic-preforms/) - General Rules for Tolerances of Glass and Ceramic Preforms Minimum tolerances of diameters (outside and inside)< .100"+/− .001".100" – .200"+/− .002".200" – .350"+/− .0025".350" – .500"+/− .003".500" – 1.000"+/− .004"1.00" and up+/− .005"Length tolerance is a minimum +/− .002"Weight Tolerances0 mg – 7 mgmean +/− 5%7 mg – 500 mgmean +/− 2.5%500 mg and upmean