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High Coefficient Of Thermal Expansion Glass Tube
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Glass tube and rod are hollow or solid stock shapes of fused silicate materials. They are used in laboratory, sight glass, level gage, X-ray tube, optical, lamp, pharma, vacuum tube stem assembly, and industrial process applications.
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Supplier: SCHOTT North America, Inc. - DefenseDescription: ;. The material has high temperature stability and low thermal expansion and does not change during multiple temperature cycles. Properties Low coefficient of thermal expansion together with high long-term temperature stability up to 850°C. Can be matched with low thermal expansion metal alloys, e.g.
- Material Type: Silica / Fused Silica, Other
- Performance Features: Coated, Hollow, Machinable
- Applications: Optics / Optical Grade, Refractory / High Temperatures, Other
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Description: applications where a high resistance to environmental corrosion and a low coefficient of thermal expansion are desirable properties. Applications include ceramic pressure casting tubes and refractory shapes requiring resistance to molten slag and molten glass.
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Supplier: U.S. Plastic CorporationDescription: - providing long life in aggressive acidic or caustic environments. Lightweight and high strength - allowing for more dependable support-to-weight ratio than steel. Dimensional stability - maintaining the cross-section of structural shapes based on a low coefficient of thermal expansion
- Polymer Matrix Type: Vinyl Ester
- Reinforcement / Filler Material: Fiber Glass
- Form / Shape: Hollow / Tubular Stock, Rod / Round Stock
- Industry: General Industrial, Building / Construction
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Supplier: SCHOTT North America, Inc. - DefenseDescription: ;. The material has high temperature stability and low thermal expansion and does not change during multiple temperature cycles. Properties Low coefficient of thermal expansion together with high long-term temperature stability up to 850°C. Can be matched with low thermal expansion metal alloys, e.g.
- Material Type: Silica / Fused Silica, Other
- Performance Features: Coated, Hollow, Machinable
- Applications: Optics / Optical Grade, Refractory / High Temperatures, Other
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Supplier: SCHOTT North America, Inc. - DefenseDescription: ;. The material has high temperature stability and low thermal expansion and does not change during multiple temperature cycles. Properties Low coefficient of thermal expansion together with high long-term temperature stability up to 850°C. Can be matched with low thermal expansion metal alloys, e.g.
- Material Type: Silica / Fused Silica, Other
- Performance Features: Coated, Hollow, Machinable
- Applications: Optics / Optical Grade, Refractory / High Temperatures, Other
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Supplier: SCHOTT North America, Inc. - DefenseDescription: ;. The material has high temperature stability and low thermal expansion and does not change during multiple temperature cycles. Properties Low coefficient of thermal expansion together with high long-term temperature stability up to 850°C. Can be matched with low thermal expansion metal alloys, e.g.
- Material Type: Silica / Fused Silica, Other
- Performance Features: Coated, Hollow, Machinable
- Applications: Optics / Optical Grade, Refractory / High Temperatures, Other
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Supplier: SCHOTT North America, Inc. - DefenseDescription: ;. The material has high temperature stability and low thermal expansion and does not change during multiple temperature cycles. Properties Low coefficient of thermal expansion together with high long-term temperature stability up to 850°C. Can be matched with low thermal expansion metal alloys, e.g.
- Material Type: Silica / Fused Silica, Other
- Performance Features: Coated, Hollow, Machinable
- Applications: Optics / Optical Grade, Refractory / High Temperatures, Other
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Supplier: SCHOTT North America, Inc. - DefenseDescription: ;. The material has high temperature stability and low thermal expansion and does not change during multiple temperature cycles. Properties Low coefficient of thermal expansion together with high long-term temperature stability up to 850°C. Can be matched with low thermal expansion metal alloys, e.g.
- Material Type: Silica / Fused Silica, Other
- Performance Features: Coated, Hollow, Machinable
- Applications: Optics / Optical Grade, Refractory / High Temperatures, Other
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Supplier: SCHOTT North America, Inc. - DefenseDescription: ;. The material has high temperature stability and low thermal expansion and does not change during multiple temperature cycles. Properties Low coefficient of thermal expansion together with high long-term temperature stability up to 850°C. Can be matched with low thermal expansion metal alloys, e.g.
- Material Type: Silica / Fused Silica, Other
- Performance Features: Coated, Hollow, Machinable
- Applications: Optics / Optical Grade, Refractory / High Temperatures, Other
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Supplier: SCHOTT North America, Inc. - DefenseDescription: ;. The material has high temperature stability and low thermal expansion and does not change during multiple temperature cycles. Properties Low coefficient of thermal expansion together with high long-term temperature stability up to 850°C. Can be matched with low thermal expansion metal alloys, e.g.
- Material Type: Silica / Fused Silica, Other
- Performance Features: Coated, Hollow, Machinable
- Applications: Optics / Optical Grade, Refractory / High Temperatures, Other
Featured Products for High Coefficient Of Thermal Expansion Glass Tube Top
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SCHOTT® special glass tubes for Halogen lamps: efficient and long-living. Given its high temperature compatibility and resistance to thermal shock, SCHOTT's aluminosilicate glass tubing is a perfect fit for use in halogen lamps in the automotive industry. The tubes, which are alkali-free and whose coefficient of expansion matches the molybdenum filament, can be easily processed and provide the highest longevity for standard halogen lamp applications. Thanks to our high standards of quality... (read more) -
IRD manufactures many different sizes and shapes of technical glass and optical components using many varied and unique grinding techniques to hold precise dimensional tolerances and surface finish requirements. For the pressure transducer sensor industry, IRD currently manufactures many different sizes and shapes of glass tubes and pedestals and other applications. Most of the tubes are made using 33 expansion borosilicate glass designed to closely match the thermal expansion of silicon... (read more)Browse Glass Fabrication Services Datasheets for IRD Glass
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A customer that makes ultra low friction pneumatic pistons and cylinder motion dampers needed a mounting cap that would expand at the same rate as the Pyrex cylinder the cap is bonded to. The part also required a thread to be machined on the O.D. of the stand off. Perry Tool and Research suggested using a powdered metal version of Invar 36, which is a nickel steel alloy notable for its uniquely low coefficient of thermal expansion. This material expands at a similar rate as glass; thus ensuring... (read more)Browse Powder Metal Services Datasheets for Perry Tool & Research, Inc.
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and unique grinding techniques to hold precise dimensional tolerances and surface finish requirements. For the pressure transducer sensor industry, IRD currently manufactures many different sizes and shapes of glass tubes and pedestals and other applications. Most of the tubes are made using 33 expansion borosilicate glass designed to closely match the thermal expansion of silicon. The tubes are precision ground with the ends lapped and polished flat on the ends for bonding purposes. The tubes... (read more)
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For the toughest high-temperature applications, Hexoloy SiC will outperform most metal, refractory and other ceramic materials. The material's low coefficient of thermal expansion and high thermal conductivity give it excellent thermal shock resistance, allowing it to survive rapid thermal cycling. At elevated temperatures, Hexoloy SiC actually increases in strength where other ceramics and metals quickly drop off. Thermal components are available custom made to meet customer requirements... (read more)Browse Thermal and Refractory Ceramics Datasheets for Saint-Gobain Ceramics - Hexoloy® Products
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IRD manufactures many different sizes and shapes of technical glass and optical components using many varied and unique grinding techniques to hold precise dimensional tolerances and surface finish requirements. For the pressure transducer sensor industry, IRD currently manufactures many different sizes and shapes of glass pedestals and tubes among other applications. Most of the pedestals are made using 33 expansion borosilicate glass designed to closely match the thermal expansion of silicon... (read more)Browse Glass Fabrication Services Datasheets for IRD Glass
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where applicable. · Specific probe materials can be selected for maximum sensitivity. · Inconel X springs insure high temperature repeatability. · Platinum iridium contacts provide excellent arc erosion protection and constant contact resistance. · Special glass insulators or mica are used for thermal and electrical isolation. Factory calibrated. Depending on switch type, CPI Rod and Tube thermal switches are factory calibrated at any temperature within the range of 0° to 1850°F. They can operate... (read more)Browse Thermostats and Thermal Switches Datasheets for Control Products, Inc.
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of Thermal Expansion (COTE) for a range of temperature between ambient and the glass transformation point. A chemical bond between the glass and an oxide formed on the metal components contributes to the strength of a matched seal. Kovar housings and pins, along with borosilicate glass are typically the components used in a matched seal. Compression Seals. When the housing material's thermal expansion rate tends to be higher than that of the glass, a compression seal is created. During... (read more)
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Resistive Glass tubes are made from a patented process that makes the surface a semiconductor. The voltage applied across the tube creates an electric field that preferentially attracts ions - either positive or negative - and more efficiently draws them into the mass spectrometer. The resisitive glass properties also prevents collisions with the tube walls and with other ions, resulting in a better sample transfer. Resistive glass capillary tubes are available in a number of sizes and lengths... (read more)Browse Mass Spectrometers Datasheets for PHOTONIS Technologies SAS
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SCHOTT 8487 Borosilicate glass is the premier choice for applications such as backlighting, high & low-pressure discharge lamps, flash lamps, exhaust & flare tubing for general lighting, ionization gauges and intermediate sealing glasses. The annual tubing campaign for SCHOTT 8487 borosilicate glass has commenced, orders are still being accepted. Qualitative Properties. High Resistance to Thermal Shock - Sealing to Tungsten. Quantitative Properties include: Coefficient of mean linear... (read more)
Parts by Number for High Coefficient Of Thermal Expansion Glass Tube Top
| Part # | Distributor | Manufacturer | Product Category | Description |
|---|---|---|---|---|
| Duratron ® 4203 PAI | Quadrant Engineering Plastic Products | Plastic Tubing | strength and higher impact resistance than most advanced engineering plastics. Its extremely low coefficient of linear thermal expansion and high creep resistance deliver excellent dimensional stability over its entire use range. Duratron is an amorphous material with a Tg (glass transition... |
Conduct Research Top
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Glass
for slow, manual operations. Because of its natural luster, lead glass is used for fine crystal tableware. Like lime glass, lead glass has poor resistance to high temperatures and to thermal shock. Aluminosilicate glass (in which some alumina, Al2O3, replaces silica) is another thermal-shock-resisting...
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Technical & Commercial Glass Application Guide (.pdf)
is also of great importance as an X-ray pro-. Non-alkaline-earth borosilicate glass. tective component (radiation shielding glass and cathode. (borosilicate glass 3.3). ray tube components). Typically the B O content is 1213% and the SiO content. 2. 3. 2. over 80%. High chemical durability and low...
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Specialized Glass Physical & Technical Properties (.pdf)
importance as an X-ray pro-. Non-alkaline-earth borosilicate glass. tective component (radiation shielding glass and cathode. (borosilicate glass 3.3). ray tube components). Typically the B O content is 1213% and the SiO content. 2. 3. 2. over 80%. High chemical durability and low thermal. expansion (3.3 x...
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Visible LEDs Application Notes
). Table 3-1-2 lists the properties of the typical epoxy resin employed in high-bright LEDs chips for outdoor use. Parameter. Performance. Light transmittivity (Visible ray area). 80% - 90%. Glass transition temperature (Tg). Approx. 140 C. Coefficient of linear expansion. Approx 7 X 10 -5 / C...
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Accurately measuring ultraslow motion
. It also gives them a defined thermal behavior. Because temperature variations during measurement can result in measurement errors, the units use special materials with low coefficients of thermal expansion. This makes it possible to guarantee high measuring accuracy over a relatively large temperature...
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MICRO:Top 40 - Page 2 (Nov '99)
, process connections, and mounting type can be customized. Power consumption is 11 W, and the valve operates at 100 psi in a maximum temperature of 104 F. Laser Cutting Tool Schott Yonkers, NY A laser cutting tool for flat-panel display glass makes high-quality cuts without creating particles. While...
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Soldering Recommendations for Surface Mount and Multilayer Metal Oxide Varistors (.pdf)
in operations. suppressor of 6ppm/oC is an important consideration. Non-. where large amounts of cleaning are needed. TABLE 1. SUBSTRATE MATERIAL PROPERTIES. MATERIAL PROPERTIES. GLASS TRANSITION. XY COEFFICIENT OF THERMAL. THERMAL CONDUCTIVITY. SUBSTRATE STRUCTURE. TEMPERATURE (oC). EXPANSION (ppm/oC). (W...
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Refractory Metals
and reflectors or radiation shields for high-temperature vacuum furnaces. Because it retains usable strength at elevated temperatures, has a low coefficient of thermal expansion, and resists erosion by molten metals, the TZM alloy is used for cores in die casting of aluminum, and for die cavities in casting...
Engineering Web Search: High Coefficient Of Thermal Expansion Glass Tube Top
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Thermal expansion - Wikipedia, the free encyclopedia (Redirected from Coefficient of thermal expansion) Thermal expansion From Wikipedia, the free encyclopedia |
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Vacuum tube - Wikipedia, the free encyclopedia In electronics, a vacuum tube, electron tube (in North America), thermionic valve, tube or valve is a device controlling electric current through a |
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NEWTON, Ask a Scientist at Argonne National Labs Drag Coefficient vs Air Velocity Bernoulli's Principle of flight Expansion Rates of Different Metals Bikes |
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NEWTON, Ask a Scientist at Argonne National Labs Pressure rise in pipe expansion Drag coefficient and Reynolds' Number High school preparation for engineering |
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STD 01-05-001 - PUB 8-1.7 - Guidelines for Laser Safety and... to 25% per year, one can project a total laser-worker universe total in the early 1990's ranging from 520,000 to perhaps as high as 6,000,000 people. See Occupational Safety & Health Administration (OSHA) Information |
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VHB Tape Data Page.qxd to specific or a broad range of materials, conformability, high tensile strength, high shear and peel adhesion, resistance to plasticizer migration, See Digi-Key Corporation Profile & Catalog |
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KODAK PROFESSIONAL ENDURA Transparency and Clear Display... considerably between enlargers, this filter pack is only a Thermal Coefficient of Expansion 0.001 % / degree F (length, width) (0.0018% / degree C) |
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Equipment - IWESS Website - Carnegie Mellon University Solar Thermal System Equipment Workshops |
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HEP Keywords ABJM model absorption acceleration -acceleration of the universe (use 'expansion acceleration') accelerator acceptance [accelerators and detectors |
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Next Generation Receivers Unit Solar Thermal Next Generation Receivers Workshop NREL March 8-9 Nikolaus Benz Lul 12, 2006 SHE/Bz SCHOTT Business Unit Solar Thermal SCHOTT PTR See National Renewable Energy Laboratory Information |
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