Supplier: Abrisa Technologies
Description: Thicknesses 028”, .043” Size up to 14” x 18” Forms Available Fusion drawn sheet Principal Uses Substrates for Active Matrix Flat Panel Displays
- Glass Type: Borosilicate
- Shape / Form: Plate
- Length: 14 inch
- Width / O.D.: 18 inch
Supplier: PLANSEE SE
Description: guarantees optimum resistance to corrosion. Partially platinum-plated stirrers. Molybdenum provides excellent resistance to corrosion. During the homogenization of borosilicate glass and opal glass melts, molybdenum is exposed directly to the glass melt without any problem. Our partially
Supplier: Leading Edge Metals & Alloys, Inc.
Description: Tungsten has the highest melting point of all metals and, at temperatures greater than 1650°C, the highest tensile strength. Its thermal expansion rate is similar to that of borosilicate glass and silicon. Tungsten’s good thermal and electrical conductivity make it an excellent choice
- Overall Thickness: 1.00E-3 to 2 inch
- Overall Width / OD: 12 to 24 inch
- Overall Length: 75 to 144 inch
- Applications: Electronics / RF-Microwave
Supplier: Eaton Filtration
Description: fittings can be specified. The filter elements are made of borosilicate microglass fibers, epoxy saturated, with glass-matrix drain layer. Filter elements can be ordered in a range of micron ratings down to 0.3 microns. Eaton Type TF Separator/Filters meet ASME Code, Section VII, Division 1. ASME U
- Filter Type: General Purpose
- Filter Size Rating: 10 microns
- Port Specification: 1" NPT, 2" NPT, Other
- Bowl Material: Other Material
Supplier: Saint-Gobain Oil & Gas
Description: of scintillation light (Figure 2) is well within the wave- length range of standard photomultiplier tubes (PMTs) with borosilicate glass face plates (Curve B), which makes these standard PMTs suitable. The light yield as a function of tem-perature was measured with 137 Cs excitation at two amplifi
Supplier: Saint-Gobain Oil & Gas
Description: the wave- length range of standard photomultiplier tubes (PMTs) with borosilicate glass face plates (Curve B), which makes these standard PMTs suitable. The light yield as a function of tem-perature was measured with 137 Cs excitation at two amplifi er shaping times of 1 μ s and 12 μ s
Description: Value Brand Small Wallpack with Bronze Die Cast Aluminum Housing and Molded Prismatic Borosilicate Glass Lens. Includes 100 Watt Metal Halide lamp, mounting plate and a High Power Ballast, 120/208/240/277 Voltage.
- Application: Outdoor
- Light Fixture Type: Wall Fixtures
- Light Fixture Voltage: 120 to 277 volts
- Light Fixture Wattage: 0.1340 HP
Supplier: Allied Electronics, Inc.
Description: are vacuum metallized. The borosilicate glass lenses are highly resistant to cracking, especially when subjected to extreme temperature changes.
- Lamp Type: Halogen Lamps
- Lamp Power: 60 watts
Supplier: Ed Fagan, Inc.
Description: ASTM F-15 Alloy, commonly known as Kovar, is a controlled expansion alloy consisting of 29% Nickel, 17% Cobalt, and balance Iron. Kovar is produced to ensure good properties for machining and deep drawing as well as porosity free product. Its expansion characteristics match both borosilicate (Pyrex
- Overall Width / OD: 0.0050 to 2 inch
- Applications: Electronics / RF-Microwave
- Ferrous / Iron Based: Ferrous / Iron Based - Any Type, Specialty / Other Ferrous (UNS K)
- Standards / Specifications: AMS, ASTM / ASME, MIL-SPEC / Federal (QQS), UNS
Supplier: Glas-Col, LLC
Description: surface, all three models are compatible with a wide variety of popular sizes of borosilicate glass beakers, flasks, bottles and other vessels. The hotplate/magnetic stirrer model comes complete with a support rod for mounting thermometers and temperature probes.
- Media Type: Liquids, Solutions, Emulsions
- Mixer Type: Magnetic Stirrer
- Operating Condition: Batch Operation
- Mounting: Benchtop
Supplier: American Precision Glass Corp.
Description: borosilicate, crown, soda lime, filters, quartz, fused silica, radiation shielding, X-ray, and other specialties. Laser Engraving and Marking American Precision Glass now offers custom laser marking, an ideal permanent marking solution on glass and ceramic parts, plates, lenses and other components.
- Capabilities: Coatings, Design, Grinding and Polishing, High Volume Production, Prototyping, Sizing and Shaping
- Optic Type: Filters, Laser Optics, Lenses, Mirrors, Prisms, Wedges, Windows
- Substrate: Glass, Other
- Wavelength: Ultraviolet, Visible, Infrared
Illuminators - 15 Million Candlepower - HID Handheld Spotlight - 16' CCord w/ cigarette Plug -- HUL-18-HIDSupplier: Larson Electronics LLC
Description: vehicle or ATV equipped with a cigarette plug. This light contains a single 35 watt HID bulb paired with a precision aluminum reflector and borosilicate hardened glass lens to produce a powerful 3200 lumen, 15 million candlepower light beam that reaches 2500 feet in length and 80 feet in width
Supplier: Seetru Limited
Description: is provided by Reflex glass viewing windows made of toughened borosilicate reflex glass. It is housed and protected in a light but robust stainless steel column. The construction provides a modern gauge, which fi ts close to the tank wall and is aesthetically pleasing. Ease of installation
- Device Classification: Level Gauge
- Material Temperature Range: 212 F
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SCHOTT North America, Inc. - Glass Tubing
Borosilicate Glass Tubing... Algae Production
DURAN ® and CONTURAX ® Borosilicate glass tubing from SCHOTT are the optimal solution, both technically and economically, for the construction of photobioreactors (PBR). . Why Closed systems using SCHOTT glass tubing yeild more algae production. Open pond system: Open pond systems are typically built in circular or raceway configurations. The water is kept in motion, e.g. by paddle wheels. Open pond systems are seemingly inexpensive and easy to build. However, poor light... (read more)
Browse Glass Tube and Rod Datasheets for SCHOTT North America, Inc. - Glass Tubing
Robust Sight Glass Windows for Pressure Vessels
borosilicate glass such as SCHOTT ® Borofloat ®, an optically clear, very versatile glass that has excellent light transmission, thermal and chemical properties. For less critical applications, soda lime glass may be used. For the most extreme applications, one should choose quartz or sapphire. For operating conditions of up to 500 °F, borosilicate glass should be selected. For temperatures over 500 °F, such as high temperature steam, quartz or sapphire would be the recommended... (read more)
Browse Glass Sheets and Plate Glass Datasheets for Abrisa Technologies
Advanced Optics, Inc.
Single and Double-sided Optical Flats
Advanced Optics manufactures both single-sided and double-sided optical flats which may be used as a reference (test plate) against which the flatness of an unknown surface may be compared or as optical windows. Single-sided flats are typically used as a reference (test plate) and may be made of either low expansion borosilicate glass, fused silica or Zerodur. Surface flatness of 1/4 , 1/10 or 1/20 wave are available in either fused silica or Zerodur and 1/4 and 1/10 wave in low... (read more)
Browse Optical Flats Datasheets for Advanced Optics, Inc.
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The Internal Tensile Strength of a Borosilicate Glass Determined from Laser Shock Experiments and Computational Analysis
ceramics.9 Here, it is used to produce interior damage in a borosilicate glass plate from which the interior ten- sile strength is inferred.
\Vas sand~richcd in bct~reen t-vvo connnercial borosilicate glass plates ~rith .
Ballistics 2014: 28th International Symposium - VOLUME 2 TERMINAL BALLISTICS VULNERABILITY & SURVIVABILITY
… suitability to model ballistic impacts, the model was parameterized from data published by Chocron et al. [5, 6] and used to simulate the impact of conical 0.22 caliber and .50 caliber steel projectiles on borosilicate glass plates , then compared with data …
Large-area surface wave plasmas using microwave multi-slot antennas for nanocrystalline diamond film deposition
A uniform (thickness variation: 10%) and smooth (Ra: 11 nm) NCD film deposition on a 300 × 300 mm2 borosilicate glass plate was achieved . using the plasma and a mixed gas of H2/CH4/CO2. .
Figure A4.1 Schematic of the experimental set up used to measure angular deflections in a thermally stressed borosilicate glass plate using DGS.........................145 Figure A4.2 Reference and deformed image of speckles recorded through an optically inhomogeneous borosilicate glass plate......................................................146 .
The newly designed bonded RAMOS flask (Figure 2(b)) consists of a stumped flask covered by a borosilicate glass plate bonded on top.
Silicon-micromachined gas chromatography system used to separate and detect ammonia and nitrogen dioxide. I. Design, fabrication, and integration of the gas ch...
The outer periphery of the wafer initially appeared to be bonded to the borosilicate glass plate (Tempax Boro-Glass, Schott America, Yonkers, NY), but this region of the bond frequently failed within the first hour after the assembly cooled to room temperature.
Apparatus for denaturing nucleic acid electrophoresis (such as Gibco SA 32, LABRepco), complete with a gel casting boot (LABRepco), borosilicate glass plates , 0.4 mm spacers, and combs.
Photocatalytic Disinfection of Bacterial Pollutants Using Suspended and Immobilized TiO 2 Powders
For the UVA-only control experiments a clean borosilicate glass plate was used in place of one coated with TiO2, which is common practice within the field, allowing all emitted irradiation (minus minimal absorption by the glass) to enter the reactor.
High-speed thermal stress cleaving by moving heat with mist cooling
As a test specimen, borosilicate glass plate of 0.4mm thickness was employed and various heating-cooling conditions were examined systematically.
Thick‐Film Electrochemical Detectors for Poly(dimethylsiloxane)‐based Microchip Capillary Electrophoresis
Silicon wafers (4 inch) were obtained from Silicon Inc. (Boise, ID, USA) while borosilicate glass plates were received from Chemglass (Vineland, NJ, USA).
Poling-induced structural change and second-order nonlinearity of
Na+-doped Nb2O5-TeO2 glass
The glass sample was sandwiched in between two commercial borosilicate glass plates the thickness of which was 0.1 mm, and physically contacted with electrodes made of stainless steel.
phenomena in second-order nonlinearity of thermally and
optically poled Nb2O5-TeO2 glasses
Na+ -containing borosilicate glass plates during thermal poling, migration of Na+ ions from the borosilicate glass into the tellurite glass sample took place.
Variable high-energy-laser attenuator based on the interference on a transparent plate
For the measurements of the interference phenomena due to Fresnel reflections on the boundaries of a dielectric plate, we used a 140-µm-thick polished borosilicate glass plate with a refractive index n = 1.52.