Products/Services for Low Index Of Refraction Glass Capillary Tube
-
Glass Tube and Rod - (65 companies)Image Credit: Technical Glass Products, Inc. - OH. 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...Glass TypeShape / FormHollow Stock / Shape
-
Quartz Tube and Rod - (36 companies)...have lead levels of 32% to enhance the refractive index and improve quality. When cut, glass crystal presents a random molecular form, whereas quartz displays a symmetrical structure. Due to the irregular structure of glass, it is considered...
-
Polymers and Plastic Resins - (870 companies)Polymers and plastic materials are organic, synthetic or processed polymers that are supplied as raw materials. They typically consist of thermoplastic or thermosetting resins in the form of pellets, powders or liquid resins. These materials can then be molded into a variety of shapes for a wide range of uses.
-
Capillary Electrophoresis Equipment - (43 companies)Capillary electrophoresis (CE) is a family of related separation techniques that use narrow-bore fused-silica capillaries to separate a complex array of large and small molecules. High voltages are used to separate molecules based on differences...
-
Glass Materials - (344 companies)...is used in everyday products such as bottles, jars, drinking glasses, and window glass. Lead glass (also called lead-alkali glass) has a high percentage of lead oxide (at least 20%) to increase its index of refraction. It is relatively soft, a better...
-
Tube Fittings - (1130 companies)Tube fittings connect runs of tubing for in-line, offset, multi-port, and mounting configurations to other tubing sections, pipe, hose, and other fluid transfer components. Tube fittings connect runs of tubing (for in-line, offset, multi-port...
-
Gradient Index Lenses - (8 companies)...allowing humans to see images with both good resolution and low aberration. The refractive index of the vitreous humour within the eye is typically around 1.3. The parts of the eye and their respective refractive indices. Image credit: ScubaGeek...
-
Index Drives - (23 companies)...and additional equipment. Ring index drives are more suited for automatic assembly machinery with a large number of workstations. Roller gear index drives are most appropriate for compact and low profile situations. A roller gear index drive offers motion...
-
Glass Ceramics - (31 companies)...pyrocerams, vitrocer amicos, vitroceramiques and sittals. Some vitreous bonds or glass matrix will still be present between the ceramic crystal phases or grain. Glass-ceramics can have zero or very low porosity, high homogeneity, low dielectric constant...
-
Test Tubes - (140 companies)...than some other types of commercial glasses. Zerdour (R) (Schott Glass) is a lithium aluminosilicate glass-ceramic with a very low coefficient of expansion. Other types of glass labware are also available. Plastic Test Tubes. Suppliers also provide test...
Product News
-
Mitsui Chemicals America, Inc.
MR™ Series - High Refractive Monomers The MR TM Series consists of a line of high refractive index monomers for optical applications. Characteristics of the optical material include: high refractive index. high Abbe number. low specific gravity. high impact resistance. Due to its unique physical properties and characteristics, the eyeglass lens material can be used in a variety of premium lens applications. Contact Us to learn more about MR TM Series. (read more)Browse Monomers, Intermediates, and Base Polymers Datasheets for Mitsui Chemicals America, Inc. -
Suntech Applied Materials (Hefei) Co.,Ltd
Capillary Take modified nano-alumina powder, advanced forming technology and special sintering process, the ceramic capillary with high density, high hardness, high wear resistance, excellent chemical stability and uniform structure was obtained. Net size, high automatic molding method, to minimize the follow-up processing time, efficiently meet the mass production requirement. All feature sizes are processed using imported full production equipment. High-precision processing equipment and rich... (read more)Browse Nozzles Datasheets for Suntech Applied Materials (Hefei) Co.,Ltd -
Abrisa Technologies
Non-Glare Low Sparkle Glass Reduces Reflection LOW SPARKLE NON-GLARE GLASS PROVIDES UNIFORM DIFFUSE REFLECTION. "Sparkle " occurs when non-glare glass is used with a display and has a surface where the etch pattern size and roughness has variation resulting in inconsistent, insufficient, or unpredictable light diffusion effects in select areas of the glass. An observer sees this variation projected through the glass as artifacts of distorted pixel color, shape, pinpoint light leaks, or points of reflection that are not sufficiently... (read more)Browse Glass Materials Datasheets for Abrisa Technologies -
Insaco, Inc.
The scratch resistance between sapphire and glass and tight tolerance machining. Lights-out manufacturing. Machine automation including large capacity envelope. Automated centerless grinding. High efficiency/low cost volume production. Low-volume prototype machining. 5-axis machining capability. ITAR compliant. High-volume robotic machining. Video inspection and a Class 100 Cleanroom. Extensive Quality Control protocols. Sapphire tubes and polishing. Insaco. Insaco has been fabricating precision parts from all technical ceramics since 1947... (read more) -
MINTEQ® International Inc, Pyrogenics Group
Universal Glass-Handling Material Pyroid Pyrolytic Graphite for Glass Industry. Pyroid pyrolytic graphite material is a universal glass-handling material having exceptional heat resistance, strength, and durability with nonabsorption characteristics to perform under the most rigorous conditions without damaging the glassware. Pyrolytic Graphite. PYROID (R) pyrolytic graphite (PG) is a specialized, "five-nine" purity, chemical vapor deposition (CVD), carbon product grown atom-by-atom with unique thermal, electrical and chemical... (read more) -
Insaco, Inc.
Machining & Polishing for Sapphire Tubes machining. Lights-out manufacturing. Machine automation including large capacity envelope. Automated centerless grinding. High efficiency/low cost volume production. Low-volume prototype machining. 5-axis machining capability. ITAR compliant. High-volume robotic machining. Video inspection and a Class 100 Cleanroom. Extensive Quality Control protocols. Sapphire tubes and polishing. Insaco. Insaco has been fabricating precision parts from all technical ceramics since 1947. Approximately a third of our... (read more) -
Suntech Applied Materials (Hefei) Co.,Ltd
Capillary Aging: Causes and Solutions Capillary aging in wire bonding is a significant challenge, affecting the quality and reliability of solder joints. Over time, capillaries accumulate wear and contaminants, leading to deterioration in performance. Engineers and professionals working with wire bonding must be aware of the causes of capillary aging and adopt strategies to extend capillary life. By addressing the root causes of aging, such as wear on the capillary end face and contamination buildup, engineers can reduce the impact... (read more)Browse Semiconductor Wire and Wedge Bonders Datasheets for Suntech Applied Materials (Hefei) Co.,Ltd -
Suntech Applied Materials (Hefei) Co.,Ltd
Wedge Capillaries in Microelectronics Bonding Wedge-shaped capillaries serve a pivotal role in microelectronics bonding processes, notably in ultrasonic wire bonding. Designed for precise pressure application, they facilitate efficient soldering, ensuring optimal joint morphology and quality. These capillaries find extensive application in various microelectronic device assemblies, particularly in high-power devices such as transistors and IGBTs. Key Features and Applications. Precise Pressure Application: Wedge capillaries apply... (read more)Browse Semiconductor Wire and Wedge Bonders Datasheets for Suntech Applied Materials (Hefei) Co.,Ltd -
Suntech Applied Materials (Hefei) Co.,Ltd
Ceramic Capillaries for Wire Bonding Optimize Your Wire Bonding with Ceramic Capillaries. Ceramic capillaries play a crucial role in wire bonding, directly impacting the bonding morphology and functionality. By carefully selecting the right parameters, engineers can ensure reliable and high-performance wire bonds. Below are the key factors that influence wire bonding success: Hole Size (H): Small H hole: Poor wire flow and neck breakage, leading to insufficient wire arc height. Large H hole: Golf ball effect, resulting in poor... (read more)Browse Semiconductor Wire and Wedge Bonders Datasheets for Suntech Applied Materials (Hefei) Co.,Ltd -
Insaco, Inc.
Learn more about Glass Ceramics Glass Ceramics. These specialty materials have been formulated by producers to achieve stability of thermal expansion as well as featuring best properties of constituent materials. Some are more transparent like glass, some more opaque like alumina ceramic. All process well by diamond grinding, but where softer than technical ceramics, single-point machining is possible with some. Corning Glass ULE (R). ULE (R) is an ultra-low-expansion glass with a very low coefficient of thermal expansion... (read more)
-
Efficient multi-mode to single-mode conversion in a 61 port photonic lantern
The Photonic Lanterns are fabricated by inserting 61 SMF-28 fibers into a low refractive index glass capillary tube .
-
Photonic bandgap fiber-enabled Raman detection of nitrogen gas
In some special cases, a glass capillary tube will work, if the solvent is chosen to have a lower refractive index than glass, total internal reflection will be achieved and a signal enhancement will be observed.
-
Fiber optic sample cells for polychromatic detection of dissolved and particulate matter in natural waters
In such cells, light is guided in the liquid core, enters and passes through the capillary tubing and is reflected back into the liquid core at the glass /air or a low refractive index coating interface.
-
Millimeter and Optical Waveguides
They are inherently multimode, because neither the refractive index of suitable low loss core liquids can be controlled sufficiently to maintain the very small difference to the outer glass tube index, nor the capillary core can be narrow enough and still filled …
-
Advanced Materials for Integrated Optical Waveguides
If the refractive index of the capillary material is lower than that of the liquid core, excitation or Raman light that hits the capillary wall under an angle equal to, or larger than the critical angle to the normal, will be captured … Based on this consideration, four types of LCW can be distinguished: (a) internally or externally metal-coated tubing , (b) uncoated glass tubes, (c) internally or externally plastic-coated tubes, and (d) entirely plastic tubes.
-
Physics of the Life Sciences
… a light pipe and is able to bend light around curves although with tubes of macroscopic dimensions … Optical fibers are slender capillaries of glass or plastic material with a solid core, with diameters as small as about 10 m, surrounded by a concentric layer of lower refractive index material, known as the cladding.
-
Handbook of Machine Olfaction Complete Document
Fiber optics, capillary tubes , and planar waveguides all exploit the phenomenon of total internal reflection. Optical fibers, for example, are strands of glass or plastic in which a central ‘core’ is surrounded by a ‘clad’ with a slightly lower refractive index .
-
Oxygen Transport to Tissue XXIX
1.2 mm ID/1.5 mm OD Glass Capillary Tube Low index of refraction coating covered by black polyimide .
-
Optofluidic waveguides: II. Fabrication and structures
Glass capillaries filled with low refractive index liquids ( low relative to glass ) have been used as waveguides in which the light guiding mechanism was the total internal reflection at the glass-air interface of the capillaries ’ outer edge (Tsunoda et al … Light propagating down the length of the tubes was thus able to interact with the fluid, although …
-
Capillaries as the components of photonic sensor micro-systems
Examples of the computed light intensities along the Z-axis for a capillary glass tube , with an inner diameter of 100 µm, which is optically coupled directly by a single mode fiber are shown in figure 4. The analytic results obtained by us, confirmed by experimentation, show that it is only the segment near the inlet of the capillary which has a low sensitivity to the variation of the index of refraction of the fluid-filled hole.