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Supplier: GFS Chemicals, Inc.
Description: ITEM#:5152 Nd2O3 CAS#:1313-97-9 F.W.:336.48 NFPA#: Specific Gravity: DOT:NR Descriptions: Approximately 4% (w/w) dispersion in water. Particle size range typically <50 nm. Please inquire regarding availability of a dry, nano-powder of this material. Specification TEST 1. pH
- Ionic Component: Rare Earths
- Non-Metal Compounds: All Non-Metals, Oxides
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Supplier: GFS Chemicals, Inc.
Description: ITEM#:5146 Lu2O3 CAS#:12032-20-1 F.W.:397.94 NFPA#: Specific Gravity: DOT:NR Descriptions: Approximately 4% (w/w) dispersion in water. Particle size range typically <50 nm. Please inquire regarding availability of a dry, nano-powder of this material. Specification TEST 1. pH
- Ionic Component: Rare Earths
- Non-Metal Compounds: All Non-Metals, Oxides
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Supplier: GFS Chemicals, Inc.
Description: ITEM#:5160 Sm2O3 CAS#:12068-58-1 F.W.:348.70 NFPA#: Specific Gravity: DOT:NR Descriptions: Approximately 4% (w/w) dispersion in water. Particle size range typically <50 nm. Please inquire regarding availability of a dry, nano-powder of this material. Specification TEST 1. pH
- Ionic Component: Rare Earths
- Non-Metal Compounds: All Non-Metals, Oxides
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Supplier: GFS Chemicals, Inc.
Description: ITEM#:5167 Sc2O3 CAS#:12060-08-1 F.W.:137.91 NFPA#: Specific Gravity: DOT:NR Descriptions: Approximately 4% (w/w) dispersion in water. Particle size range typically <50 nm. Please inquire regarding availability of a dry, nano-powder of this material. Specification TEST 1. pH
- Ionic Component: Transition Metals (Ti, Fe, Ni, etc)
- Non-Metal Compounds: All Non-Metals, Oxides
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Supplier: GFS Chemicals, Inc.
Description: ITEM#:3976 Gd2O3 CAS#:12064-62-9 F.W.:362.50 NFPA#:0-0-0 Specific Gravity: DOT:NR Descriptions: Approximately 4% (w/w) dispersion in water. Particle size range typically <50 nm. Please inquire regarding availability of a dry, nano-powder of this material. Specification TEST 1
- Ionic Component: Rare Earths
- Non-Metal Compounds: All Non-Metals, Oxides
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Supplier: TPL, Inc.
Description: titanate.) The ultra-fine particle size, 50 to 400 nano meters (nm) of these ceramic powders make them ideal for ultra-thin dielectric layers in composites and ceramic capacitors. TPL has the ability to provide ceramic nano-powder formulations to customer specifications. TPL offers a range
- Material Type: Piezoelectric Ceramic
- Type: Powder / Aggregate (Grain / Grog)
- Applications: Other
- Performance Features: Composite / Ceramic Matrix
Find Suppliers by Category Top
Engineering Web Search: Nanopowder Dispersion Top
- Solid - Wikipedia, the free encyclopedia
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Nanoparticle - Wikipedia, the free encyclopedia
Silicon nanopowder 1 kg of particles of 1 mm3 has the same surface area as 1 mg of particles of 1 nm3
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Effects of capping agents on the dispersion of silver...
Title: Effects of capping agents on the dispersion of silver nanoparticles Authors: Chia-Chen Li, Shinn-Jen Chang, Fan-Jun Su, Shu-Wei Lin, Yi-Chun
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Development of oxides dispersion strengthened steels for high...
Title: Development of oxides dispersion strengthened steels for high temperature nuclear reactor applications Authors: K. Verhiest, A. Almazouzi, N.
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38: Sr - Nanopowders and Nanoparticle Dispersions |...
Nanopowder/Dispersion Add to Cart 633836 Strontium ferrite nanopowder, <100 nm particle size (BET), 99.8% trace metals basis
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675318 Silver, dispersion nanoparticles, ~157 nm particle...
Silver, dispersion nanoparticles, ~157 nm particle size, 0.25 mM in H2O, contains citrate as stabilizer
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[No Title]
Aluminum Oxide Nanopowder Water Dispersion (Al2O3, alpha, 20 wt%, 30 nm) Aluminum Oxide Nanopowder Water Dispersion (Al2O3, gamma, 20 wt%, 10 nm)
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[No Title]
Aluminum Oxide Nanopowder Water Dispersion (Al2O3, alpha, 20 wt%, 30 nm) Aluminum Oxide Nanopowder Water Dispersion (Al2O3, gamma, 20 wt%, 10 nm)
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Modulus and thermal properties of free standing...
The properties of the nanocomposite films were depending on the dispersion of TiO 2 nanopowder in the PMMA matrix.
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Synthesis of si nanoparticles from freestanding porous silicon...
Nanometer-sized silicon particles are produced by ultrasonic dispersion of thin films in DI water.
