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All types of nanodiamonds and nanographite / nanodiamonds mixtures are produced by controlled detonation synthesis.
We are ready to change product quality in case of special requirements.
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Nanodiamonds, Purified / grade G
Enhanced suspension stability in water
Bulk density: 0,69 g/cm3
Specific surface (BET): min. 290 m2/g
Diamond content: min. 87 w.%
Non-diamond carbon content: max. 5 - 7 w.%
Content of Fe: max. 1,2 %; Ca,Zn,Cr,Ni,Cu,Mn: < 10-2 - 10-3 w.% each
Losses at tempering: max. 3 w.%
Residue after ignition: max. 6 %
Average cluster size: ca. 4 nm |
| PL-D-G-1g | 1 g | 19.00 EUR |
| PL-D-G-5g | 5 g | 69.00 EUR |
| PL-D-G-25g | 25 g | 279.00 EUR |
| PL-D-G-100g | 100 | 979.00 EUR |
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NanoPure-G
Most native 4 w% aqueous suspension of nanodiamonds PL-D-G. The nanodiamonds are preserved in the most dispersed form. |
| PL-Nanopure-G-10m | 10 ml | 12.00 EUR |
| PL-Nanopure-G-50m | 50 ml | 42.00 EUR |
| PL-Nanopure-G-100m | 100 ml | 49.00 EUR |
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Nanodiamonds, Purified / grade G01
Bulk density: 0,69 g/cm3
Picnometric density: 3,18 g/cm3
Specific surface (BET): min. 350 m2/g
Non-diamond carbon content: traces
Controlled admixtures [w.%]:
Fe < 0,3; Cu < 0,01; Zn < 0,01; Mn < 0,01; Si+Cr+Ca+Ti < 0,01
Losses at tempering: max. 2,4 w.%
Residue after ignition: max. 1,4 %
Average cluster size: ca. 4 nm |
| PL-D-G01-1g | 1 g | 19.00 EUR |
| PL-D-G01-5g | 5 g | 69.00 EUR |
| PL-D-G01-25g | 25g | 279.00 EUR |
| PL-D-G01-100g | 100 g | 979.00 EUR |
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NanoPure-GO1
Most native 4 w% aqueous suspension of agglomerate-free diamonds PL-D-G01. The nanodiamonds are preserved in the most dispersed form. |
| PL-Nanopure-G01-10m | 10 ml | 12.00 EUR |
| PL-Nanopure-G01-50m | 50 ml | 42.00 EUR |
| PL-Nanopure-G01-100m | 100 ml | 59.00 EUR |
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Nanodiamonds, Agglomerate free, positively charged
Aqueous suspension with 10 wt. % of nanodiamonds
Nanodiamonds with the surface modified by polyelectrolyte electrostatic adsorption.
Zeta potential = + 50 ± 5 mV. |
| PL-D-G01P-10m | 10 ml | 25.00 EUR |
| PL-D-G01P-50m | 50 ml | 87.00 EUR |
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Single-Digit NanoDiamonds (SDND)
Forms transparent stable colloidal solution of nanodiamonds in water. Free of additives.
Diamond crystallite size: 3.5-5.2 nm
Specific surface: 320-350 m2/g
Particle size (DLS): 5-15 nm
Ash content: <0.4% |
| PL-SDND-1g | 1 g | 80.00 EUR |
| PL-SDND-10g | 10 g | 650.00 EUR |
| PL-SDND-50g | 50 g | 2750.00 EUR |
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Nano-Polishing Paste DIAMOPOL
The current state-of-the-art technologies of super-finish polishing allow to achieve the roughness of ca 2 nm. The use of our polishers based on nanoparticles allows to reduce the roughness by a factor of 2 and reach the value of 0.9 nm. These polishers can be supplied in hydrophilic, hydrophobic and all-purpose forms. Standard PL-DiaPol is a hydrophilic polisher. |
| PL-DiaPol-10m | 10 ml | 17.00 EUR |
| PL-DiaPol-50m | 50 ml | 59.00 EUR |
| PL-DiaPol-100m | 100 ml | 82.00 EUR |
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Along with the listed NanoCeramics many other ceramics were produced as trial batches, e.g. NanoCeramics from Rare Earth Oxides, HfO2, MgO+C, TiO2, TiC, TiN, BN, Y2O3
Basic technology permits to produce nearly any ceramic in nanosized form, thus we are expecting here the concrete wishes from our clients.
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Aluminium Oxide
· Al2O3 - Nanopowder
Particle shape: spherical
Particle size full range: 5 - 150 nm
Average particle size: 40 nm
Specific surface: > 10 m2/g
Purity: > 99,8 w.%
X-Ray analysis: α-Al2O3 |
| PL-A-AlO-10g | 10 g | 11.20 EUR |
| PL-A-AlO-50g | 50 g | 41.40 EUR |
| PL-A-AlO-100g | 100 g | 72.30 EUR |
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· Al2O3 – Nanopowder, gamma phase
Particle shape: spherical
Average particle size: 40 nm
Specific surface: > 40 m2/g
Purity: > 99,9 w.%
X-Ray analysis: γ-Al2O3 |
| PL-G-AlO-50g | 50 g | 80.00 EUR |
| PL-G-AlO-10g | 10 g | 25.00 EUR |
| PL-G-AlO-100g | 100 g | 131.00 EUR |
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· Iron (II,III) Oxide Nanosuspension · Magnetic Fluid
Without organic stabilizers
Excellent for L-b-L, LB coatings and for experiments where absence of organic stabilizer is desirable.
Magnetic fluid, aqueous suspension
Average particle size: 8 nm
Concentration: ca. 3 wt.% |
| PL-A-Fe3O4-10ml | 10 ml | 49.00 EUR |
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Silicon Dioxide
· SiO2 - Nanopowder
Fumed silica, nanopowder
Primary particle average size: 14 nm
Specific surface: > 200 m2/g
Bulk Density: 0,048 g/cm3 |
| PL-SiOF-25g | 25 g | 12.00 EUR |
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SiO2 - Fumed silica, nanopowder, hydrophobic
Primary particle average size: ca.14 nm
Specific surface: ca. 100 m2/g
Bulk Density: ca. 0.05 g/cm3
Purity: > 99.8% (excl. stabilizer)
Modified by polydimethylsiloxane (PDMS) |
| PL-SiOF-PDMS-25g | 25 g | 56.00 EUR |
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SiO2 - Fumed silica, nanopowder, hydrophobic
Primary particle average size: 7-14 nm
Specific surface: ca. 150 m2/g
Bulk Density: ca. 0.05 g/cm3
Purity: > 99.8% (excl. stabilizer)
Modified by octylsilane |
| PL-SiOF-OS-25g | 25 g | 65.00 EUR |
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Strontium Oxide
Dry nanopowder, 200 nm |
| PL-SrO-1g | 1 g | 59.00 EUR |
| PL-SrO-10g | 10 g | 398.00 EUR |
| PL-SrO-50g | 50 g | 879.00 EUR |
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Tin Oxide 1
· SnO2 - Nanopowder
Produced by chemical synthesis
Supplied as 5% aqueous suspension |
| PL-SnO-10g | 200 mL | 45.00 EUR |
| PL-SnO-50g | 1000 mL | 179.00 EUR |
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· TiO2 - Colloidal solution
Colloidal solution in water, 10 %
Average particle size: 4-8 nm |
| PL-TiO-10p-10g | 100 mL | 49.00 EUR |
| PL-TiO-10p-50g | 500 mL | 199.00 EUR |
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· TiO2 - Colloidal solution
Colloidal solution in water, 20 %
Average particle size: 4-8 nm |
| PL-TiO-20p-10g | 50 mL | 49.00 EUR |
| PL-TiO-20p-50g | 250 mL | 199.00 EUR |
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· TiO2 - Nanoparticles, anatase
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Produced by chemical synthesis
Average particle size: 4-8 nm
Dry nanopowder, free of organic stabilizers |
| PL-TiO-NO-10g | 10 g | 25.00 EUR |
| PL-TiO-NO-50g | 50 g | 99.00 EUR |
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· TiO2 - Nanoparticles, type P25
Photocatalytic standard P25 |
Dry Nanopowder. Mixed rutile / anatase phase
Average primary particle size: 21±5 nm.
Specific surface: 50±10 m2/g
Purity: >99,5% |
| PL-TiO-P25-10g | 10 g | 25.00 EUR |
| PL-TiO-P25-50g | 50 g | 99.00 EUR |
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· TiO2 - Dry nanopowder
Average particle size: 1-3 nm.
Dry rutile nanopowder
Readily forms aqueous colloidal solutions up to 900 g/L |
| PL-TiO-R-5g | 5 g | 49.00 EUR |
| PL-TiO-R-25g | 25 g | 199.00 EUR |
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· TiO2 - Colloidal solution
Colloidal solution in water, 20 %
Stabilized with tetraethylamine
Average particle size: 3-5 nm |
| PL-TiO-N-20p-15g | 75 mL | 89.00 EUR |
| PL-TiO-N-20p-60g | 300 mL | 299.00 EUR |
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TiO2 - Nanoparticles, anatase, hydrophobic
Average particle size: 4-8 nm. Anatase phase.
Stabilized by dodecylphosphonic acid and hexylamine.
Forms transparent colloidal solutions in chloroform. |
| PL-TiO-HPBC-1g | 1 g | 25.00 EUR |
| PL-TiO-HPBC-10g | 10 g | 190.00 EUR |
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TiO2 - Nanoparticles, anatase, hydrophobic
Average particle size: 4-8 nm. Anatase phase.
Stabilized by benzoic acid.
Forms transparent colloidal solutions in MEK (methylethylketone) and epoxides. |
| PL-TiO-HPBM-1g | 1 g | 25.00 EUR |
| PL-TiO-HPBM-10g | 10 g | 190.00 EUR |
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Zirconium Oxide· ZrO2
- Nanopowder of tetragonal structure
Produced by hot plasma-jet synthesis
Stabilized with 3% Y2O3
Average particle size: 10-30 nm
Specific surface area: 45±10 m2/g
Purity: > 92,7%
Controlled admixtures [w.%]: Y2O3 5,2%; Al2O3 0,066%; SiO2 0,091%; HfO2 1,87 % |
| PL-D-T-ZrO-5g | 5 g | 20.00 EUR |
| PL-D-T-ZrO-25g | 25 g | 57.00 EUR |
| PL-D-T-ZrO-100g | 100 g | 198.00 EUR |
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· ZrO2 - Nanopowder of monoclinic structure
Produced by chemical synthesis
Average particle size: ca. 5 - 25 nm
Specific surface area: 130±20 m2/g
Purity: > 97,2%
Controlled admixtures: Y2O3 0,018%; Al2O3 0,24%; SiO2 0,15%; HfO2 1,91%; TiO2 0,42 %; Fe2O3 0,021% |
| PL-M-ZrO-5g | 5 g | 15.00 EUR |
| PL-M-ZrO-25g | 25 g | 43.00 EUR |
| PL-M-ZrO-100g | 100 g | 149.00 EUR |
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· ZrO2 - Nanopowder of cubic structure
Produced by detonation synthesis
Stabilized with 6% Y2O3
Average particle size: 20-50 nm
Shape: spherical
Density 0,75-0,85 g/cm3
Particles are bound by necks forming aggregates
X-ray diffraction diagram of the powder shows cubic modification lines (111), (200), (220), (311). Cubic structure is due to the stabilizer (6% of Y2O3) and to the small particle size (size effect). |
| PL-D-C-ZrO-5g | 5 g | 59.00 EUR |
| PL-D-C-ZrO-25g | 25 g | 207.00 EUR |
| PL-D-C-ZrO-100g | 100 g | 621.00 EUR |
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· ZrO2 - Nanopowder of tetragonal structure
Produced by detonation synthesis
Stabilized with 6% Y2O3
Average particle size: 100-200 nm.
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| PL-T-ZrO-5g | 5 g | 57.00 EUR |
| PL-T-ZrO-25g | 25 g | 198.00 EUR |
| PL-T-ZrO-100g | 100 g | 589.00 EUR |
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ZrO2 - Nanoparticles, hydrophobic
Nanopowder, stabilized by benzoic acid.
Average particle size: ca. 3 nm
Forms stable colloidal solutions in MEK and epoxides. |
| PL-ZrO-HPB-1g | 1 g | 49.00 EUR |
| PL-ZrO-HPB-5g | 5 g | 180.00 EUR |
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Along with the listed NanoCeramics many other ceramics were produced as trial batches, e.g. NanoCeramics from Rare Earth Oxides, HfO2, MgO+C, TiO2, TiC, TiN, BN, Y2O3
Basic technology permits to produce nearly any ceramic in nanosized form, thus we are expecting here the concrete wishes from our clients.
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Aluminium Nitride
· AlN - Nanopowder
Produced by hot plasma-jet synthesis
Particle shape: spherical, hexagonal, polyhedrone, fragmental
Particle size full range: 5 - 200 nm
Average particle size: 25 - 50 nm
Specific surface: > 18 m2/g
Bulk Density: 0,16 - 0,28 g/cm3
Purity: > 95,0 w.%
Controlled admixtures [w.%]: Al (free metal) < 2,4; Mg < 0,03; Na < 0,03; Fe < 0,1; Cu < 0,4; W < 0,2
X-Ray analysis: AlN ca. 96% of hexagonal structure with lattice parameters: a = 3,114 A, c = 4,986 A; |
| PL-PJ-AlN-5g | 5 g | 17.00 EUR |
| PL-PJ-AlN-25g | 25 g | 52.00 EUR |
| PL-PJ-AlN-100g | 100 g | 185.00 EUR |
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· AlN - Nanopowder
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Purity: > 99%
Average particle size: ca. 20 nm
Specific surface: 80±7 m2/g
Controlled admixtures, %: C<0.1; O<0.8; Fe<0.02; Si<0.01 |
| PL-HK-AlN-5g | 5 g | 17.00 EUR |
| PL-HK-AlN-25g | 25 g | 52.00 EUR |
| PL-HK-AlN-100g | 100 g | 185.00 EUR |
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Boron Carbide
· B4C nanoparticles
Average particle size: 30-60 nm
Specific surface area: > 70 m2/g
Content of cubic phase: > 97%
Controlled admixtures, [wt.%]: O < 1 |
| PL-HK-BC-5g | 5 g | 26.00 EUR |
| PL-HK-BC-25g | 25 g | 79.00 EUR |
| PL-HK-BC-100g | 100 g | 263.00 EUR |
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Boron Nitride, cubic
· BN - Nanopowder
Particle size full range: 80-450 nm
Average particle size: 165±15 nm
Specific surface: > 11 m2/g
Content of cubic phase: > 99,0 w.%
Controlled admixtures [w.%]: Mg < 0,35; Si < 0,14; Fe < 0,04; Ca < 0,03; Cr < 0,03 |
| PL-IS-CBN-5g | 5 g | 42.00 EUR |
| PL-IS-CBN-25g | 25 g | 169.00 EUR |
| PL-IS-CBN-100g | 100 g | 598.00 EUR |
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Gallium Arsenide
· GaAs nanoparticles
GaAs nanoparticles
Average particle size 4 nm
Forms clear colloidal solutions in non-polar solvents |
| PL-GaAs-10mg | 10 mg | 65.00 EUR |
| PL-GaAs-50mg | 50 mg | 249.00 EUR |
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Gallium Antimonide
· GaSb nanoparticles
GaSb nanoparticles
Average particle size 4 nm
Forms clear colloidal solutions in ethanol and non-polar solvents |
Gallium Antimonide has highest known refractive index among non-metallic compounds.
It can be used as a component of photoresists and other composites where high refractive index is desirable. |
| PL-GaSb-10mg | 10 mg | 65.00 EUR |
| PL-GaSb-50mg | 50 mg | 249.00 EUR |
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Silicon Carbide
· SiC - Nanopowder
Produced by hot plasma-jet synthesis
Particle shape: cubic, hexagonal, fragmental, single fibers
Particle size full range: 5 - 250 nm
Average particle size: 25 - 50 nm
Specific surface: > 18 m2/g
Bulk density: 0,23 - 0,35 g/cm3
Purity: > 98,6 w.%
Controlled admixtures [w.%]: Al < 0,03; Mg < 0,03; Na < 0,03; Fe < 0,1; Cu < 0,4; W < 0,2
X-Ray analysis: SiC ca. 98% of hexagonal structure with lattice parameters: a = 3,0820 A, b = 3,082 A, c = 15,1006 A
SiC ca. 2% of hexagonal structure with lattice parameters: a = 3,082 A, b = 3,082 A, c = 37,70 A |
| PL-PJ-SiC-5g | 5 g | 19.00 EUR |
| PL-PJ-SiC-25g | 25 g | 56.00 EUR |
| PL-PJ-SiC-100g | 100 g | 193.00 EUR |
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· SiC - Nanopowder
Produced by carbo-thermal synthesis
Average particle size: 150-200 nm
Zeta-potential: -26 mV
Purity: > 99,5%
C(free) < 0,05%
Si(free) < 0,05%
SiO2 < 0,1%
SSA 9,8 m2/g |
| PL-CT-SiC-5g | 5 g | 24.00 EUR |
| PL-CT-SiC-25g | 25 g | 71.00 EUR |
| PL-CT-SiC-100g | 100 g | 232.00 EUR |
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· SiC - Nanopowder
Average particle size: 20±7 nm
SSA 80±7 m2/g
Zeta-potential: -26 mV
Purity: > 99,0%
C(free) < 0,75%
Si(free) < 0,25%
O < 1,25%
Cl < 0,25% |
| PL-HK-SiC-5g | 5 g | 26.00 EUR |
| PL-HK-SiC-25g | 25 g | 79.00 EUR |
| PL-HK-SiC-100g | 100 g | 263.00 EUR |
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Silicon Nitride
· Si3N4 - Nanopowder
Produced by hot plasma-jet synthesis
Average particle size: 25+/-5 nm
Specific surface area: 75+/-5 m2/g,
Controlled admixtures [w.%]: Fe < 0,05%; Ca < 0,05%; Al < 0,1% |
| PL-N-SiN-5g | 5 g | 26.00 EUR |
| PL-N-SiN-25g | 25 g | 79.00 EUR |
| PL-N-SiN-100g | 100 g | 263.00 EUR |
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· Si3N4 - Nanopowder, alpha-phase
α-Si3N4 nanopowder
Average particle size: 20±5 nm
Specific surface area: 80±10 m2/g
Purity: 99 %
Controlled admixtures, %: free Si < 0,25, free C < 0,75, Cl < 0,25; O < 1,25 |
| PL-HK-ALP-SiN-5g | 5 g | 26.00 EUR |
| PL-HK-ALP-SiN-25g | 25 g | 79.00 EUR |
| PL-HK-ALP-SiN-100g | 100 g | 0.00 EUR |
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· Si3N4 - Nanopowder
Amorphous nanopowder
Average particle size: 20±5 nm
Specific surface area: 110±5 m2/g
Purity: 98 %
Controlled admixtures, %: free Si < 1; Cl < 0,25; O < 1 |
| PL-HK-AMO-SiN-5g | 5 g | 26.00 EUR |
| PL-HK-AMO-SiN-25g | 25 g | 79.00 EUR |
| PL-HK-AMO-SiN-100g | 100 g | 263.00 EUR |
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Titanium Boride · TiB2 - Nanopowder
Produced by chemical synthesis
Purity: > 98,5%
Controlled admixtures [w.%]: B2O3 < 0,1%; C < 0,3; Fe < 0,1; Si < 0,2 |
| PL-A-TiB-5g | 5 g | 28.00 EUR |
| PL-A-TiB-25g | 25 g | 82.00 EUR |
| PL-A-TiB-100g | 100 g | 290.00 EUR |
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Titanium Boride · Boron Carbide TiB2 / B4C (20 / 80)- Nanopowder mixture
Produced by chemical synthesis
Purity: TiB2 > 19,7%; B4C > 77%
Controlled admixtures [w.%]: B2O3 < 0,18; free C < 2,46; Fe < 0,02; Si < 0,04
This composite ceramics based on this mixture have the extreme high armour properties, the powder can be used in other composites for their wear resistance increase. |
| PL-A-BCTB-5g | 5 g | 30.00 EUR |
| PL-A-BCTB-25g | 25 g | 88.00 EUR |
| PL-A-BCTB-100g | 100 g | 310.00 EUR |
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Titan boride - Boron Carbide - Tungsten Boride TiB2 / B4C / W2B5 (30 / 10 / 60)- Nanopowder mixture
Produced by chemical synthesis
Purity: W2B5 > 59,4%; TiB2 > 29,5%; B4C > 9,6%
Controlled admixtures [w.%]: B2O3 < 0,11; C < 0,45; Fe < 0,1; Si < 0,15
This composite ceramics based on this mixture have the highest armour properties, the powder can be used in other composites for their wear resistance increase. Compared to the TiB2 / B4C mixture, this composition has in addition the ability to absorb the ionizing radiation |
| PL-A-WTB-5g | 5 g | 34.00 EUR |
| PL-A-WTB-25g | 25 g | 99.00 EUR |
| PL-A-WTB-100g | 100 g | 349.00 EUR |
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Titanium Carbide TiC - Nanopowder
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Purity: > 99,0 %
Average particle size: 20-40 nm
Controlled admixtures, %: Si < 0,01, free C < 0,75, O < 1,25 |
| PL-HK-TiC-5g | 5 g | 26.00 EUR |
| PL-HK-TiC-25g | 25 g | 79.00 EUR |
| PL-HK-TiC-100g | 100 g | 263.00 EUR |
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Titanium carbonitride TiC0,5N0,5- Nanopowder
Produced by hot plasma-jet synthesis
Average particle size: 40±5
nmSpecific surface area: 30±5 m2/g
Controlled admixtures [w.%]: Fe < 0,1; Si < 0,05; Ni < 0,1% |
| PL-N-TCN-5g | 5 g | 23.00 EUR |
| PL-N-TCN-25g | 25 g | 71.00 EUR |
| PL-N-TCN-100g | 100 g | 249.00 EUR |
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Titanium Nitride TiN - Nanopowder
Average particle size: 20±5 nm
Specific surface area: 80±5 m2/g
Controlled admixtures [w.%]: Fe < 0,02; Si < 0,01; C < 0,1; O < 1 |
| PL-HK-TiN-5g | 5 g | 26.00 EUR |
| PL-HK-TiN-25g | 25 g | 79.00 EUR |
| PL-HK-TiN-100g | 100 g | 263.00 EUR |
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Titanium Nitride TiN - Nanopowder
Produced by hot plasma-jet synthesis
Average particle size: 50±5 nm
Specific surface area: 22±5 m2/g
Controlled admixtures [w.%]: Fe < 0,1; Si < 0,05; Ni < 0,1% |
| PL-N-TiN-5g | 5 g | 22.00 EUR |
| PL-N-TiN-25g | 25 g | 70.00 EUR |
| PL-N-TiN-100g | 100 g | 247.00 EUR |
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Along with listed NanoMetals, many other metals were produced as trial batches in nanosized form, e.g. Stainless steel, Sn, Mg, Mn, Rare Earth Metals, W, Mo, V, Ag, Pt, Ir, Au.
The same as in case of NanoCeramics, we are ready to produce any nanometal, also from material of customer.
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Copper · Cu-nanopowder suspension in oil
Produced by hot plasma-jet synthesis
Average particle size 40+/-5 nm
Specific surface area: 15±5 m2/g
Controlled admixtures [w.%]: metal impurities < 0,1 including Fe < 0,02%
Oil - 20% by total weight
Oleic acid (stabilizer) - 3 w.% |
| PL-Cu-O-5g | 5 g | 29.00 EUR |
| PL-Cu-O-25g | 25 g | 89.00 EUR |
| PL-Cu-O-100g | 100 g | 311.00 EUR |
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· Cu nanopowder suspension in ethanol
Produced by hot plasma-jet synthesis
Average particle size 40+/-5 nm
Specific surface area: 15±5 m2/g
Controlled admixtures [w.%]: metal impurities < 0,1 including Fe < 0,02%
Ethanol 30% by total weight
Oleic acid (stabilizer) - 3 w.% |
| PL-Cu-E-5g | 5 g | 26.00 EUR |
| PL-Cu-E-25g | 25 g | 78.00 EUR |
| PL-Cu-E-100g | 100 g | 272.00 EUR |
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· Cu nanopowder, dry
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Average particle size: 13-40 nm |
| PL-Cu-P20-5g | 5 g | 29.00 EUR |
| PL-Cu-P20-25g | 25 g | 120.00 EUR |
| PL-Cu-P20-100g | 100 g | 349.00 EUR |
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Cu / Sn - Alloy nanopowder
Produced by hot plasma-jet synthesis
Purity: > 97,0 w.%
Particle shape: spheric
Particle size full range: 5 - 250 nm
Average particle size: 70 - 80 nm
Specific surface: > 10 m2/g
Bulk density: > 0,8 g/cm3
Controlled admixtures [w.%]: Fe < 0,1; W < 0,2 |
| PL-CuSn-5g | 5 g | 99.00 EUR |
| PL-CuSn-25g | 25 g | 349.00 EUR |
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Gold Nanoparticles
Colloidal solution, 0,05 mg/mL |
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Average particle size: 20 nm |
| PL-Au-S20-05mg | 10 mL | 19.00 EUR |
| PL-Au-S20-5mg | 100 mL | 89.00 EUR |
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Au - nanopowder, hydrophobic 1
Average particle size:
PL-Au-HPB2 ca. 2 nm
PL-Au-HPB4 ca. 4 nm
PL-Au-HPB6 ca. 6-7 nm |
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Monodisperse nanoparticles, can be used for 2-D and 3-D structures build-up. |
| PL-Au-HPB2-10mg | 10 mg (size ca. 2 nm) | 59.00 EUR |
| PL-Au-HPB2-50mg | 50 mg (size ca. 2 nm) | 129.00 EUR |
| PL-Au-HPB4-10mg | 10 mg (size ca. 4 nm) | 59.00 EUR |
| PL-Au-HPB4-50mg | 50 mg (size ca. 4 nm) | 129.00 EUR |
| PL-Au-HPB6-10mg | 10 mg (size ca. 6-7 nm) | 59.00 EUR |
| PL-Au-HPB6-50mg | 50 mg (size ca. 6-7 nm) | 129.00 EUR |
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Iron · Fe - Nanopowder with hydrophilic Carbon shell
Produced by hot plasma-jet synthesis
Purity: > 97,0 w.%
Particle shape: spherical
Particle size full range: 5 - 200 nm
Average particle size: 30 - 60 nm
Fe-state: ferromagnetic
Specific surface: > 12 m2/g
Bulk density: > 0,5 g/cm3
C-content: 25 - 30 w.%
Functionality on C-shell: -COOH, -OH
Controlled admixtures [w.%]: Cu < 0,4; W < 0,2 |
| PL-HPL-Fe-5g | 5 g | 51.00 EUR |
| PL-HPL-Fe-25g | 25 g | 179.00 EUR |
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· Fe - Nanopowder with hydrophobic Carbon shell
Produced by hot plasma-jet synthesis
Purity: > 97,0 w.%
Particle shape: spherical
Particle size full range: 5 - 200 nm
Average particle size: 30 - 60 nm
Fe-state: ferromagnetic
Specific surface: > 12 m2/g
Bulk density: > 0,5 g/cm3
C-content: 11 - 14 w.%
Controlled admixtures [w.%]: Cu < 0,4; W < 0,2 |
| PL-HPB-Fe-5g | 5 g | 51.00 EUR |
| PL-HPB-Fe-25g | 25 g | 179.00 EUR |
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· Pd - nanopowder, hydrophobic, 2nm
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Average particle size: ca. 2 nm. Form colloidal solutions in non-polar solvents.
Monodisperse nanoparticles, can be used for 2-D and 3-D structures build-up. |
| PL-Pd-HPB2-10mg | 10 mg | 59.00 EUR |
| PL-Pd-HPB2-50mg | 50 mg | 119.00 EUR |
| PL-Pd-HPB2-200mg | 200 mg | 259.00 EUR |
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Platinum Nanoparticles, hydrophilic
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Average particle size: ca. 3-4 nm
Form aqueous colloidal solutions. |
| PL-Pt-3-10mg | 10 mg | 140.00 EUR |
| PL-Pt-3-50mg | 50 mg | 370.00 EUR |
| PL-Pt-3-100mg | 100 mg | 699.00 EUR |
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Silver Nanoparticles
Colloidal solution, 0,1 mg/mL
Average particle size: 10 nm |
| PL-Ag-S10-1mg | 10 mL | 19.00 EUR |
| PL-Ag-S10-10mg | 100 mL | 79.00 EUR |
| PL-Ag-S10-50mg | 500 mL | 312.00 EUR |
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Ag - nanopowder, hydrophobic 1
Average particle size: 6-7 nm |
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Monodisperse nanoparticles, can be used for 2-D and 3-D structures build-up. |
| PL-Ag-HPB7-10mg | 10 mg | 52.00 EUR |
| PL-Ag-HPB7-50mg | 50 mg | 99.00 EUR |
| PL-Ag-HPB7-200mg | 200 mg | 199.00 EUR |
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CdTe luminescent inorganic nanocrystals (Q-dots). The emission wavelength is a function of the crystal size - crystals of the same chemistry can have the emission maxima in the range from 510 to 730 nm.
The particles are stabilised with a surfactant that brings a strong negative or positive charge onto the surface of the particles.
All Q-dots form a clear aqueous solution and are available as a dry powder or as an aqueous solution.
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CdTe Quantum Dots, powder
Delivery time depends on availability of the product and varies from 3 days to 3 weeks. Surface charge: negative
510 ± 5 nm ëemission maximum
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| PL-QDN-510-5mg | 5 mg | 40.00 EUR |
| PL-QDN-510-10mg | 10 mg | 75.00 EUR |
| PL-QDN-510-25mg | 25 mg | 174.00 EUR |
| PL-QDN-510-50mg | 50 mg | 339.00 EUR |
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520 ± 5 nm λemission maximum |
| PL-QDN-520-5mg | 5 mg | 35.00 EUR |
| PL-QDN-520-10mg | 10 mg | 65.00 EUR |
| PL-QDN-520-25mg | 25 mg | 149.00 EUR |
| PL-QDN-520-50mg | 50 mg | 289.00 EUR |
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530 ± 5 nm λemission maximum |
| PL-QDN-530-5mg | 5 mg | 35.00 EUR |
| PL-QDN-530-10mg | 10 mg | 65.00 EUR |
| PL-QDN-530-25mg | 25 mg | 149.00 EUR |
| PL-QDN-530-50mg | 50 mg | 289.00 EUR |
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540 ± 5 nm λemission maximum |
| PL-QDN-540-5mg | 5 mg | 35.00 EUR |
| PL-QDN-540-10mg | 10 mg | 65.00 EUR |
| PL-QDN-540-25mg | 25 mg | 149.00 EUR |
| PL-QDN-540-50mg | 50 mg | 289.00 EUR |
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550 ± 5 nm λemission maximum |
| PL-QDN-550-5mg | 5 mg | 35.00 EUR |
| PL-QDN-550-10mg | 10 mg | 65.00 EUR |
| PL-QDN-550-25mg | 25 mg | 149.00 EUR |
| PL-QDN-550-50mg | 50 mg | 289.00 EUR |
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560 ± 5 nm λemission maximum |
| PL-QDN-560-5mg | 5 mg | 35.00 EUR |
| PL-QDN-560-10mg | 10 mg | 65.00 EUR |
| PL-QDN-560-25mg | 25 mg | 149.00 EUR |
| PL-QDN-560-50mg | 50 mg | 289.00 EUR |
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570 ± 5 nm λemission maximum |
| PL-QDN-570-5mg | 5 mg | 35.00 EUR |
| PL-QDN-570-10mg | 10 mg | 65.00 EUR |
| PL-QDN-570-25mg | 25 mg | 149.00 EUR |
| PL-QDN-570-50mg | 50 mg | 289.00 EUR |
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580 ± 5 nm λemission maximum |
| PL-QDN-580-5mg | 5 mg | 35.00 EUR |
| PL-QDN-580-10mg | 10 mg | 65.00 EUR |
| PL-QDN-580-25mg | 25 mg | 149.00 EUR |
| PL-QDN-580-50mg | 50 mg | 289.00 EUR |
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590 ± 5 nm λemission maximum |
| PL-QDN-590-5mg | 5 mg | 35.00 EUR |
| PL-QDN-590-10mg | 10 mg | 65.00 EUR |
| PL-QDN-590-25mg | 25 mg | 149.00 EUR |
| PL-QDN-590-50mg | 50 mg | 289.00 EUR |
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600 ± 5 nm λemission maximum |
| PL-QDN-600-5mg | 5 mg | 35.00 EUR |
| PL-QDN-600-10mg | 10 mg | 65.00 EUR |
| PL-QDN-600-25mg | 25 mg | 149.00 EUR |
| PL-QDN-600-50mg | 50 mg | 289.00 EUR |
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610 ± 5 nm λemission maximum |
| PL-QDN-610-5mg | 5 mg | 35.00 EUR |
| PL-QDN-610-10mg | 10 mg | 65.00 EUR |
| PL-QDN-610-25mg | 25 mg | 149.00 EUR |
| PL-QDN-610-50mg | 50 mg | 289.00 EUR |
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620 ± 5 nm λemission maximum |
| PL-QDN-620-5mg | 5 mg | 35.00 EUR |
| PL-QDN-620-10mg | 10 mg | 65.00 EUR |
| PL-QDN-620-25mg | 25 mg | 149.00 EUR |
| PL-QDN-620-50mg | 50 mg | 289.00 EUR |
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630 ± 5 nm λemission maximum |
| PL-QDN-630-5mg | 5 mg | 35.00 EUR |
| PL-QDN-630-10mg | 10 mg | 65.00 EUR |
| PL-QDN-630-25mg | 25 mg | 149.00 EUR |
| PL-QDN-630-50mg | 50 mg | 289.00 EUR |
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640 ± 5 nm λemission maximum |
| PL-QDN-640-5mg | 5 mg | 35.00 EUR |
| PL-QDN-640-10mg | 10 mg | 65.00 EUR |
| PL-QDN-640-25mg | 25 mg | 149.00 EUR |
| PL-QDN-640-50mg | 50 mg | 289.00 EUR |
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650 ± 5 nm λemission maximum |
| PL-QDN-650-5mg | 5 mg | 35.00 EUR |
| PL-QDN-650-10mg | 10 mg | 65.00 EUR |
| PL-QDN-650-25mg | 25 mg | 149.00 EUR |
| PL-QDN-650-50mg | 50 mg | 289.00 EUR |
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660 ± 5 nm λemission maximum |
| PL-QDN-660-5mg | 5 mg | 35.00 EUR |
| PL-QDN-660-10mg | 10 mg | 65.00 EUR |
| PL-QDN-660-25mg | 25 mg | 149.00 EUR |
| PL-QDN-660-50mg | 50 mg | 289.00 EUR |
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670 ± 5 nm λemission maximum |
| PL-QDN-670-5mg | 5 mg | 35.00 EUR |
| PL-QDN-670-10mg | 10 mg | 65.00 EUR |
| PL-QDN-670-25mg | 25 mg | 149.00 EUR |
| PL-QDN-670-50mg | 50 mg | 289.00 EUR |
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680 ± 5 nm λemission maximum |
| PL-QDN-680-5mg | 5 mg | 35.00 EUR |
| PL-QDN-680-10mg | 10 mg | 65.00 EUR |
| PL-QDN-680-25mg | 25 mg | 149.00 EUR |
| PL-QDN-680-50mg | 50 mg | 289.00 EUR |
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690 ± 5 nm λemission maximum |
| PL-QDN-690-5mg | 5 mg | 35.00 EUR |
| PL-QDN-690-10mg | 10 mg | 65.00 EUR |
| PL-QDN-690-25mg | 25 mg | 149.00 EUR |
| PL-QDN-690-50mg | 50 mg | 289.00 EUR |
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700 ± 5 nm λemission maximum |
| PL-QDN-700-5mg | 5 mg | 35.00 EUR |
| PL-QDN-700-10mg | 10 mg | 65.00 EUR |
| PL-QDN-700-25mg | 25 mg | 149.00 EUR |
| PL-QDN-700-50mg | 50 mg | 289.00 EUR |
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710 ± 5 nm λemission maximum |
| PL-QDN-710-5mg | 5 mg | 35.00 EUR |
| PL-QDN-710-10mg | 10 mg | 65.00 EUR |
| PL-QDN-710-25mg | 25 mg | 149.00 EUR |
| PL-QDN-710-50mg | 50 mg | 289.00 EUR |
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720 ± 5 nm λemission maximum |
| PL-QDN-720-5mg | 5 mg | 35.00 EUR |
| PL-QDN-720-10mg | 10 mg | 65.00 EUR |
| PL-QDN-720-25mg | 25 mg | 149.00 EUR |
| PL-QDN-720-50mg | 50 mg | 289.00 EUR |
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770 ± 5 nm λemission maximum |
| PL-QDN-770-5mg | 5 mg | 35.00 EUR |
| PL-QDN-770-10mg | 10 mg | 65.00 EUR |
| PL-QDN-770-25mg | 25 mg | 149.00 EUR |
| PL-QDN-770-50mg | 50 mg | 289.00 EUR |
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780 ± 5 nm λemission maximum |
| PL-QDN-780-5mg | 5 mg | 35.00 EUR |
| PL-QDN-780-10mg | 10 mg | 65.00 EUR |
| PL-QDN-780-25mg | 25 mg | 149.00 EUR |
| PL-QDN-780-50mg | 50 mg | 289.00 EUR |
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CdSe / ZnS hydrophobic quantum dots
Highly luminescent semiconductor nanocrystals (nanodots) coated with hydrophobic organic molecules |
Readily soluble in hexane, heptane, toluene, chloroform, tetrahydrofuran, pyridine. Not soluble in water, alcohols, ethers.
530 ± 5 nm λemission maximum |
| PL-QD-O-530-5mg | 5 mg | 35.00 EUR |
| PL-QD-O-530-10mg | 10 mg | 65.00 EUR |
| PL-QD-O-530-25mg | 25 mg | 149.00 EUR |
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540 ± 5 nm λemission maximum |
| PL-QD-O-540-5mg | 5 mg | 35.00 EUR |
| PL-QD-O-540-10mg | 10 mg | 65.00 EUR |
| PL-QD-O-540-25mg | 25 mg | 149.00 EUR |
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550 ± 5 nm λemission maximum |
| PL-QD-O-550-5mg | 5 mg | 35.00 EUR |
| PL-QD-O-550-10mg | 10 mg | 65.00 EUR |
| PL-QD-O-550-25mg | 25 mg | 149.00 EUR |
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560 ± 5 nm λemission maximum |
| PL-QD-O-560-5mg | 5 mg | 35.00 EUR |
| PL-QD-O-560-10mg | 10 mg | 65.00 EUR |
| PL-QD-O-560-25mg | 25 mg | 149.00 EUR |
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570 ± 5 nm λemission maximum |
| PL-QD-O-570-5mg | 5 mg | 35.00 EUR |
| PL-QD-O-570-10mg | 10 mg | 65.00 EUR |
| PL-QD-O-570-25mg | 25 mg | 149.00 EUR |
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580 ± 5 nm λemission maximum |
| PL-QD-O-580-5mg | 5 mg | 35.00 EUR |
| PL-QD-O-580-10mg | 10 mg | 65.00 EUR |
| PL-QD-O-580-25mg | 25 mg | 149.00 EUR |
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590 ± 5 nm λemission maximum |
| PL-QD-O-590-5mg | 5 mg | 35.00 EUR |
| PL-QD-O-590-10mg | 10 mg | 65.00 EUR |
| PL-QD-O-590-25mg | 25 mg | 149.00 EUR |
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600 ± 5 nm λemission maximum |
| PL-QD-O-600-5mg | 5 mg | 35.00 EUR |
| PL-QD-O-600-10mg | 10 mg | 65.00 EUR |
| PL-QD-O-600-25mg | 25 mg | 149.00 EUR |
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610 ± 5 nm λemission maximum |
| PL-QD-O-610-5mg | 5mg | 35.00 EUR |
| PL-QD-O-610-10mg | 10 mg | 65.00 EUR |
| PL-QD-O-610-25mg | 25 mg | 149.00 EUR |
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620 ± 5 nm λemission maximum |
| PL-QD-O-620-5mg | 5 mg | 35.00 EUR |
| PL-QD-O-620-10mg | 10 mg | 65.00 EUR |
| PL-QD-O-620-25mg | 25 mg | 149.00 EUR |
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630 ± 5 nm λemission maximum |
| PL-QD-O-630-5mg | 5 mg | 35.00 EUR |
| PL-QD-O-630-10mg | 10 mg | 65.00 EUR |
| PL-QD-O-630-25mg | 25 mg | 149.00 EUR |
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640 ± 5 nm λemission maximum |
| PL-QD-O-640-5mg | 5 mg | 35.00 EUR |
| PL-QD-O-640-10mg | 10 mg | 65.00 EUR |
| PL-QD-O-640-25mg | 25 mg | 149.00 EUR |
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650 ± 5 nm λemission maximum |
| PL-QD-O-650-5mg | 5 mg | 35.00 EUR |
| PL-QD-O-650-10mg | 10 mg | 65.00 EUR |
| PL-QD-O-650-25mg | 25 mg | 149.00 EUR |
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ZnCdSe / ZnS hydrophobic quantum dots
Highly luminescent semiconductor nanocrystals (nanodots) coated with hydrophobic organic molecules |
Readily soluble in hexane, heptane, toluene, chloroform, tetrahydrofuran, pyridine. Not soluble in water, alcohols, ethers.
440 ± 5 nm λemission maximum |
| PL-QD-O-440-5mg | 5 mg | 35.00 EUR |
| PL-QD-O-440-10mg | 10 mg | 65.00 EUR |
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480 ± 5 nm λemission maximum |
| PL-QD-O-480-5mg | 5 mg | 35.00 EUR |
| PL-QD-O-480-10mg | 10 mg | 65.00 EUR |
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Alkylphosphonic acids are widely used for production of nanoparticles such as quantum dots, nano-metals, nano-ceramics. Varying the carbohydral chain length one can change the particles' shape and size. Besides, they can be used for coating of many materials (including nanoparticles) by condensed hydrophobic monolayers.
For quantities from 100 g please contact us.
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n-Hexylphosphonic acid, tech.
C6H13P(O)(OH)2
min. 97%
Colour: off-white to white powder
m.p. 105-106 |
| PL-HPA-1g | 1 g | 20.00 EUR |
| PL-HPA-5g | 5 g | 75.00 EUR |
| PL-HPA-10g | 10 g | 100.00 EUR |
| PL-HPA-50g | 50 g | 350.00 EUR |
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n-Octylphosphonic acid, tech.
C8H17P(O)(OH)2
min. 97%
Colour: off-white to white powder
m.p. 102-103 |
| PL-OPA-1g | 1 g | 20.00 EUR |
| PL-OPA-5g | 5 g | 75.00 EUR |
| PL-OPA-10g | 10 g | 100.00 EUR |
| PL-OPA-50g | 50 g | 350.00 EUR |
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n-Decylphosphonic acid, tech.
C10H21P(O)(OH)2
min. 97%
Colour: off-white to white powder
m.p. 103-104 |
| PL-DPA-1g | 1 g | 20.00 EUR |
| PL-DPA-5g | 5 g | 75.00 EUR |
| PL-DPA-10g | 10 g | 100.00 EUR |
| PL-DPA-50g | 50 g | 350.00 EUR |
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n-Dodecylphosphonic acid, tech.
C12H25P(O)(OH)2
min. 97%
Colour: off-white to white powder
m.p. 96-98 |
| PL-DDPA-1g | 1 g | 20.00 EUR |
| PL-DDPA-5g | 5 g | 75.00 EUR |
| PL-DDPA-10g | 10 g | 100.00 EUR |
| PL-DDPA-50g | 50 g | 350.00 EUR |
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n-Tetradecylphosphonic acid, tech.
C14H29P(O)(OH)2
min. 97%
Colour: off-white to white powder
m.p. 96-98 |
| PL-TDPA-1g | 1 g | 20.00 EUR |
| PL-TDPA-5g | 5 g | 75.00 EUR |
| PL-TDPA-10g | 10 g | 100.00 EUR |
| PL-TDPA-50g | 50 g | 350.00 EUR |
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n-Hexadecylphosphonic acid, tech.
C16H33P(O)(OH)2
min. 97%
Colour: off-white to white powder
m.p. 96-99 |
| PL-HDPA-1g | 1 g | 20.00 EUR |
| PL-HDPA-5g | 5 g | 75.00 EUR |
| PL-HDPA-10g | 10 g | 100.00 EUR |
| PL-HDPA-50g | 50 g | 350.00 EUR |
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n-Octadecylphosphonic acid, tech.
C18H37P(O)(OH)2
min. 97%
Colour: off-white to white powder
m.p. 100-101 |
| PL-ODPA-1g | 1 g | 20.00 EUR |
| PL-ODPA-5g | 5 g | 75.00 EUR |
| PL-ODPA-10g | 10 g | 100.00 EUR |
| PL-ODPA-50g | 50 g | 350.00 EUR |
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n-Alkylphosphonic acids kit
One kit of all seven n-Alkylphosphonic acids, 5 g. each:
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1 x PL-HPA-5g
1 x PL-OPA-5g
1 x PL-DPA-5g
1 x PL-DDPA-5g
1 x PL-TDPA-5g
1 x PL-HDPA-5g
1 x PL-ODPA-5g |
| PL-PA-kit | 1 kit | 350.00 EUR |
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