Fullerenes
C60 Fullerene, min. 99%
Fullerene C60, 99.5+%.
Catalog No
RN-PL-1C60-250mg
Pack
250 mg
Fullerenes
C70 Fullerene, min. 99%
Fullerene C70, 99+%.
Catalog No
RN-PL-1C70-10mg
Pack
10 mg
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The finest analogue of industrially used filler for polymer compositesAverage particle size: ca. 13 nm; Specific surface: ca. 550 m²/gAsh content: < 0,02%; Bulk density: ca. 120 g/L.
Carbon nanotubes (CNTs) type PL-MCNP, additionally modified by -COOH or -SO3H groups. Soluble in water forming dark, transp. suspensions stable for many months. Image: aq. suspensions of unstable unmodified (left) and stable modified CNTs.
Carbon nanotubes (CNTs) type PL-MCNP, additionally modified by -COOH or -SO3H groups. Soluble in water forming dark, transp. suspensions stable for many months. Image: aq. suspensions of unstable unmodified (left) and stable modified CNTs.
Carbon purity: min. 95% Number of walls: 3-15 Outer diameter: 5-20 nm; Inner diameter: 2-6 nm; Length: 1-10 μm Apparent density: 0,15-0,35 g/cm3; Loose agglomerate size: 0,1-3 mm Specific surface: ca. 240 m²/g.
Produced by arc discharge method. SWCNTs assembled in bundles Carbon purity: > 85%; Nanotube purity: > 74%; Diameter: ca. 1,5 nm.
(grade 0.1/0).
(grade 0.25/0).
(grade 0.5/0).
(grade 1/0.5).
(grade 140-170 mesh).
(grade 1200 mesh).
(grade 50 - 60 mesh).
(grade 30-35 mesh).
Thickness: 1-4 nm; Particles size: up to 2 μm Specific surface area: 700-800 m²/g Purity: 91 at.%. Other elements: O < 7 at.%; N < 2 at.%.
Thickness: 0,8-1,2 nm; Particles lateral size: 5-30 μm 4 mg/mL suspension in water; pH: ca. 6-7 C: 40-48%; O: 42-49 %; H: 1-4%; S: < 2%; N: < 1%.
Average diamond primary particle size: 4 nmDiamond content: min. 20%Ash content: < 0,3%.
Ash content: < 0,1%.
Enhanced suspension stability in waterBulk density: 0,69 g/cm3Average cluster size: ca. 4 nmSpecific surface (BET): min. 350 m2/gNon-diamond carbon content: tracesControlled admixtures, %: Fe < 0,3; Cu < 0,01;Zn < 0,01; Mn < 0,01; Si+Cr+Ca+Ti < 0,01Losses at tempering: max. 2,4%Ash content: <1,4%; Picnometric density: 3,18 g/cm3. Zeta potential: -50 ± 5 mV.
Aqueous suspension of modified G01 nanodiamonds at 100mg/mL concentration.Nanodiamonds with the surface modified by polyelectrolyte electrostatic adsorption.Zeta potential: +50 ± 5 mV.
Average diamond primary particle size: 4 nmDiamond content: min. 20%Ash content: < 6%.
Forms transparent stable colloidal solution of nanodiamonds in water and many polarorganic solvents. Free of additives and milling impurities Produced by chemical disintegration Aqueous 5% solution Diamond crystallite size: 3,5-5,2 nm Specific surface: 320-350 m2/g Particle size (DLS): 5-15 nm Ash content: <0,4%.