Products

BNNT Products

BNNT Products

NanoBorNT(means “Born to Nano”)
NanoBorNT is a trademark for Naieel Technology’s BNNT product.
High quality BNNT products are currently available with 80 wt% purity (NanoBorNT-80) and 90 wt% (NanoBorNT-90) purity, respectively. Naieel Technology’s BNNT products are world renowned in their superior quality as well as industrial applications in addition to the cheapest prices among others.
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Product
NanoBorNT-80
BNNT
~80 wt%
h-BN
> 99.5 wt%
BET
~40 ㎡/g
Diameter
avg. distribution 30~50 nm
Length
avg. distribution 5-10 um
Color
White
order
ORDER
Product
NanoBorNT-90
BNNT
~90 wt%
h-BN
> 99.5 wt%
BET
~60 ㎡/g
Diameter
avg. distribution 30~50 nm
Length
avg. distribution 5-10 um
Color
White

* In addition to NanoBorNT-80 and -90, we are able to offer CUSTOM ORDERED BNNT products such as super pure, thinner, and/or longer BNNT, as well as BNNT dispersant, etc.

High Concentration of BNNT Dispersed Polymer Resins

We developed the high concentration of BNNT dispersed polymer resins first ever in the world. We wish this product will enhance the industrial applications of BNNT as follows; easy mixing (just mix the product with your target polymer systems), versatile (many different types of polymer resins are available), enhanced material properties, and economic, etc.

BNNT dispersed Solvents

High concentration of BNNT is dispersed in various solvents with enhanced dispersion and stability. We wish these products will enhance the industrial applications of BNNT as follows; easy mixing (just mix the product with your target polymer systems), versatile (many different types of solvents are available), and economic, etc.

Structure of BNNT

Fundamental crystallographic structure of BNNT is same with CNT, hexagonal planar layered hollow nanotube, except for the constituting atoms. Naieel Technology’s BNNT is cylinder typed multi-walled with the outer diameter of 30~50 nm in average, and the length with 10 um in average. The ends of most BNNT are opened without nodes inside. Based on Raman spectrum, it is assumed that most BNNT are armchair structured while some are zigzag structured (Please contact us for more information for Raman property of our BNNT).
  • Zigzag
  • Amchair
  • Chiral

※ There are three structures of BNNT.(amchair, zigzag, chiral)

TEM image

CNT vs. BNNT

Carbon Nanotubes (CNT) Boron Nitride Nanotubes (BNNT)
Electrical properties Metallic or semiconducting Electrically insulating
(~ 5.5 eV band gap)
Mechanical properties
(Young’s modulus)		 1.33 TPa 1.18 TPa
Thermal conductivity 60 – 40,000 W/mK ~ 3,000 W/mK (Cu=400 W/mK)
Thermal oxidation resistance Stable up to 300–400˚C in air Stable up to 800˚C in air
Thermal neutron
absorption cross-section		 C=0.0035 b
(barn=10-24 cm2)		 B11=767 b (B10=~3800 b), N=1.9 b
Excellent neutron shielding
Polarity Covalent bond,
(No dipole)		 Permanent dipole,
Piezoelectric (0.25-0.4 C/m2)
Biomedical Cytotoxic Non-cytotoxic
Color Black White / Gray
Surface morphology Smooth Corrugated
Coefficient of Thermal Expansion -1x10-6 -1x10-6
Similarities Strength, Stiffness, Thermal conductivity, Aspect ration, Sp2 bond, Stuctures