PREPARASI BENTONIT ALAM MENJADI NANO PARTIKEL SEBAGAI FILLER PADA TERMOPLASTIK HDPE

Nurdin Bukit, Eva Marlina Ginting, Mukti Hamzah Harahap

Abstract


The purpose of this study is the manufacture of natural bentonite
into nano particles and is used as a filer on thermoplastic high-density
polyethylene ( HDPE ) . The method used in the manufacture of nano-
particles of bentonite are two ways ; The first synthesis method using
surfactant cetyl trimethyl ammonium bromide ( CTAB ) and the second
way in ballmill for 10 hours . Characterization of the particle size
analyzer ( PSA ) , morphological analysis with scanning electron
microscope ( SEM ) and analysis of the structure by X - ray diffraction (
XRD ) was performed . Nano particles with variation of composition of
natural bentonite ( 2 , 4 , 6 , 8 , 10 % w t) blends with HDPE and
compatibilizer PE - g- MA on the appliance 's internal mixer at a
temperature of 150 C and laboplatomil rate of 60 rpm for 10 minute.Berdasarkan PSA analysis and X - ray , natural bentonite having an average size of 75 nm for synthesis with CTAB , and 97.5 nm for the ball mill . from the results of XRD analysis of minerals crystoballite (SiO2 ) and phase annite ( Al3.448Fe3K0.99Na 0.01O12Si 2.552 ) . In testing the mechanical properties of the resulting increase in tensile strength and breaking up the composition perpajangan 2 to 6 % and a decline in the composition of 8 % . The results of SEM analysis showed that homogeneous mixing of ingredients and the bentonite particle agglomeration on the composition of 10 % wt. 


Keywords


Natural Bentonit, HDPE, CTAB.

Full Text:

PDF

References


Adel Fisli ,Mujamilah dan Grace Tj

Sulungbudi (2009) , Sintesis dan

karakterisasi Nanokomposit

Oksida Besi-Bentonit ,Jurnal sains

Materi Indonesia Vol 10 No 2 ,164169

.

Bukit, N., (2011), Pengolahan Zeolit

Alam sebagai bahan pengisi nano

komposit polipropilena dan karet

alam

SIR-20

dengan

kompatibeliser anhidrida mateatgrafted-polipropilena,

Disertasi

USU, Medan

Bukit, N., (2012) Mechanical And

Thermal

Properties Of

Polypropylene Reinforced By

Calcined And Uncalcined Zeolite

.Makara, Technology, Vol. 16, No.

, November 2012: 121-128

Bukit, N., Frida, E, and Harahap.M.H,

(2013) Preparation Natural

Bentonite In Nano Particle

Material As Filler Nanocomposite

High Density Poliethylene

(HDPE) Journal of Chemistry and

Material Research.3.13, 10-20

Bukit N ,Ginting,E.M ,Harahap .M

Hutagalung .C (2014) ,

Pengolahan Bentonit Alam

Menjadi Nano Partikel Bentonit

Sebagai Filer , Prosiding Seminar

Nasional Kimia Medan , Mei 2014 ,

hal 298-306

Fouad, H., Elleithy, R., Al-Zahrani, S.

M., Ali, M. A.,

(2011).

Characterization and processing

of

High

Density

Polyethylene/carbon

nano-

composites, Materials and Design,

: 1974–1980

Kohls,J.L, and Beaucage,(2002)

, Rubber , Cur

OP.Solid St Mat Sci ,6:183-194.

Leblance,J,R.(2002).

Rubber-filler

Interaction and Rheology

properties in Filled Coumpaund,

Prog .Polym . Sci 27:627-687

Sinto Jacob, Suma K.K. Sona

Narayanan,

Abhilash G, Jude Martin Mendez

K.E.George,(2010),” International

Conference on Advances in

Polymer Technology, Feb. 26-27,

, India, Page No. 223.

Tserki . V. Patzinos .P Da Panayiotou

,C (2006) ,”Novel Biodegradable

Composites based on Treated

Lignacellulosic wasre Flour as

Filler . Part II Development of

Biodegradable Composite Using

Treated and Compatiblized

waste flour”

. Composit

Aplpled

Scince

and

Manufacturing . 37: 1231-1238 .

Ma, J.S., Qi, Z.N., and Hu, Y.L. (2001).

“Synthesis and Characterization

of

Polypropylene/ Clay

Nanocomposites”. Journal of

Applied Polymer Science. 82:

-3617

Zebarjad, S. M, Sajjadi, S. A., Tahani,

M., and Lazzeri, A. (2006). A

study on ther mal behaviour of

HDPE/CaCO3 nanocomposites,

Journal of Achievements in

Materials and Manuf acturing

Engineering 17 Issue 1-2,173-176

Z. A. Kusmono W. S. Mohd Ishak, T. ,

Chow R. Takeichi,2008 “

Enhancement of properties fPA6/PP nanocomposites via

organic modification and

compatibilization 1M “, J.

Polym. Lett. 2/9 pp.655.


Article Metrics

Abstract view : 169 times
PDF - 585 times

Refbacks

  • There are currently no refbacks.


Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 International License.