ureia tecnica /bicarbonato de sodio tec / ansilex 939 (P/PAPEIS ESPECIAIS)ZEOLEX 123 (ZEOLITO)

[Descontinuados Overstock]

475 kg
NOME DO PRODUTO: URÉIA TÉCNICA
NATUREZA QUÍMICA:

PROPRIEDADES FÍSICO-QUÍMICAS:
• Cor: Branca;
• Estado físico: Pó;
• Odor: Inodoro ou leve odor de amônia;
• Densidade: 1,34 g/cm3
• pH: Min: 7.2 (10% em água);
• Ponto de fusão: 132.7 ºC
• Solubilidade na água: 78g/100ml (5ºC)
• Temperatura de decomposição: 142 ºC
• Viscosidade: 1.78 mPas (solução 46%) a 20 ºC
• Peso molecular: 60.06 g/mol
Fabricante: Ultrafértil S.A
Embalagem: Sacos c/ 25 kg

500 kg
BICARBONATO DE SODIO INDUSTRIAL

Fabricante: Carbonato
Embalagem: Sacos c/ 25 kg
Estado físico: Pó
385 kg

NOME DO PRODUTO: ANSILEX 93
NATUREZA QUÍMICA:

PROPRIEDADES FÍSICO-QUÍMICAS:
• Cor: Branco;
• Estado físico: Pó;
• Odor: Inodoro;
• Densidade: 2 - 3;
• Hidrossolubilidade: Insolúvel;
• pH: Min: 6 Max:8;

Fabricante: Basf
Embalagem: Sacos c/ 22,5 kg

BASF AG

Die Amberger Kaolinwerke sind Handelspartner für BASF Kaolin-Produkte
in Deutschland, Österreich, Schweiz, Niederlande, Italien, Slowenien
und Kroatien. Diese Produkte werden aus hochwertigen, sekundären
Kaolinvorkommen in den USA produziert und weiterverarbeitet, um
Partikelgrößenverteilung, Partikelmorphologie, Helligkeit, Weiße und
Rheologie anzupassen. Sie sind geeignet, einer Vielzahl von Papier-
und Kartonerzeugnissen ästhetische und funktionale Eigenschaften zu
verleihen. BASF ist auch führend in der Produktion und kommerziellen
Nutzung kalzinierter Kaoline. Ansilex ® 93 ist ein kalziniertes Kaolin
und wird weltweit eingesetzt, um die Opazität, Glätte und
Bedruckbarkeit in herkömmlich gestrichenen Papieren und
Spezialpapieren zu verbessern


865 kg

NOME DO PRODUTO: ZEOLEX 123

NATUREZA QUÍMICA: ZEOLEX 123

PROPRIEDADES FÍSICO-QUÍMICAS:
• Cor: Pó branco;
• Estado físico: Pó
• Odor: Inodor;
• Ponto de fusão: Ca 1700°C;
• Ponto de inflamação: Não combustível;
• Densidade:1,9g/cm3,20°C;
• Solubilidade em água: Insolúvel;
• PH: 6,5-7,5%
Fabricante: Huber
Embalagem: Sacos com 25kg
Huber High-Performance Silicate Pigments for the Paper Market
For Perfect Printability
It delivers the news, sends notes of love and is used to tell the
great stories of the world. Packages are wrapped in it, walls are
covered in it and art is created on it. It is sustainable and
renewable and is used in all corners of the globe. Even in this
digital age, paper is key to how we live, and Huber’s solutions for
the paper market maximize the performance of such applications.
Huber Engineered Materials silicate solutions for the paper market are
engineered to provide superior performance in a variety of paper
applications. Huber offers high-performing products with varying
typical properties which enable formulators to optimize the important
characteristics they are looking for including accurate color
reproduction, high brightness, increased opacity, enhanced friction
control and titanium dioxide (TiO2) replacement. By minimizing print
and strike through, Huber’s Zeolex® synthetic aluminosilicate and
Hydrex™ synthetic magnesium silicate product lines enable new
formulations with increased production and raw material efficiency.
Through advanced product technology and custom application development
and support, let Huber provide the optimal solution for your next
paper application.
Huber Silicates for Paper. Product Properties, Grades, and End Use Benefits
Respecting Mother Nature
High Brightness High Opacity Long Shelf Life Synthetic Nature High Purity
Reduced Bleaching Required Reduction in Paper Weight Possible Biocide
Reduction / Elimination Dispersant Reduction / Elimination Reduction
of Contaminants
100.0 99.5 99.0 98.5 98.0 97.5 97.0 96.5 96.0 95.5 95.0
98.00 97.75 97.50 97.25 97.00 96.75 96.50 96.25 69.00
Opacity (C/R at 2 mils DFT)
STD $0.07
$0.15
$0.30
%TiO2 Replaced by Zeolex® 330 0% 5% 10% 20%
8.0 7.0 6.0 5.0 4.0 3.0 2.0 1.0 0.0
0.0
1.0
2.0
3.0 4.0 5.0 Loading Level (Wt% Flattener)
8
5
˚
Gloss
Zeolex ® 330 Diatomaceous Earth
01 2345
L
Va
lue
Flattener Level (Wt% in Formula)
Zeolex® 330 Diatomaceous Earth
Huber Silicate Property Huber Silicate Property Environmental Benefit
Environmental Benefit
Hydrex™ Synthetic Magnesium Silicate
Hydrex® products are a class of synthetic magnesiumaluminum silicates
which are suitable for both acid and alkaline paper making. Hydrex
synthetic magnesium silicate has a medium particle size, high
brightness and high oil absorption characteristics. Available in both
dry and slurry (30% solids) forms, Hydrex silicates offer unique
structures which optimize light scattering properties in paper and
coating applications. This results in superior optical and physical
properties in the resulting paper product including: improved
brightness, opacity, printability, bulk and enhanced friction control.
Huber Silicate
8.0 7.0 6.0 5.0 4.0 3.0 2.0 1.0 0.0 85˚ Gloss
Brightness (ISO) Brightness (ISO)
98 98 98 98 98
*Measured by Linseed Oil method
These typical product properties cannot be considered as
specifications. Huber Engineered Materials, part of J.M. Huber
Corporation, strives for quality, consistency and reliability. Huber’s
precipitated silica and silicates comply with various global
regulatory requirements. Please contact Huber for specific information
regarding regulatory approvals.
* *
Oil Absorption, cc/100g Oil Absorption, cc/100g
100 100 100 85 80
Huber Silicate HydrexTM A Slurry HydrexTM P Slurry HydrexTM P
Zeolex®123 ZeocopyTM 133
Average Particle Size (d50) - microns Average Particle Size (d50) - microns
6 6 6 5 4.5
pH pH
5 6.5 6.5 7 6.5
Bulk Density, kg/m3 Bulk Density, kg/m3
1210 1210 310 360 350
Regional Availability Regional Availability
Europe Europe Global Global Global
Huber Silicates for Paper. Product Properties, Grades, and End Use Benefits
Zeolex® Synthetic Aluminosilicate
Zeolex® synthetic aluminosilicate products are excellent performers
for TiO2 replacement. Huber silicates extend the efficiency of TiO2
pigments by minimizing crowding effects and optimizing interparticle
distance for light scattering. When TiO2 is properly spaced, opacity
is increased and the appearance of the paper product is enhanced.
Zeocopy™ Synthetic Aluminosilicate
Zeocopy synthetic aluminosilicate is used as a color developer in
carbon-free sheet coating for carbonless copy paper. This specialty
product enhances the reproducibility of the copied print while
maintaining the integrity of the original.
Brightness Opacity Bulk Abrasion CoF Print-Through Strike-Through
++ + + + + + ++ + +
+ - + ++ + + ++ + +
++ + 0
100.0 99.5 99.0 98.5 98.0 97.5 97.0 96.5 96.0 95.5 95.0
98.00 97.75 97.50 97.25 97.00 96.75 96.50 96.25 69.00
Opacity (C/R at 2 mils DFT)
STD $0.07
$0.15
$0.30
%TiO2 Replaced by Zeolex® 330 0% 5% 10% 20%
8.0 7.0 6.0 5.0 4.0 3.0 2.0 1.0 0.0
0.0 1.0 2.0 3.0 4.0 5.0 Loading Level (Wt% Flattener)
8
5
˚
Gloss
Zeolex® 330 Diatomaceous Earth
01 2345
L
Va
lue
Flattener Level (Wt% in Formula)
Zeolex® 330 Diatomaceous Earth
Desired Property Desired Property Hydrex P Calcined Clay PCC
Hydrex P Calcined Clay PCC
++ + 0
Significant Advantage Advantage Neutral Disadvantage
Huber: A Partner You Can Depend On Market Applications Specialty and
Fine Paper
Huber’s products are suitable for a wide variety of specialty and
fine paper grades as they enhance the optics and print quality.
Light-weight, fine papers are particularly susceptible to strike and
print-through and Huber silicates reduce that risk while providing
enhanced aesthetics to the finished product. Specialty products, such
as carbonless copy paper, take advantage of Zeocopy™ synthetic
aluminosilicate’s fast color development and high brightness to
deliver a superior copy reproduction each and every time.
Board
Hydrex synthetic magnesium silicates and Zeolex synthetic
aluminosilicate paper grades provide folding boxboard, white-top and
other board applications high brightness and opacity to drive the
overall aesthetic of the package incluidng a significant reduction in
surface mottling. In addition to reducing need for chemical pulp, the
requirement for optical brighteners is also decreased.
Newsprint
Excellent brightness, increased opacity, improved color printability
and less print-through are all benefits that Huber silicates bring to
mechanical paper and newsprint. Additionally, winding problems are a
thing of the past when using Hydrex synthetic magnesium silicate, as a
1% addition into the web increases the kinetic friction by 15%
enabling rapid production rates with consistent, high-quality results.
Decor Paper Opacity, brightness and color vibrancy are key to any
decor application, and Huber’s Zeolex® synthetic aluminosilicates and
Hydrex™ synthetic magnesium silicates shine in delivering these
benefits. Increased brightness, reduced yellowing and truer color
accuracy are properties which enable the design trends of today and
those of the future with Huber silicates helping provide that design
freedom and flexibility. Additionally, replacing a portion of the
TiO2 with Huber silicates improves the economics of the overall
process.
Huber Silicates for Paper. Product Properties, Grades, and End Use Benefits
Reduced Abrasion
The amorphous nature of Hydrex synthetic magnesium silicate lends
itself to reduced abrasion and wear of parts vs. typical crystalline
pigments. Reduced wear means more uptime, increased quality and
greater savings.
Control of Friction
Certain processes and formulations tend to produce paper which has a
low coefficient of friction. This can cause winding problems like
snaking of the paper web, wrinkles, loose winding and telescoping of
the reels. Hydrex synthetic magnesium silicate gives the operator
control of the process by offering friction control vs. non-containing
paper. This enchances both the process and final product.
Optical Performance
Hydrex synthetic magnesium silicate has a unique pore structure which
provides the paper with a significant number of light scattering
interfaces between the air, pigment and fiber. As a result, Hydrex
has excellent light scattering power. This gives Hydrex the ability
to remarkably increase paper opacity and brightness as well as to
impart a desired blueish-white shade resulting in improved visual
appearance to thin printing papers.
Printability
Hydrex™ synthetic magnesium silicate improves the paper’s
printability. The ink setting is enhanced due to the high sorption
capacity of Hydrex. This feature results in increased print image
density, which leads to a reduction in total ink demand.
Additionally, Hydrex reduces print strike-through by keeping the ink
at the surface of the paper and preventing migration deep into the
sheet. The result is a crisp print with high definition.
Huber Engineered Materials The Trusted and Reliable Global Source for
Advanced Silicas and Silicates


ZEOLEX 123 Item 01.JPG
BICARBONATO DSC00148.JPG
UREIA TEC DSC00148.JPG
BICARBONATO DSC00150.JPG

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