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Multifunctional
cure activators for the sulfur vulcanization of diene rubber,
especially natural rubber. They can partly
or totally replace conventional activators based on fatty
acids (stearic acid, zinc stearate, and zinc 2-ethylhexanoate)
and impart excellent reversion resistance. They can also
be used as an effective physical peptizer for the mastication
of natural rubber to improve processability in mixing, extrusion
and molding. “LM” is designed for low shear and
low temperature mixes. |
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As a rubber soluble zinc soap, it is used
instead of stearic acid and reduces stress relaxation and
primary creep of NR-vulcanizates, especially in combination
with soluble EV-systems. ZEH-DL is a free flowing powder;
it offers
processing advantages compared to the high viscous liquid
of ZEH. |
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A cross-linking agent consisting of a 2:3 ratio of zinc
oxide to magnesium oxide for chloroprene compounds to reduce
scorch. |
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Used
as an activator for thiazoles, thiurams and dithicarbomates
by supplying fatty acid and soluble zinc. |
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These unsaturated fatty primary amides
function by migrating to the surface in a microscopic coating
which reduces the coefficient of friction. TR 121 (oleamide)
migrates more rapidly than TR 131 (erucamide) but has reduced
heat
stability. They function as both a lubricant and mold release
agent and their low odor make it extremely suitable for
food contact applications. *For peroxide cure systems, use
TR 141. |
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Coated zinc oxide with 91% ZnO
for natural and synthetic rubber compounds, especially for
CR. A non-dusting powder. |
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Coated magnesium oxide
with 75% MgO for natural and synthetic rubber compounds,
especially for CR and CSM. Provides protection against humidity
and carbon dioxide. |
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These coated sulfurs contain dispersing
and wetting agents that can be added to any natural rubber
and synthetic rubber compound which is sulfur cured. They
are active dispersions of oil treated sulfur at the following
activity:
SU 95A – 95% (soluble), SU 109A – 75% (insoluble),
SU 120A – 83% (soluble), and SU 135A – 36% (insoluble). |
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They
provide coupling of most non-black pigments to the polymer
backbone allowing for: improved abrasion
resistance, higher compound modulus, lower hysteresis, improved
compression set, and improved rolling resistance
in tire tread compounds and shoe sole compounds. |
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The numerous applications of Neuburg Siliceous
Earth in elastomers include rubber articles for the automotive
and construction, machinery and equipment industries, pharmaceutical
rubber goods and compounds for the cable and general electrical
industry. Aside from the Neuburg Siliceous Earth grades Sillitin
and Sillikolloid, which mainly differ with respect to their
particle size distribution, use also is often made of the
surface treated Aktisil grades. Compared with untreated Neuburg
Siliceous Earth grades, the Aktisil grades, in many applications,
impart further improved processing characteristics as well
as improves physical properties. |
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These homogenizing agents are particularly
effective with those elastomer blends that tend to crumble
at the
beginning of the mixing cycle. They are used to improve the
homogeneity of elastomers of different polarity and
viscosity. They also reduce bagging tendencies; extrusion
rates are increased without increasing the die swell, and
calendaring properties are improved. Struktol homogenizing
agents increase the green tack of many compounds
although strictly they are not tackifiers. *For light colored
compounds use STRUKTOL® 60 NS. |
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This is a high performance process additive
developed for the rubber industry. Benefits have been shown
in the
tire industry, particularly where solution SBR and NR are
being used. Processing benefits are seen without adverse
effects on dynamic properties. This leads to potential application
in other tire and non-tire applications (conveyor
belts, motor mounts, hose, etc.). |
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This processing additive gives good tack
and homogeneity in raw compounds. Due to the balanced combination
of the tackifying resins and homogenizing agent, an optimum
dispersion of the ingredients in the raw compound
is achieved which maintains its green tack for several weeks
under normal storage conditions. |
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Shows excellent release properties
with Ethylene Propylene Diene Copolymers (EPDM Hose) in
both Peroxide and Sulfur cured systems. Has also
shown excellent release properties of Ethylene Acrylate
rubbers (VAMAC Hose). Additional Information |
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A curable rubber compound for in situ
cleaning of molds. Additional Information |
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These are used as a combination peptizing
and processing additive which is effective in natural and
synthetic rubber.
A 80 and A 82 are easily dispersed in rubber due to their
high content of dispersing agent. A 86 and A 95 contain
more active substance and can therefore be used at lower
levels. |
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A mixture of zinc soaps of high molecular
weight fatty acids used to reduce viscosity in NR and SBR. |
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An antistatic plasticizer for mineral
filled NBR, SBR and NR compounds. A surface resistance as
low as 1 x 106 Ohms
can be achieved for NBR based vulcanizates. |
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An easily soluble plasticizer in aliphatic
and aromatic hydrocarbons to improve the low temperature
flexibility with
all commonly used rubbers. NBR vulcanizates can be compounded
with flexibility at temperatures as low as -55ºC. |
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Used in NBR, ECO, and ACM to improve oil
and fuel resistance. Due to its incompatibility with aliphatic
hydrocarbons,
mineral oils and greases, it will not leach from vulcanizates,
which minimizes hardening and shrinkage. |
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A blend of low molecular weight polyethylene
waxes that offers improved performance and/or processing
of hot
melt adhesives. It can improve bond strength, anti-blocking,
softening point, viscosity modification and solvent
and oil gelation. |
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A versatile polyethylene wax (homopolymer)
used in natural and synthetic lastomers. It is used to improve
flow
and processability. |
Processing
and Dispersing
Agents |
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A rubber soluble zinc soap of high molecular
weight that leads to a faster physical peptizing of natural
rubber.
It starts to be effective in the lower temperature range
of compounding and can be used for mastication in
a separate stage as well as for single stage mixing. |
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A rubber soluble zinc soap leading to
a faster physical peptization of natural rubber. It starts
to be effective in the lower temperature range of compounding
and can be used for mastication in a separate stage as well
as for single stage mixing. A 60DH has a lower melting profile
than A 60. |
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A peptizer in NR and has a limited effect
on synthetic rubber (oil extended SBR and butyl rubber). It
can be used on a mill or on an internal mixer. It causes
splitting of the molecular chains which will reduce the molecular
weight and make the rubber increasingly plastic. |
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A blend of fatty acid derivatives (predominantly
zinc soaps) that is useful as a processing additive for applications
in natural and synthetic rubber and provides excellent improvement
of processing behavior for a wide range
of elastomers such as NR, SBR, and EPDM (except for halogenated
elastomers). Additional Information |
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A processing additive designed for use
in EPDM, butyl, and halobutyl rubber compounds. It is a blend
of rubber
compatible non-hardening synthetic resins and fatty acid
soaps, and is effective at improving extrusion uniformity
and preventing surging while smoothing out the extrudate. |
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A product designed and selected to give
maximum polymer to additive interactions. It is effective
in increasing flow,
promoting release, and effectively acts to improve overall
processing. It contains no metal ions. |
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A processing additive for fluorinated
rubbers. It is a blend of fatty acid derivatives and waxes
and is a silicone free
processing additive especially designed for fluoroelastomers
and provides improved flow and easier demolding.
Its good lubricating properties provide an increased extrusion
rate and lead to an improved appearance rating. |
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This is the newest addition to our family
of processing additives. It was designed for high performance
silica loaded
compounds. It is excellent for use in performance tires containing
a wide range of elastomers NR, BR, SBR and
S-SBR. It dramatically improves processing and extrusion
(especially silica filled compounds) and stabilizes viscosity
during extended storage times while giving your compound
enhanced dynamic properties. |
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A complex oleochemical mixture containing
mono and di amides and metal soap. It is a unique blend of
anionic
and ionic surfactants with lubricants, and is an effective
dispersant, wetting agent and process agent in a variety
of polymer systems. |
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For the production of compounds on open
mills or in internal mixers, the addition of this product
causes a better
plasticity of elastomers which leads to a rapid incorporation
of the fillers and other powdery ingredients. In highly
filled compounds, it counteracts the formation of filler
agglomerates. The dispersing effect supports the fine
dispersion of all mixing ingredients so that lots with uniform
properties will result. |
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A highly effective processing aid that
is mainly used for special polymers. It contains a combination
of zinc soaps
and fatty acid ester tailor-made for use in epichlorohydrin
rubber (ECO) to improve flow properties and release. |
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This mixture of fatty acid soaps, predominantly
calcium, is used in rubber compounds to improve the flow
properties
attributable to a considerable reduction of the viscosity
(internal friction) of the green compound. It improves mold
release, especially when complicated mold designs are involved.
It has a slight activating effect on the cure rate
of sulfur-containing compounds. |
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A synergistic blend of fatty acid derivatives
with selected polarities that provides internal as well as
external lubrication in a wide range of elastomers, resulting
in improved flow, cavity fill, and mold release. It
does not affect peroxide cure. |
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A blend of high-molecular weight, aliphatic,
fatty acid esters and condensation products, bound to chemically
inert
fillers. A processing additive for polymers and is normally
used to improve the general compound processing without
significant influence on the physical properties. It acts
as a dispersing agent for powdered materials and can shorten
the mixing time by faster filler incorporation. The effect
of the vulcanization behavior is neutral. It can reduce
the risk of scorching particularly in highly loaded compounds.
Due to the good plasticizing properties, molds can
be filled faster with lower pressures during injection and
transfer molding. The water content in WB 212 may cause
a slight activation in compounds based on chlorosulfonated
polyethylenes or equivalent polymers. |
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A condensation product of fatty acid derivatives
and silicones. This product leads to best results in the
processing
of both special (e.g. ACM, ECO) and standard elastomers showing
most advantageous effects, lowering viscosity,
improving mill release and helping to solve mold release
problems. It has an extremely low peroxide demand and
has practically no effect on physical properties. |
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A processing additive based on organosilicones.
These new organosilicones are highly compatible with rubber
compounds. It has an extremely low volatility at high temperatures
and is particularly suitable for FKM compounds
and silicone compounds. It offers better extrusion properties
and is excellent for injection molding. Additional
Information |
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A proprietary zinc compound which helps
in the processing of filled rubber systems. It offers heat
stability
(reversion resistance) and improves dynamic properties in
natural rubber compounds containing mineral fillers
and silane coupling agents. It can improve tack of high natural
rubber compounds.
Ultralube, Ultrablend, Ultraflow |
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A mixture of insoluble and soluble soaps
with dispersing agents. It is a batch-off slab lubricant
designed for use
in the rubber industry. The formulation is made without inorganic
fillers. |
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Lithenes are liquid hydrocarbon polymers
of butadiene and are useful in a diverse range of applications
such
as rubber coagent for peroxide cured EPDM/EPR, automotive
sealants, electrical potting and encapsulation,
electro-deposition paints, co-curable plasticisers/process
aids, adhesion promoter additives, modifiers for other
resin systems, chlorinated rubber feedstock, and sealants;
e.g. ambient temperature cures. Dispergum deoflow deosol deotack
homogenisator deolink deosulf deomag laurex |
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As a polymeric processing aid, it acts
as a non-extractable plasticizer for rubber compounds. It
is used as
a processing aid in tires, profiles, tubes, a variety of
molded rubber articles, roller coatings and calendered
articles. This unique product becomes a liquid at high temperatures
but returns to a solid at room temperature. |
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This product can be used as a high performance
tackifier for natural and synthetic elastomers for improving
long
term building tack in compounds and cements. |
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These products are resinous plasticizers
which significantly increase the low green tack of synthetic
rubber
compounds. The “DL” forms are free-flowing powders
that offer improved handling over high viscosity products.
The TS 50 is especially suitable for EPDM compounds to improve
the tack of “dry” highly loaded compounds. |
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A hydrocarbon resin that improves the
homogeneity of elastomers of different polarity and viscosity.
They are
rapidly absorbed by the polymers during the mixing cycle.
A relatively low viscosity mass is quickly achieved into
which other compounding ingredients can easily be incorporated. |
