FOAM BLAST® Antifoams/Defoamers |
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Foam Control for Pulp & Paper
Emerald Foam Control is a primary
manufacturer of a broad line of standard and
custom defoamers and related products for use
in pulp and paper mill processes. Many products
for use in pulp and paper mills are made from
ingredients that comply with FDA Regulation
21 CFR 176.210. If your application does not
require FDA compliance, a less expensive
alternative often may be available. |
Foam Blast® 240 |
Low-solids silicone emulsion defoamer that is very effective in
waste treatment or in any inside application where silicone can be tolerated. Can be
used to control foam and air entrapment in cold or hot applications. |
Foam Blast® 323 |
100% active oil-based defoamer formulated for use in the pulp mill
and screen room. Very effective product with excellent flash knockdown and stamina. |
Foam Blast® 349 |
Low-VOC defoamer that employs next-generation synthetic
chemistry to provide effective foam control without silicone or mineral oil. Excellent
compatibility in paper coatings/saturants, as well as strong performance in paper sizing. |
Foam Blast® 383 |
Extremely effective 100% active organic defoamer for use in the pulp
mill and screen room. Product imparts maximum defoaming and deaeration properties. |
Foam Blast® 386 |
100% active semi-synthetic non-silicone defoamer. Outstanding
persistence and compatibility in PVAc/acrylic copolymer systems. Recommended for
use in paper coatings and also for paper sizing. Very effective at low dosages. Nonionic
water-dispersible defoamer which does not cause cratering or fisheyes. |
Foam Blast® 441 |
Synthetic defoamer that contains no mineral oil. Used in paper
machine, size press and effluent areas. May be used to produce the following grades of
paper — fine, Kraft, recycle and tissue. |
Foam Blast® 448 |
Low-solids organic, non-mineral oil emulsion defoamer that offers
effective defoaming in various paper machine applications, including centricleaners and
cyclones. This product is also very effective as a wastewater treatment defoamer at
the outfall. |
Foam Blast® 453 |
Effective water-based paper machine and effluent defoamer. Unique
hydrophobe system provides rapid spreadability and defoaming efficiency. |
Foam Blast® 469 |
Inexpensive water-based defoamer for paper machine, effluent and
size press applications. High actives product that has excellent stamina and efficiency in
a wide range of paper making applications. |
Foam Blast® 471 |
Economical water-based synthetic defoamer. Used in effluent, size
press, paper machine and paper coating applications. Highly effective in starch size and
binder systems. |
Foam Blast® 474 |
100% active synthetic defoamer formulated for use as a paper
machine, size press and effluent defoamer. May be used to produce the following grades
of paper — fine, Kraft, recycle and tissue. |
Foam Blast® 476 |
Synthetic organic defoamer for paper machine and size press
applications. Very effective on starch and protein-based foams. This product contains no
mineral oils. |
Foam Blast® SAD |
100% active non-silicone synthetic defoamer. Effective for use in
size press operations. Highly effective at low usage levels. |
Foam Control for Adhesives & Sealants
Emerald Foam Control serves the adhesive
and sealant industries with a broad line of
foam control additives. These products provide
effective foam control during both manufacturing
and application. These defoamers ensure
foam-free products with no stability, aging or
fisheye problems.
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Foam Blast® 20F |
Effective, 100% active silicone-based product for
nonaqueous epoxy, acrylic and urethane-based adhesives. Degasses film,
allowing a stronger bond. |
Foam Blast® 163 |
Concentrated silicone emulsion for systems requiring
maximum efficiency. Particularly effective in high-shear and high-speed
applications. Extremely effective in natural latexes. |
Foam Blast® 301S |
Good general-purpose oil-based defoamer for use
in acrylics, polyvinyl acetate, polyvinyl alcohol, neoprene and natural latexes.
Effective even after long-term aging. |
Foam Blast® 307 |
Fortified nonsilicone defoamer that imparts flash knock
down with maximum persistence. Highly effective in starch, PVOH/clay
and vinyl acetate based adhesives. Available in an emulsifiable version —
Foam Blast® 307E. |
Foam Blast® 320CT |
100% active hydrophobic particulate in oil for all
synthetic latex-based adhesives. Effective at low concentrations. |
Foam Blast® 338 |
Totally synthetic, non-silicone, non-mineral oil defoamer
for polyvinyl acetate, polyvinyl alcohol and acrylic-based adhesives. |
Foam Blast® 327 |
Similar to 338, but with added strength for maximum
aging stability. Superior in polyvinyl alcohol systems. Totally synthetic, nonoil,
non-silicone product. |
Foam Blast® 339 |
Another innovation on 338 that provides the greatest
protection against fisheyes. Non-oil, non-silicone, totally synthetic product. |
Foam Blast® 380/380S |
Oil and organic blends that provide effective,
economical performance in polyvinyl alcohol and polyvinyl acetate-based
adhesives. |
Foam Blast® 381 |
100% active blend of hydrophobic particulates in
petroleum base for maximum foam control of adhesives and glues. |
Foam Blast® 325 |
Blend of highly effective foam control ingredients in
a petroleum oil base. Economical foam control for many natural and
polymer-based adhesives and glues. |
Foam Control for Chemical Specialties
Emerald Foam Control Additives silicone fluids
and emulsions are used in chemical specialties
such as cleaners and polishes for automobiles,
vinyl and leather, rubber and tires, and furniture.
In addition, Emerald Foam Control manufactures
defoamers for use in lubricants and release
agents for both consumer and industrial
applications. Foam Blast® defoamers are used
in carpet machine cleaners to control foam and
improve machine efficiency. Polymer-based floor
polishes incorporate Foam Blast defoamers
to lower surface tension and add wetting and
leveling of the polish film.
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Foam Blast® 20F, 30 |
100% active silicone compounds for foam control of
nonaqueous, solvent-based chemical specialties including cleaners, polishes and
protective coatings. |
Foam Blast® 106 |
Highly effective 10% silicone emulsion for detergents and
cleaner formulations. Also recommended for additives such as quats used in hot
tubs and spas. May be diluted up to 1:1 with water to form a stable emulsion. |
Foam Blast® 210 |
Emulsion of a highly stabilized silicone compound for
polymer-based floor polishes. Very low concentrations help lower surface tension
and provide better leveling and bubble-free polish films. |
Foam Blast® 230 |
Dilutable silicone emulsions for use with carpet machine
cleaners. Automatically fed to the reservoir where the foam is collected from the
floor by the machine. |
Foam Blast® 234 |
Powerful low-solids copolymer defoamer that imparts
excellent concentrate compatibility to a wide array of detergent and cleaner
formulations. |
Foam Control for Dry Blends for Concrete and
Cementicious Materials
Emerald Foam Control supplies dry powder
antifoams and de-aerators for use with
dry-blended products such as self-leveling
cements, concrete, textures and plaster mixes,
mortars, grouts and concrete admixtures.
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Foam Blast® 375 |
Next-generation dry powder antifoam and de-aerator for
use with self-leveling cements, textures and plaster mixes. Applicable in a wide
range of dry blended products. |
Foam Blast® 390M |
Powerful high-activity foam control powder, especially
applicable with polyvinyl alcohol and acrylic-modified concrete. |
Foam Blast® 395 |
Blend of inorganic and organic chemistries in a dry powder
form for use in manufacturing and compounding of cementicious materials,
including mortars, grouts and concrete admixtures. |
Foam Control for Inks & Graphic Arts
Emerald Foam Control provides a wide variety of additives
for inks and coatings used in the graphic arts industry.
These products impart defoaming, antifoaming, leveling,
antimar, roll release, lubricity and antistatic properties.
Because every component in an ink formulation interacts
to influence the properties of the finished product, Emerald
Foam Control suggests that the recommended products be
carefully screened in the targeted formulation. We will
evaluate additives in your ink systems and suggest the most
cost effective product. Tests include initial foam control, oven
aging at 120˚ F, foam under a roller or spray, draw downs
with examination for film irregularities and other tests,
as needed.
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Foam Blast® 163 |
Silicone emulsion stabilized with organic additives to give good compatibility and foam
control in aqueous systems. Effective at low dosage rates. |
Foam Blast® 187 |
Highly stabilized silicone defoamer that provides the longevity and low dosage of silicone,
but with maximum compatibility. |
Foam Blast® 191 |
100% organo-modified silicone defoamer formulated especially for water-based inks and
coatings. Excellent compatibility in sensitive systems with excellent initial knock down and
persistence. Can be used in the grind or letdown stage. |
Foam Blas®t 20F |
100% active silicone antifoams for control and wet-out during the pigment grind phase.
Aids air release in nonaqueous, UV-curable inks. |
Foam Blas®t 269 |
Highly effective foam control additive with good compatibility and exceptional stamina.
Recommended for water based flexo and gravure inks, and for high shear applications. |
Foam Blas®t 30 |
100% active silicone antifoams for control and wet-out during the pigment grind phase.
Aids air release in nonaqueous, UV-curable inks. |
Foam Blast® 319 |
Excellent general-purpose, mineral oil-based defoamer for grind or letdown of aqueous
inks. Has special leveling agents to ensure maximum compatibility. |
Foam Blas®t 320CT |
Emulsifiable defoamer for aqueous ink systems that can tolerate trace amounts of oil in the
formulation. Provides excellent long term stability. Strong defoamer with minimal effect on gloss. |
Foam Blas®t 332 |
Innovative third-generation synthetic defoamer that imparts low-VOC defoaming
efficiency to pigment grinding applications. Effective in water-based overprint varnishes. |
Foam Blas®t 338 |
Low-VOC mineral oil-free defoamer. Will not swell the rubber rolls or plates used with
aqueous flexo inks. May be added to the letdown or grind stage. |
Foam Blast® 340 |
Unique low-VOC non-silicone, mineral oil-free defoamer with excellent compatibility in
inks and overprint varnishes. Recommended for coatings used on film and foil. |
Foam Blast® 349 |
Excellent general-purpose defoamer for grind or letdown of aqueous inks. Recommended for
overprint varnishes and waterbased coatings requiring compatibility and maximum performance. |
Foam Blast® 550 |
100% active non-silicone synthetic antifoam that aids air release in nonaqueous,
UV-curable inks. Excellent recoatability. |
Foam Control for Paint & Coatings
Emerald Foam Control makes a variety of defoamers for the paints and coatings industry. Because every component in a formulation can
affect foam characteristics, we recommend that defoamers be screened in the actual paint or coating formulation.
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Foam Blast® 191 |
Organo-modified defoamer formulated especially for waterborne paints and coatings. Excellent
compatibility with sensitive systems with very good initial knockdown and persistence. Can be
used in the grind or letdown. |
Foam Blast 198 |
100% active organo-silicone defoamer with unrivaled stamina in architectural and industrial
grind applications. |
Foam Blast 20F |
100% active silicone antifoam for nonaqueous epoxy, urethane and acrylate coatings. Effective at very low
concentrations, it degasses and imparts internal slip to UV-curable coatings. Excellent for the grind phase
of pigmented coatings. |
Foam Blast 269 |
Highly effective foam control additive with good compatibility and exceptional stamina. Recommended
primarily for addition in the pigment grind phase. |
Foam Blast 301S |
Good general-purpose oil-based defoamer for use in acrylics, polyvinyl acetate, polyvinyl alcohol,
neoprene and natural latexes. Effective even after long-term aging. |
Foam Blast 307 |
Fortified nonsilicone defoamer for use in architectural and industrial coatings. Imparts rapid bubble break
and maximum persistence. |
Foam Blast 338 |
Synthetic, 100% active organic defoamer for use in the letdown phase of waterborne coatings. Contains
no mineral oil or silicone. Excellent for use in sensitive clear or pigmented coating systems. |
Foam Blast 383 |
100% active organic defoamer that provides rapid bubble break and excellent persistence in paints based
on synthetic latexes. Exceptional in-can aging and minimal color development problems. |
Foam Blast 384 |
Highly effective defoamer that provides maximum economy in controlling foam in paints based on
synthetic latexes. Provides rapid bubble break and smooth films, free of fisheyes and craters, when rolled
out. Excellent persistence. |
Foam Blast 384E |
Emulsified oil and organic blend for use in waterborne paint in the letdown phase. Provide superior
bubble break on rollout. Good in-can aging persistence and minimal effect on gloss. Good for
nonpigmented coatings. |
Foam Blast EPD |
Excellent defoamer for architectural paints and coatings. Can be added during the grind or letdown
phase to provide rapid deaeration, fast bubble break and good persistence. Especially suitable for
acrylic-based coatings. |
Foam Control for Polymer Processing
Emerald Foam Control offers a variety of
defoamers for use in synthetic latex polymers
for inks, coatings and adhesives. These defoamers
effectively resist fisheyes, while promoting the
healing of air bubbles and leveling. Both silicone
and non-silicone products are available. Our
technical representatives are available to assist
you in the selection of the most cost-effective
defoamer for your requirements.
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Foam Blast® 163 |
Water-dilutable concentrated silicone antifoam. Effective hot or
cold over a wide pH range. Good compatibility. Recommended for leather finishing,
adhesives, latexes, water-based inks and paper coatings. |
Foam Blast® 210 |
Water emulsion of special defoaming and foam prevention
chemicals and compounds. Recommended for leveling and defoaming of sensitive
polymer coatings such as floor polishes and overprint varnishes. |
Foam Blast® 212 |
10% active silicone antifoam effective over a wide pH and
temperature range. Compatible with a wide range of polymer systems. |
Foam Blast® 1005 |
100% active defoamer from a new generation of non-silicone
synthetic organic defoamers created for the new waterborne polymer systems used
in adhesives, coatings and inks. Highly effective at low usage levels. Does not contain
mineral oil. |
Foam Blast® 389 |
Non-silicone defoamer that forms a stable emulsion. Effective
in inks, coatings and adhesives based on synthetic latex polymers. Good tolerance for
electrolytes. |
Foam Blast® 384E |
Nonionic, water dispersible defoamer for use in polymers,
especially waterborne polyurethanes. Antifoam formulation consisting of highly refined
emulsifiable mineral oils, silica derivatives and organic particulates. Causes no cratering
or fisheyes. |
Foam Blast® 320CT |
Effective nonionic defoamer and antifoam formulation of
highly refined mineral oils and silica derivatives. Will not cause cratering or fisheyes.
Highly compatible in most latex systems. |
Foam Blast® 328 |
100% active, organic defoamer. High defoaming efficiency and
good water dispersibility. Excellent compatibility with tints and colorants. Effective in
most latex and copolymer systems. |
Foam Blast® 339 |
100% active, non-silicone synthetic organic defoamer for water-based polymer products. Does not contain mineral oil.
Uses a unique hydrophobe that minimizes and eliminates unwanted side effects such as film formation. |
Foam Blast® 327 |
100% active, synthetic, organic, non-silicone, non-mineral oil defoamer. Contains no petroleum oils and will not cause swelling
of rubber rollers or polymer print plates. Highly effective at low usage levels, which makes it very cost-effective. Will not produce side effects such
as loss of adhesion, incompatibility, orange peel or fisheyes. |
Foam Blast® 301S |
General-purpose antifoam and defoamer formulated especially for polymers used in latex paints and coatings systems.
Especially effective in styrene-butadiene, acrylic and polyvinyl acetate systems. |
Foam Blast® 341 |
Third generation non-silicone synthetic antifoam. Developed to impart long-term solution stability in acrylic, styrenated
acrylic and acrylic copolymer systems. |
Foam Blast® 386 |
100% active semi-synthetic non-silicone defoamer. Outstanding persistence and compatibility in EVAC/acrylic
copolymer systems. |
Foam Blast® KRD |
100% active non-silicone synthetic defoamer. Very efficient at low usage levels. Provides superior leveling. |
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Super Seatone® Aqueous Dispersions & Sup-R-Conc® High Concentrate Aqueous Dispersion
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- Super Seatone® Aqueous Dispersions &
- Sup-R-Conc® High Concentrate Aqueous Dispersions |
• For Aqueous Coatings Systems – Latex & Water-reducible.
• Uses dispersant-surfactant blends for a wide range of compatibility.
• Nearly all colors are glycol-free.
• Easy-to-use, free-flowing, viscosity stable.
• Maximum package stability, resistance to bacterial growth,
and most are freeze-thaw stable.
• Excellent color & strength consistency for in-plant tinting.
• Sup-R-Conc is a higher strength version of Super Seatone. |
Color Realm™ 0-VOC & Universal
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1211 Color Realm™
0-VOC Aqueous Dispersions |
Color Realm 0-VOC Colorants for in-plant tinting of Aqueous Coatings Systems – Latex & Water-reducible.
• Uses dispersant-surfactant blends for a wide range of compatibility with most water-borne architectural & industrial coatings.
• Excellent color & tint strength is ideal for consistent in-plant tinting.
• Allows for 0-VOC in-plant color matching of in-store colorant systems. |
1251 Color Realm™ Universal
Architectural Volumetric Colorants |
Color Realm Universal Architectural Volumetric Colorants for volumetric point of purchase in-store tinting.
• Compatible with both water & solvent-based architectural coatings.
• Our excellent color & tint strength is ideal for delivering consistent color results. |
Formulator & Industrial
• Formulator colorants utilize a long oil alkyd vehicle.
• Odorless mineral spirits solvent.
• Recommended for most solvent alkyd coatings, 2 component epoxies, oil modified urethane, nitrocellulose, polyester,
cellulose and other solvent-based coatings.
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Formulator “24A” Long |
Formulator “24A” Long
Oil Alkyd Dispersions
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Industrial “42A” Medium |
Industrial “42A” Medium - Short Oil Alkyd Dispersions
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Sup-R-Cryl II®, Auracote® Plasticizers, Auracote® Epoxy & Dry Color
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Sup-R-Cryl II Thermoplastic
Acrylic Dispersions |
• Sup-R-Cyrl colorants are flushed & dispersed in non-hydroxy
functional acrylic resin.
• Utilizes PM Acetate Aromatic 100 as solvent.
• Ideal for high performance coatings including automotive.
• Recommended for Solvent Solution acrylic coatings, solvent alkyds
& epoxies, and 2-component urethanes and certain other solvent
based systems. |
Auracote® Plasticizer Dispersions |
• Auracote Plasticizer Dispersions are solvent-free pigment dispersions. • Recommended for solvent-acrylics, alkyds, |
Auracote® Epoxy Dispersions |
• Auracote Epoxy Dispersions are solvent-free pigment dispersions. • Recommended for solvent-acrylics, alkyds, urethanes, cellulosic,
hydrocarbon, epoxy & polyester coatings. |
Dry Color Pigments |
• Dry Color organic pigments contain no solvents or vehicles.
• Universally compatible in coatings, inks & plastics. |
Black Shield™ Dispersions
• Wide range of Carbon Black dispersions for graphic arts, coatings and other specialty
applications.
• Special grades for controlled conductivity/resistivity and FDA regulated packaging.
• Superior strength, economics, bleed-resistance, heat stability & light-fastness.
• Consistent particle size distribution, gloss, density, flow, and package stability.
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6C11B10551 High Jetness |
Black dispersion with high color. Used in coating, textiles, leather. Non-resinated for coatings. |
6C11B17371 Medium Jetness |
Non-resinated medium jetness aqueous black dispersion. |
6C11B704 Low-Medium Jetnes |
Non-resinated Low-medium jetness aqueous black dispersion. Typically used as a latex paint tinter. |
5C24A700 Medium Jetness |
Long oil alkyd black dispersion for solid color black finishes. |
5C24A711 Low-Medium Jetness |
Long oil alkyd black dispersion for tinting LOA paints. |
5C42A702 Low-Medium Jetness |
Short oil alkyd black dispersion for tinting SOA paints. |
5C56A701 High Jet Industrial Black |
High jet gloss black in a universal solvent system for industrial, marine, and aerosol finishes. |
JetBlack™ 909A
6C11B703047 |
High density, blue-tined, nonionic dispersion for in-plant tining/masstone for latex/enamel/and trade sale
paints, adhesives, concrete and related products. Compatible in all types waterborne resin systems. |
JetBlack™ 918A
6C11B700918 Medium Jetness |
High strength & density, surfactant based dispersion for in-plant tining/masstone for latex/enamel/and
trade sale paints, adhesives, concrete and related products. Compatible in all types waterborne resin systems. |
JetBlack™ 945G
6C11B701129 High Jetness |
High strength, density and jetness dispersions. Stable, concentrated & pourable utilizing high
performance pigment & surfactant technology for plastic and metal coatings, maintenance finishes,
paper, textiles, and shoe polish. |
JetBlack™ 972S
6C11B700972 High Conductivity |
High conductivity and broad system compatibility. |
JetBlack™ 981S
6C11B716071 Superior Jetness |
Small particle size and superior jetness |
JetBlack™ 999S
6C11B719088 High Strength |
High strength non-ionic surfactant based dispersion for asphalt sealant applications. Uniform, lightfast,
and heatstable color at concentrations of 2% or less in most applications. |
6C11B14644 Conductive |
Conductive black dispersion designed for minimal resistivity to electron flow. |
6C11B17340 Conductive |
Economical conductive black for porous substrates. Product can be customized for conductivity. |
6C11B15539 Resistive |
High jetness black compound with low conductivity and excellent general performance properties. |
5C97A718 Low Jetness |
DIDP black dispersion for plastisols & flexible PVC. |
5C60A1919 Low Jetness |
Mineral oil black dispersion for compounding rubbers. |
5C60A3270 Medium Jetness |
DIDP black dispersion for plastisols & flexible PVC. |
6C11B4 Low Jetness |
High tint strength low gloss black slurry used for construction products. |
6C11B1L Low Jetness |
Medium tint strength, low jet black slurry, typically used in construction applications. |
5C56A701200 High Strength |
3000-6000 cps pumpable liquid color offers uniform, lightfast and heat stable color. An economical
alternative to pellet concentrates. For injection molding, extrusion, blowmolding. Compatible in PE, PP,
PS, and PVC systems. |
5C56A701205 Moderate Strength |
3000 cps pumpable liquid color offers uniform, lightfast and heat stable color. An economical
alternative to pellet concentrates. For injection molding, extrusion, blowmolding. Compatible in PE, PP,
PS, and PVC systems. |
5C60A702700
Intensely Black, High |
Intensely black, high concentration in polyterpene resin will polymerize in thermoset-molding conditions.
Not affected by heat or pressure in the absence of monomer. Recommended in unsaturated polyester
systems. |
5C65A701063 Outstanding Tint Strength |
Suitable for wide variety of PVC or plastisol applications such as dip coating, fabric coating and extrusion. |
5C65A701075 Neutral Black |
Compatible with PVC, Plastisol and many olefins. |
Masil® Reactive Silicones |
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MASIL® SF linear fluids are designated with their viscosity, ranging from MASIL® SF 0.65 to MASIL® stability and are chemically non reactive. They have low viscosity/temperature coefficient ratios giving low pour points, possess excellent stability to mechanical shear stress, and are non-corrosive and non-toxic. Because of their low surface tensions, they quickly spread and provide high surface activity to formulated products. MASIL® SF fluids are INCI designated as Dimethicone and meet the demands of thousands of Personal Care and industrial uses.
Masil® SF silicone fluids carry the INCI designation of Dimethicone and can be used in a variety of personal care products where they are valued for their elegant lubricious feel. Masil® SF silicone fluids can also be used in a wide range of industrial applications as heat transfer and hydraulic fluids, defoamers, lubricants and release aids. Products with viscosities to 5000 cSt are used as fiber and thread lubricants, mechanical lubricants, mold release agents and calender lubricants. They are also used in anti blocking treatments in paper manufacturing, textile finishes to impart softness and lubricity, automobile and furniture polishes, dielectric and damping media, fluid drives, calibration baths and sonar transducers. The higher viscosity products can be used as release agents for plastic and rubber parts, antifoams for aqueous and nonaqueous processes and lubricants in tablet manufacturing. |
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The MASIL® EM series of products is a diverse family of solvent-free silicone emulsions that are useful in numerous applications. MASIL® EM silicone emulsions are an economical, easy and convenient way to use silicones in aqueous systems, even when high dilution stability is required. They are easily diluted by adding water to the emulsion with mild agitation. MASIL® EM silicone emulsions are highly effective when used at very low concentrations. They are also chemically inert and do not cause discoloration during the manufacturing process.
The principal applications for MASIL® EM silicone emulsions include general-purpose release aids in molding, extrusion, laminating and casting of a variety of materials such as rubber, plastics and metals. The use of MASIL® EM products allows deeper, more complex designs with sharper details. The molded products have cleaner surfaces with no discoloration, and there are fewer rejects.
Other applications for MASIL® EM silicone emulsions include polish formulations, textile softeners and fiber lubricants, foundry releases, aerosol sprays, printing release agents, and leather, glass and vinyl cleaners. |
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MASIL® 1066C is a polymeric nonionic silicone surfactant with a comb or rake structure consisting of a polydimethylsiloxane backbone with graft or pendant polyoxyalkylene hydrophiles. This structure provides low surface tensions attainable with the dimethyl siloxane hydrophobe and low critical solution behaviors of nonionic surfactants.
General properties associated with silicone surfactants include: reduction of surface tension in both aqueous and non-aqueous systems, effective lubricant for plastic-to-plastic plastic-to-metal applications, flow and leveling agents in coatings systems, dispersion aids, emulsifiers (used alone or in combination with organic surfactants), wetting agents, anti-static agents, controlled solubility, high thermal stability and a low order of toxicity.
The relatively high molecular weight of this molecule makes it an effective emulsion stabilizer. It is compatible with a wide range of cosmetic ingredients and bears an INCI name PEG/PPG-18/18 Dimethicone. |
Masil® GC 6000 |
MASIL® GC 6000 is a blend containing approximately 15 wt.% of an ultra high viscosity hydroxyl terminated polydimethylsiloxane in cyclopentasiloxane. MASIL® GC 6000 has the INCI name Cyclopentasiloxane (and) Dimethiconol.
Features/Benefits
MASIL® GC 6000 is useful in a wide range of cosmetic and toiletry applications and is readily compatible with other formulation components. MASIL® GC 6000 provides a luxurious feel, with rapid spreading and uniform delivery of ultrahigh viscosity hydroxyl terminated polydimethylsiloxane which imparts long lasting film forming and lubricity benefits.
MASIL® GC 6000 provides a soft velvety skin feel when formulated into color cosmetics, shower gels, deodorants/ antiperspirants, and other skin care formulations.
MASIL® GC 6000 provides long lasting resistance to wash off, and is useful in sun care products.
MASIL® GC 6000 provides hair conditioning benefits including split end conditioning from shampoos, conditioners, gels, mousses and other hair care products. |
Masil® SFR Fluids |
Masil® SFR fluids are clear, water-white and odorless silanol terminated reactive polydimethyl siloxane fluids with terminal hydroxyl groups. The appropriate viscosity of the fluid is designated in the product name. Masil® SFR fluids are distinguished by their ultra purity, being free of catalytic residue or suspended salts, and very low in water and other volatile contaminants.
Masil® SFR fluids react through condensation of their terminal silanol groups. These products can be cured with small amounts of multifunctional silanes. The reaction is aided by the use of organometallic salts of zinc, iron and tin. Masil® SFR fluids are useful formulation components in silicone elastomers and room temperature vulcanizing (RTV) systems and in textile and paper coatings. They also prove useful for hydrophobing silica and other fillers.
Masil® SFR 70 and Masil® SFR 100 have been used as plasticizers for silicone elastomers, as processing aids for silicone elastomeric compounds and as the base polymer system for silicone water repellents. Medium viscosity Masil® SFR silicone fluids have been found effective in textile and paper coatings. They impart water repelling properties and paper softness to natural textiles such as cotton fabrics. Papers can be made water repellent by curing a coating of Masil® SFR 70 with other functional silicones such as Masil® SF-MH.
Higher viscosity Masil® SFR silicone fluids are recommended for formulating silicone RTV systems that incorporate reinforcing and extending fillers. Masil® SFR fluids are used in silicone adhesives, specialty coatings and sealants and elastomer systems, and as components of medical and dental products. |
MASIL® methyl hydrogen siloxane |
MASIL® methyl hydrogen siloxane fluids are clear, water-white liquids characterized by a hydrogen group on one or more silicon atoms per molecule. MASIL® methyl hydrogen siloxane fluids readily undergo condensation reactions with silanol groups and with hydroxyl groups. These fluids are used as waterproofing and impregnating agents for textiles, paper and leather; hydrophobing agents for powders, silicas and other fillers.
MASIL® methyl hydrogen siloxane fluids also undergo addition reactions with unsaturated organic compounds in the presence of noble metal catalysts. They are used as components in RTV silicone rubbers, thermal cure silicone rubbers, and in the modification of polyester and methacrylic resins. MASIL® methyl hydrogen siloxane fluids crosslink vinyl-functional silicone polymers such as MASIL® SF 201 and MASIL® SF 202.
MASIL® SF MH-2 is a moderate molecular weight methyl hydrogen siloxane homopolymer that is trimethylsilyl capped. MASIL® XL-1 Crosslinker is a trimethylsilyl capped methyl hydrogen, dimethyl siloxane copolymer, often used as a crosslinker in silicone elastomers where a softer material is desired. MASIL® SF 305 bears terminal SiH groups and is often used as a chain extender through reaction with vinyl terminated siloxanes. MASIL® methyl hydrogen siloxane fluids are soluble in most dimethyl polysiloxane polymers or fluids and will mix readily with gentle agitation. |
MASIL® SF 201/202 |
MASIL® SF 201 and MASIL® SF 202 are vinyl-terminated silicone polymers. They find use in compounding silicone elastomers that may be used in heat-cured or room-temperature cured vulcanizing (RTV) systems. Silicone elastomers made from these polymers are used as encapsulants or sealants in the electrical and electronics industries. The use of silicone elastomers for electrical or electronic components provides a non-corrosive, protective shield against moisture, dirt and other harmful contaminants. |
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