Промышленная химия

Водный раствор полиэтиленимина высокой молекулярной массы. Флокулянт для процессов водоподготовки и обработки сточных вод.

Сополимер этилена и винилацетата. Воск для лакокрасочных материалов, типографских красок и средств ухода за пластиками.

Неионогенный блок-сополимер EO/PO. ПАВ для очистки, эмульгирования и стабилизации эмульсий.

Стерически-затруднённый фенольный антиоксидант для термопластов, эластомеров и адгезивов.

Антифриз/охлаждающая жидкость на основе этиленгликоля с пакетом ингибиторов для систем охлаждения двигателей.

Эвтектическая смесь дифенилоксида и дифенила. Высокотемпературный теплоноситель.

Тетранатриевая соль ЭДТА. Комплексообразователь для очистки и водоподготовки.

2-MHP is an intermediate for agrochemical products.

2-sec-4-tert-Butylphenol is an intermediate for antioxidants

2,3,6 TMP is an intermediate for synthetic vitamin E, antioxidants, and plastics.

2,4 DTAP is an intermediate for UV stabilizers, photographic developers, specialty surfactants, and fuel additive intermediates.

2,4 DTBP is an intermediate for UV Stabilizers and phenolic phosphite.

2,4-DCP is an intermediate for antioxidants and stabilizers.

2,4-Xylenol is an intermediate for antioxidants, stabilizers, pressure-sensitive inks, and photoresists.

2,6-DIPP is an intermediate for pharmaceuticals

2,6 DTBP is an intermediate for antioxidants and pharmaceuticals.

2,6-Xylenol is an intermediate for plastics, agrochemicals, pharmaceuticals, and is used as a solvent.

Biphenol is an functional monomer used in the manufacture of Engineering plastics such as liquid crystalline polymers (LCP), Polysulfones, polyesters, Polyarylether ketones and polycarbonates. The performance benefits with the incorporation of 4,4’biphenol into the backbone of the resin will vary depending on the polymer.

4,6-di-tert-Butyl-o-cresol is an intermediate for antioxidants and fragrances products

6,2,4-HDX is an intermediate for plastic additive.

TBX is an intermediate polymer inhibitors and an antioxidant

6-OK is an intermediate for antioxidants.

ALKANOX™ 240 phosphite is an organo-phosphite antioxidant that exhibits excellent hydrolytic stability.

<p>&nbsp;</p> <p>Alpha Methyl Styrene Dimer (AMSD) co-monomer in olefin polymerization, acts as a chain terminator in plastics.</p>

AMINOX™ stabilizer is a low temperature reaction product of diphenylamine and acetone.

<p>ANOX™ 1315 stabilizer is a highly effective, very low emissive, non-discoloring, liquid hindered phenolic antioxidant. It is an efficient antioxidant for any kind of polymer providing very good protection against degradation due to heat and oxygen.</p>

ANOX™ 20 stabilizer is a high molecular weight hindered phenolic antioxidant that provides very low volatility and excellent resistance to extraction from polymer compounds.

ANOX™ 330 stabilizer is a high molecular weight phenolic antioxidant that can be used in a wide variety of applications, including elastomers, hot melt adhesives, tackifiers, and engineering blends.

ANOX™ BB021 stabilizer blend is a solid binary synergistic blend used to protect polymers during processing and long-term aging.

ANOX™ BB1412 stabilizer blend is from a family of binary synergist blends used to protect polymers during processing and long-term aging.

<p>ANOX™ BB 2777 stabilizer blend is a binary synergistic blend used to protect polymers during processing, long-term aging, and gas-fading.</p>

ANOX™ BB4415 stabilizer blend is a solid binary synergistic blend used to protect polymers during processing and long-term aging.

ANOX™ IC-14 stabilizer is a high molecular weight hindered phenolic antioxidant that provides very low volatility and excellent resistance to extraction from polymer compounds.

<p>ANOX™ PP18 NDB™ &nbsp;antioxidant is an effective, non-coloring, odorless antioxidant. It has low volatility and functions at process temperatures as well as providing long-term protection. It is available as a non-dusting, easy feeding pellet.</p>

AT-215 is a 1:2 blend of Anox 20 and Alkanox 240 for polyolefins, engineering plastics, styrenics, polyurethanes, elastomers, adhesives, and other organic substrates.

BIK™ OT curing agent is an activator for thiuram, thiazole, and dithiocarbamate accelerators, and an odor reducer when used with nitrosamine-type blowing agents.

BLE™ 25 stabilizers are high-temperature reaction products of diphenylamine and acetone. They are recommended for tire tread, breaker, chafer, rim flange, and carcass compounds.

BLE™ 65 stabilizers are high-temperature reaction products of diphenylamine and acetone. They are recommended for tire tread, breaker, chafer, rim flange, and carcass compounds.

BLE™ 70 stabilizers are high-temperature reaction products of diphenylamine and acetone. They are recommended for tire tread, breaker, chafer, rim flange, and carcass compounds.

BLE™ 75 stabilizers are high-temperature reaction products of diphenylamine and acetone. They are recommended for tire tread, breaker, chafer, rim flange, and carcass compounds.

BONDING AGENT P-1 WET is an adhesion promoter for polyester and nylon tire cord for the dipping process.

BRJ-473 is a thermosetting phenolic resin used primarily in the formulation of nitrile rubber (NBR) adhesives. BRJ-473 is phenolic resole resin supplied in solution in methyl-ethyl-ketone for solvent-based adhesives.

CERIFLOW™ 4420 is a wax crystal modifier designed to inhibit the formation of paraffin in a variety of hydrocarbon liquids such as crude oil, heavy oil, middle distillates, and wax condensates for oilfield application.

CERIFLOW™ 4425 is a wax crystal modifier designed to inhibit the formation of paraffin in a variety of hydrocarbon liquids such as crude oil, heavy oil, middle distillates, and wax condensates for oilfield application.

CERIFLOW™ 4600 is a wax crystal modifier designed to inhibit the formation of paraffin on internal pipe surfaces for oilfield application.

CERIFLOW™ 4610 is a wax crystal modifier designed to inhibit the formation of paraffin on internal pipe surfaces for oilfield application.

CERIFLOW™ 4620 is a wax crystal modifier designed to inhibit the formation of paraffin on internal pipe surfaces for oilfield application.

CERIFLOW™ 5100 is a polymeric compound designed to inhibit the deposition of asphaltenes in oilfield production systems. (e.g. wellbore, surface pipeline, etc.)

CERIFLOW™ 5110 is a polymeric compound designed to inhibit the deposition of asphaltenes in oilfield production systems. (e.g. wellbore, surface pipeline, etc.)

CERIFLOW™ 5120 is a polymeric compound designed to inhibit the deposition of asphaltenes in oilfield production systems. (e.g. wellbore, surface pipeline etc.)

CERIFLOW™ 5200 is a polymeric compound designed to inhibit the deposition of asphaltenes in oilfield production systems. (e.g. wellbore, surface pipeline, etc.)

CERIFLOW™ 8000 is a dimethyl ester based nonhazardous, biodegradable green solvent, designed to provide high solvency power for blending and formulation of a variety of oilfield chemicals.

CERIFLOW™ 9000 is a linear alkylbenzene sulfonic acid (LABSA) based paraffin and asphaltene dispersant utilizing xylene as the primary solvent. Designed to remediate paraffin and asphaltene deposits encountered in production formations and the near wellbore area, production casing, topside oil and gas production systems, pipelines, refineries, and crude oil storage. CERIFLOW™ 9000 can also be used as a pre-treatment for stimulation and squeeze applications as well as a base solvent to develop high performing emulsion breaker formulations.

CO-1000 is a triazine hydrogen sulfide scavenging agent for oil and gas production systems.

CO-1026 is a triazine hydrogen sulfide scavenging agent for oil and gas production systems.

CRJ-418 is a thermoplastic alkylphenol resin and is supplied in flaked form. Primarily used as a tackifier in NR and SBR-based rubber compounds and several splice cement applications in tires and technical rubber goods.

CRJ-706 is a modified phenolic resin in powdered form, novolac type which contain hexamethylenetetramine used for rubber reinforcing and other applications.

Diphenyl Oxide is used as a eutectic mixture with biphenyl, used as a heat transfer medium.

Dinonylphenol is an intermediate for surfactant and additives

DSBP in and intermediate for Surfactants, such as an Adjuvant used in agricultural applications.

<p>Dicumene is an environment-friendly replacement for Antimony Tri-oxide (Sb2O3) and is commonly used as a flame retardant (FR) synergist for polypropylene and polystyrene, especially in expandable polystyrene (EPS).</p>

DIP 98% is an intermediate for pharmaceuticals.

<p>DURAZONE™ 37 antiozonant is an antioxidant and an antiozonant that is added into rubber in quantities of 2 to 4 parts per 100 parts RHC. DURAZONE™ 37 antiozonant is a non-staining antiozonant offering superior static ozone protection, excellent dynamic protection and excellent antioxidant protection. DURAZONE™ 37 antiozonant will not migrate and stain from a black compound to a white compound adjacent to it.</p>

ELAZTOBOND™ A220 is a modified resorcinol-formaldehyde resin and is supplied in flaked form. ELAZTOBOND™ A220 is designed to replace standard resorcinol formaldehyde resins that are added to rubber compounds to promote rubber to metal adhesion. Free resorcinol below 0.5%.

<p>ELAZTOBOND™ A250 is a modified phenol-formaldehyde resin that has been developed as a replacement for resorcinol – formaldehyde polymers such as SRF-1501 supplied by SI Group. In combination with a methylene donor such as HMT or HMMM, this resin will function as an adhesion promoter to help rubber compounds form permanent bonds to non-rubber portions, fibers, fabrics, and metals of the finished article.&nbsp;</p>

ELAZTOBOND™ A250LP is a modified resorcinol-formaldehyde resin and is supplied in flaked form. ELAZTOBOND™ A250LP is designed to replace standard resorcinol formaldehyde resins that are added to rubber compounds to promote rubber to metal adhesion. Free resorcinol below 0.5% and free phenol below 1.0%.

<p>ELAZTOBOND™ B8-3410 resin is based on bio-renewable materials and is resorcinol-free, making it a more sustainable and safer solution than traditional bonding resins used in the rubber industry. In addition to its improved safety profile, ELAZTOBOND™ B8-3410 has shown to offer comparable or better performance than resorcinol containing resins in aged and unaged testing.</p>

ELAZTOBOND™ C750 is an alkylphenol-formaldehyde resin used for curing rubber compounds. ELAZTOBOND™ C750 is used as a curing resin in rubbers such as Butyl (IIR), EPDM, and NBR.

ELAZTOBOND™ E125 is an eco-friendly resin developed as a high performance grip resin enhancer for tread. ELAZTOBOND™ E125 enables tire compounders to optimize treads for improved wet and snow grip with no loss in rolling resistance performance.

<p>ELAZTOBOND™ MeltPlus T8 7920 is a bio-renewable-based tackifier that delivers enhanced adhesion performance in both pressure sensitive and conventional ethylene vinyl acetate (EVA) hot melt adhesives</p>

ELAZTOBOND™ T6000 is a modified alkylphenol resin. ELAZTOBOND™ T6000 is a high performance tackifier for use in rubber compounds where a high level of tack is required. It has superior initial and aged tack retention and improved scorch safety allowing for broader processing conditions. Super-Tackifier resin for rubber compounds.

ETHAFLOW™ 6001 is a polymeric compound designed to provide synergy with wax anti-settling additives, giving increased performance in middle distillates, diesels, and heavy fuels

<p>ETHAFLOW™ 6003 is a polymeric compound designed to inhibit deposition and manage aggregation of asphaltenes in a fuel system.</p>

ETHAFLOW™ 6004 is a polymeric compound designed to inhibit deposition and manage aggregation of asphaltenes in a fuel system.

<p>ETHAFLOW™ 6020 is a polymeric compound designed to inhibit deposition and manage aggregation of asphaltenes in a fuel system.</p>

ETHAFLOW™ 6080 is a fuel cold flow improver designed to inhibit the formation of paraffin wax in a variety of hydrocarbon liquids such as crude oil, heavy oil, middle distillates, and wax condensates.

ETHAFLOW™ 6082 is a fuel cold flow improver designed to inhibit the formation of paraffin wax in a variety of hydrocarbon liquids such as crude oil, heavy oil, middle distillates, and wax condensates.

Liquid, ashless additive designed to provide effective friction modification and antiwear performance for lubricants. Sulfur-free additive for improved lubricant blend compatibility.

Liquid, ashless additive designed to provide effective antiwear performance for lubricants and greases. Allows for removal or reduction of ZDDP in additive performance packages.

Liquid, ashless proprietary additive designed to deliver multi-functional performance in lubricants and greases. Provides high performance wear and oxidation protection in addition to stable friction modification and full copper compatibility. The product is an ideal replacement for traditional liquid phosphite chemistry in lubricant and grease formulations because it has no GHS classifications.

ETHANOX™ 310 antioxidant is a highly effective, non-coloring, odorless antioxidant. It has very low volatility, functions at high process temperatures, and provides good long-term protection.

ETHANOX™ 310G stabilizer is a high molecular weight hindered phenolic antioxidant that provides very low volatility and excellent resistance to extraction from polymer compounds.

ETHANOX™ 310P stabilizer is a high molecular weight hindered phenolic antioxidant that provides very low volatility and excellent resistance to extraction from polymer compounds.

ETHANOX™ 323 antioxidant is used in disproportionation and bleaching of rosins and rosin esters, resins, adhesives, petroleum oils, and waxes.

<p>ETHANOX™ 323A antioxidant is used in disproportionation and bleaching of rosins and rosin esters, resins, adhesives, petroleum oils, and waxes.</p>

<p>ETHANOX™ 330 antioxidant is a highly-effective, non-coloring, odorless antioxidant for plastics, resins, elastomers, and waxes. It has exceptionally low volatility and is outstanding in applications requiring high processing temperatures.</p>

ETHANOX™ 376 antioxidant is an effective, non-coloring, odorless antioxidant. It has low volatility and functions at process temperatures as well as providing long-term protection.

Solid or heated-liquid antioxidant which delivers cost effective performance in industrial lubricants, greases and automotive fluids. Suitable alternative for BHT substitution.&nbsp;

Liquid antioxidant with broad applications in industrial lubricants and automotive fluids. Commonly used to stabilize brake fluid formulations.

Powder, high molecular weight antioxidant with very low volatility for use in long-life, and /or high temperature industrial lubricants, greases and metal working fluids. Offers improved color stability in finished lubricants compared to traditionally used phenolic antioxidants.

Liquid antioxidant with very low volatility that imparts excellent resistance to thermal degradation for high temperature, long-life applications across a broad range of industrial lubricants, greases, engine oils, and automotive fluids - including EV fluids.

Liquid antioxidant for ease of handling with low volatility giving high performance across a broad range of industrial lubricants, greases, engine oils, and automotive fluids.

Powder, ashless aminic antioxidant that provides excellent oxidation control in lubricants and greases. The low volatility of this product is perfectly suited for oxidation control in high temperature applications. Ideal replacement for traditional diphenyl amine antioxidants, as it is not classified as reprotoxic by the GHS classification system.

ETHANOX™ 4733 is a mixture of phenolic antioxidants with defined composition boundaries. It is a liquid antioxidant that is a primary recommendation for jet fuel and gasoline. ETHANOX™ 4733 is also suitable for use in petroleum fuels, biofuels, renewable fuels and Sustainable Aviation Fuels. ETHANOX™ 4733 meets pipeline and global aviation fuel specifications.

ETHANOX™ 4737R fuel antioxidant is a dilution of ETHANOX™ 4701 in a high flash point aromatic solvent yielding an easy to handle, liquid solution. ETHANOX™ 4737R antioxidant is recommended for jet fuels, gasoline blend components, finished gasoline, biofuels, renewable fuels, and sustainable aviation fuels.

ETHANOX™ 4740R fuel antioxidant is a blend of hindered phenol and aminic antioxidant chemistry. It is a potent oxidation inhibitor designed to minimize fuel degradation and gum formation in gasolines, middle distillates, biodiesel, and blends of biodiesel and petroleum fuels.

ETHANOX™ 4760R fuel antioxidant is a blend of hindered phenol and aminic antioxidants with metal deactivator chemistry. It is a potent oxidation inhibitor designed to minimize fuel degradation and gum formation in gasolines, middle distillates, biodiesel, and blends of biodiesel and petroleum fuels.

Liquid blend of antioxidants with low volatility that provides cost effective performance in industrial lubricants, greases, and automotive fluids. Suitable alternative for BHT substitution.&nbsp;

ETHAPHOS™ 368 antioxidant is a phosphite processing stabilizer with good hydrolytic stability. It is approved by the FDA for use in indirect food contact applications, and can be used in combination with phenolic antioxidants, acid neutralizers, UV stabilizers, and other functional additives.

ETHAPHOS™ 368G antioxidant is a phosphite processing stabilizer with good hydrolytic stability. It is approved by the FDA for use in indirect food contact applications, and can be used in combination with phenolic antioxidants, acid neutralizers, UV stabilizers, and other functional additives.

<p>EVERCYCLE™ LD-101S Tailored stabilization package to re-stabilize LDPE recycle streams during the mechanical recycling process and further converting.</p>

<p>EVERCYCLE™ LD-104P is a specialty additive blend to increase performance of pre-consumer recycled stretch film.</p>

<p>EVERCYCLE™ PET-102D is an additive blend for PET recycling of food approved bottle flakes.</p>

<p>EVERCYCLE™ PET-103D is an additive blend for PET recycling of food approved bottle flakes. Liquid dosing.</p>

<p>EVERCYCLE™ PP-101S Tailored stabilization package to re-stabilize PP recycle streams during the mechanical recycling process and further converting.</p>

FB-110 XB50 is a cresol based, BPA free co-binder designed for epoxy and polyester can and coil coatings.

FB-190 is a butyl-phenol-and-cresol based, BPA free heat reactive resin designed for exterior primers and interior food-can coatings.

FB-209 BT57 is a bisphenol liquid resin used in can coatings and other coating applications.

FB-210 is a bisphenol liquid resin used in can coatings and other coating applications.

FB-210 B60 is an etherified liquid resin in n-butanol that is particularly suitable whenever good chemical resistance, light color, and hardness are required.

FB-250 BX50 is particularly suitable but not limited to the formulating of anti-corrosion primers. Supplied in a blend of n-butanol and xylene.

<p><span style="color: rgb(102, 102, 102);">FLEXAMINE™ stabilizer is used in heavy service truck treads and carcass compounds to combat the degrading effects of heat and mechanical flexing. Also, for natural rubber wire insulation, linesmen's blankets, gloves, or other products that come in contact with copper or manganese.</span></p>

FLEXZONE™ 3C antiozonant is a protective agent for natural and synthetic rubber products. FLEXZONE™ 3C antiozonant is unique since it produces exceptional resistance in rubber product to the deteriorating action of not only heat and oxygen but also ozone and flexing fatigue.

FLEXZONE™ 4L antiozonant provides outstanding initial static protection. Protects rubber against oxygen degradation and is active in promoting the cure of compounds.

FRJ-425 is a novolak resin available in flake form. FRJ-425 is nearly colorless to light yellow color. It is typically used as a hardener for epoxy molding compounds for electronic applications.

<p>FRJ-551 is a heat-reactive, alkylphenolic resin which is designed primarily for use in the formulations of polychloroprene-based contact adhesives.</p>

FRJ-551H is a heat reactive alkylphenol resin and is supplied in flake form. FRJ-551H is primarily used in conjunction with chloroprene rubber to produce general purpose solvent-based contact cements.

<p>GENOX™ EP stabilizer is a high performance solid, nitrogen-based melt process stabilizer.&nbsp;</p>

<p>HEPTEEN BASE™ is a high-temperature accelerator for rubber, giving fast-curing, high-modulus stocks with excellent processing safety. It does not form nitrosamines during the curing process or in finish goods use.</p>

HRJ-10236 is a two-step phenolic resin in powdered form containing hexa.

HRJ-10420 is a thermoplastic alkylphenol resin. HRJ-10420 is a high-softening point resin typically used as a rubber tackifier.

HRJ-10518 is a reactive resin based on alkylphenol and is supplied in flaked form. HRJ-10518 is typically used to cure unsaturated rubber either to produce bladders used in tire production, Technical Rubber Goods applications, or as a crosslinker in rubber-based pressure-sensitive adhesives.

HRJ-10518-LX is a reactive resin based on alkylphenol and is supplied in flaked form. HRJ-10518-LX is typically used to cure unsaturated rubber either to produce bladders used in tire production, Technical Rubber Goods applications, or as a crosslinker in rubber-based pressure-sensitive adhesives.

HRJ-10518H is a reactive resin based on alkylphenol and is supplied in flaked form. HRJ-10518H is typically used to cure unsaturated rubber either to produce bladders used in tire production, Technical Rubber Goods applications, or as a crosslinker in rubber-based pressure-sensitive adhesives.

HRJ-11041 is a reactive alkylphenol resin and is supplied in flake form. HRJ-11041 is typically used in solvent-based chloroprene adhesives to add hot bond strength. It may also be used as a modifier for alkyd resins when high hardness films are desired.

<p>HRJ-11331 is a heat reactive alkylphenol resin and is supplied in flake form. HRJ-11331 is primarily used in conjunction with chloroprene rubber to produce general purpose solvent-based contact cements and is resistant to sintering upon storage due to its high melting point.</p>

HRJ-11937 is a butyl phenol and BPA based thermoplastic resin designed to use as a performance modifier for long oil and medium oil alkyd binders.

HRJ-11995 is a modified phenolic resin and is supplied in flake form, typically used as a reinforcing resin in rubber compounds where a harder and tougher cured rubber compound is desired. Low free residual monomer content.

HRJ-12632 is a non-etherified liquid resin supplied in n-butanol that provides superior resistance to mechanical aggressions to spray coatings for food and beverage cans.

HRJ-12952 is a novolak resin and is supplied in pastille form. HRJ-12952 is typically used in rubber compounds as a reinforcing resin, and it has a low residual phenol content.

HRJ 13078 is a pure phenolic co-binder designed for water-based can and coil coatings.

HRJ-13399 is a novolak resin and is supplied in flake form. HRJ-13399 is typically used as a reinforcing agent in rubber compounds.

HRJ-1367 is a heat reactive alkylphenol resin and is supplied in flake form. HRJ-1367 is primarily used in conjunction with chloroprene rubber to produce general purpose solvent-based contact cements but also finds use as a modifier for alkyd resins for coatings that require high film hardness and as a modifier for rosin in the production of hard resins for the ink industry. It is also used in conjunction with epoxy resins for the production of interior can coatings.

HRJ 13804B is a renewable-resource based, BPA-free co-binder designed for epoxy and polyester can and coil coatings.

HRJ-14247A is a reactive alkylphenol based resin and is supplied as a solution in rubber processing oil. HRJ-14247A is typically used to vulcanize rubber and is especially useful in the preparation of thermoplastic vulcanizates, called TPV products.

HRJ-2118 is a thermoplastic alkylphenol resin and is supplied in flaked form. HRJ-2118 is a high softening point resin typically used as a rubber tackifier. Low residual monomer content.

HRJ-2765 is a thermoplastic alkylphenol resin. HRJ-2765 is a moderate softening point resin typically used as a rubber tackifier.

HRJ-4166 is a thermoplastic alkylphenol resin. HRJ-4166 is a high softening point resin typically used as a rubber tackifier.

IBB used as an intermediate for analgesic anti-inflammatory (Ibuprofen).

ISONOX™ 132 is a low cost, highly active, liquid stabilizer for polyols, PVC, adhesives and functional fluids (FDA approved in PVC), and fuel and lubricant applications.

ISONOX™ 232 is a liquid phenolic AO for Polyol and Polyurethane Foam as well as fuel and lube applications. *This product is available by special arrangement.

<p>LOWILITE™ 20 UV absorber is an ultraviolet light absorber belonging to the benzophenone class of UVAs.</p>

<p>LOWILITE™ 20S UV absorber is a water soluble ultraviolet light absorber belonging to the benzophenone class of UVAs.</p>

<p>LOWILITE™ 22 UV absorber is an ultraviolet light absorber belonging to the benzophenone class of UVAs.&nbsp;</p>

<p>LOWILITE™ 24 UV absorber is an ultraviolet light absorber belonging to the benzophenone class of UVAs.</p>

<div class="ql-editor">LOWILITE™ 26 UV absorber is an ultraviolet light absorber belonging to the benzotriazole class of UVAs.</div>

LOWILITE™ 26 UV absorber is an ultraviolet light absorber belonging to the benzotriazole class of UVAs.

LOWILITE™ 26G UV absorber is an ultraviolet light absorber belonging to the benzotriazole class of UVAs.

<p>LOWILITE™ 28 UV absorber is an ultraviolet light absorber belonging to the benzotriazole class of UVAs.</p>

<p>LOWILITE™ 55 UV absorber is an ultraviolet light absorber belonging to the benzotriazole class of UVAs</p>

<p>LOWILITE™ 62 UV stabilizer is a high molecular weight Hindered Amine Light Stabilizer (HALS) that protects organic polymers against the degradation caused by exposure to ultraviolet radiation.</p>

LOWILITE™ 6294 UV stabilizer is a synergistic mixture of LOWILITE™ 62 UV stabilizer and LOWILITE™ 94 UV stabilizer. It is an excellent UV stabilizer, in particular for LDPE, LLDPE, HDPE films, tapes, thick sections, and for PP in fibers and films.

<p>LOWILITE™ 77 UV stabilizer is a highly effective light stabilizer belonging to the Hindered Amine Light Stabilizer (HALS) family of stabilizers.&nbsp;</p>

<p>LOWILITE™ 92 UV stabilizer is a highly effective light stabilizer belonging to the Hindered Amine Light Stabilizer (HALS) family of stabilizers.</p>

<p>LOWILITE™ 94 UV stabilizer is a high molecular weight Hindered Amine Light Stabilizer (HALS) that protects organic polymers against the degradation caused by exposure to ultraviolet radiation.</p>

<p>LOWILITE™ UV B1260 stabilizer is a highly effective liquid blend of polymer stabilizers, with special emphasis on protection of polyurethanes against exterior weathering.&nbsp;</p>

LOWINOX™ TBM-6 NDB stabilizer is the antioxidant of choice for medium, high, and extra high voltage compounds. It is a highly pure and clean product specifically designed for manufacturing reliable and long lasting cables.

<p>LOWINOX™ 1790 stabilizer is a high performance, sterically hindered phenolic antioxidant of the trisphenol class with a cyanuric acid central moiety.</p>

<p>LOWINOX™ 22IB46 stabilizer is a non-discoloring antioxidant based on a sterically hindered alkylated bis-phenol.</p>

<p>LOWINOX™ 22M46 stabilizer is a non-discoloring antioxidant based on a sterically hindered alkylated bis-phenol. LOWINOX™ 22M46 stabilizer is an excellent long term stabilizer for synthetic rubbers and latexes by protecting against the effects of oxygen and heat without influencing processing or vulcanization properties. At the recommended doses, the damaging consequences of over vulcanization can be avoided. At these levels there is no tendency for blooming to occur during vulcanization and on contact with lacquered surfaces it does not cause discoloration or corona formation.&nbsp;</p>

<p>LOWINOX™ 44B25 stabilizer is a non-discoloring antioxidant based on a sterically hindered alkylated bis-phenol.</p>

<p>LOWINOX™ AH25 stabilizer is an excellent performing stabilizer based on sterically hindered dihydroxy benzene.</p>

<p>LOWINOX™ CA22 stabilizer is a high performance hindered phenol antioxidant that provides excellent extraction resistance and color performance.</p>

<p>LOWINOX™ CPL stabilizer is a highly-effective polymeric, non-discoloring phenolic antioxidant.</p>

LOWINOX™ CPL-50D dispersion is a 50% by weight water-based dispersion of the hindered phenolic antioxidant LOWINOX™ CPL stabilizer.

<p>LOWINOX™ FAST XL is the antioxidant solution of choice for XLPE wire and cable applications. It is a proprietary liquid antioxidant, which meets the demanding performance requirements of the wire and cable industry, such as good long-term heat aging performance, sufficient scorch protection, excellent compatibility with organic peroxides, high cleanliness levels and no blooming from the XLPE compound.&nbsp;</p>

<p>LOWINOX™ GP45 stabilizer is a high molecular weight hindered phenolic antioxidant that provides very low volatility and excellent resistance to extraction from polymer compounds.</p>

<p>LOWINOX™ HD98 stabilizer is an efficient and extraction-resistant hindered phenol antioxidant.&nbsp;</p>

LOWINOX™ HD98-50D dispersion is a 50% by weight water-based dispersion of the hindered phenolic antioxidant LOWINOX™ HD98 stabilizer. LOWINOX™ HD98-50D dispersion provides the highly efficient antioxidant LOWINOX™ HD98 stabilizer in a water-based liquid form that has been specifically designed for the stabilization of suspension or emulsion produced polymers.

<p>LOWINOX™ MD24 metal deactivator is a metal deactivator that additionally acts as a hindered phenolic antioxidant.&nbsp;</p>

LOWINOX™ ROSIN 6 Stabilizer is the antioxidant of choice for rosin esters, rosin, adhesives and resins

<p>LOWINOX™ TBM-6&nbsp;stabilizer is the antioxidant of choice for medium, high, and extra high voltage compounds. It is a highly pure and clean product specifically designed for manufacturing reliable and long lasting cables.</p>

<p>LOWINOX™ TBP-6 stabilizer is a non-staining and non-discoloring hindered thiophenol antioxidant mainly used for wire and cable applications.&nbsp;</p>

<p>LOWINOX™ WSP stabilizer is a non-staining phenolic antioxidant.</p>

<p>LOWINOX™ XPS163 stabilizer combines excellent stability and color protection for expanded PS foam products.</p>

<p>NAUGARD BIO-XL™ is an ultra-accelerator that contains over 85% bio-based materials. It can be applied in the fast and efficient sulfur cure of both natural rubbers and synthetic rubbers. This accelerator does not release harmful nitrosamines as listed in TRGS552. Therefore, it can be used as a primary or secondary accelerator, either completely or partially replacing other accelerators typically used in sulfur cure. It offers high solubility, low blooming, and low odor in combination with good scorch safety, high elongation @break, improved compression set, and high heat resistance.</p>

<p><span style="color: rgb(102, 102, 102);">NAUGARD™ 445 stabilizer is a highly effective, non-discoloring solid aromatic amine type antioxidant finding utility as a thermal stabilizer in a wide variety of applications including polyolefins, styrenics, polyols, hot melt adhesives, lubricants, and polyamides.</span></p>

<p>NAUGARD™ DLTDP thioester is an FDA sanctioned* antioxidant for use in polyolefins and other polymeric systems. Esters of thiodipropionic acid are widely used as auxiliary stabilizers for polypropylene, polyethylene, and synthetic rubbers to promote long-term ambient aging properties.</p>

<p>NAUGARD™ DSTDP is an antioxidant that provides excellent heat aging when used on combination with a hindered phenol.</p>

<p>NAUGARD™ FOAMPLUS LE 5 polyol stabilizer is the ultra-low emissive liquid antioxidant formulation for the stabilization of polyether and polyester polyols used for production of polyurethane, especially flexible slab stock foams.</p>

<p>NAUGARD™ I-4 inhibitor is a commercially proven polymerization inhibitor used to reduce polymer formation in monomer manufacturing processes.</p>

<p>NAUGARD™ I-5 inhibitor is a commercially proven polymerization inhibitor used in the manufacture of several monomers.</p>

NAUGARD™ P phosphite is a liquid organo-phosphite antioxidant.

<p>NAUGARD™ PS30 stabilizer is a liquid amine antioxidant developed specifically for use in polyether polyols to reduce scorch associated with flexible urethane foam production.</p>

<p>NAUGARD™ Q is used in natural rubber, synthetic polyisoprene, SBR, BR, NBR, and EPDM; in applications such as tire carcasses, retreads, apex, belts, hose, seals, mechanical goods, consumer goods, and wire.</p>

<p>NAUGARD™ SUPER Q is used in natural rubber, synthetic polyisoprene, SBR, BR, NBR, and EPDM; in applications such as tire carcasses, retreads, apex, belts, hose, seals, mechanical goods, consumer goods, and wire.</p>

NAUGARD™ TNPP phosphite is a versatile phosphite stabilizer which is useful in a large number of polymers such as HDPE, LLDPE, SBR, ABS, PVC, and others.

NAUGARD™ ULTRA Q is a highly purified stabilizer and is an effective processing and long-term heat stabilizer for a variety of application areas in LDPE. LLDPE, HDPE, and ethylene-propylene copolymers.

<p>NAUGARD™ XL-1 metal deactivator is metal deactivator with antioxidant functionality built into the same molecule that work to deactivate metallic residues from catalysts, inorganic pigments and fillers. It can also be used when a polymer is in contact with a transition metal such as copper or iron.&nbsp;</p>

NAUGATAC™ 1068-ULM is a thermoplastic alkylphenol-formaldehyde resin. It is used in applications where tenacious bonds are necessary, especially with synthetic rubbers which do not possess inherent tack.

NAUGAWHITE™ stabilizer is a non-staining antioxidant that does not discolor. It protects natural and synthetic rubbers against oxygen, light, and heat.

Nonene is used in surfactants, fuels and lubricants additive intermediate, and phenolic resins.

NOVAZONE™ AS stabilizer is a strong rubber antioxidant and antiozonant.

<p>OCTAMINE™ stabilizer is a solid amine-type antioxidant that gives minimum discoloration and maximum protection. Used in sulfur cure systems. Effective in EPDM, Neoprene, and nitrile rubbers.</p>

OPEX™ 80 is a non-discoloring chemical foaming agent effective in press-precured closed cell applications.

OCOP is an intermediate for UV Stabilizers.

<p>OIPP is an intermediate used as an herbicides, insecticides, polymerization inhibitors, and stabilizer intermediate.</p>

OSBP is an intermediate used in the production of herbicides, insecticides, and Fragrances. It is also as an intermediate for polymerization inhibitors, and stabilizer products.

OTAP is an intermediate for flavors, fragrances, and antioxidant intermediates.

OTBP is an intermediate for fragrances, insecticides, antioxidants products and as a monomer for phenolic resins.

PCP is used as an intermediate for surfactants, monomer for phenolic resins, and polycarbonate chain terminator.

PDDP is an intermediate used in surfactants and lubricants additive applications. PDDP is also used as a monomer in the production of phenolic resins used in oil &amp; gas applications.

PHP is used as a fuel additive intermediate and in phenolic resins.

<p>PNP is an intermediate for heat stabilization for PVC, surfactants and copper extraction ligand. Monomer for phenolic resins used in printing inks, and oil &amp; Gas applications.</p>

PSBP is a monomer used in phenolic resins and epoxy resins systems

PTAP is a monomer for phenolic resins used are demulsifiers in oil &amp; gas applications and as an intermediate for biocides and fragrances products.

<span style="font-family: Tahoma, Arial, Helvetica, sans-serif;">PTBP is used in polycarbonate chain terminators, glycidyl ethers, and phenolic resins.</span>

PTOP is used in surfactants, tackifier resins, ink resins, polycarbonate chain terminator, UV stabilizers, and phenolic resins.

<p>POLYBOND™ 1001N polymer modifier is a chemically modified PP. Features chemical coupling agent for glass and mica-filled polypropylene systems. Offers good adhesion to many substrates including aluminum and stainless steel. Adhesive for aluminum to aluminum and steel to steel laminates.</p>

<span>POLYBOND™ 1002 polymer modifier is a chemically modified PP. Features chemical coupling agent for glass and mica-filled polypropylene systems, offers good adhesion to many substrates including aluminum and stainless steel. Adhesive for aluminum to aluminum and steel to steel laminates.</span>

<p>POLYBOND™ 1009 polymer modifier is a chemically modified PE. It can be applied as a coupling agent for glass and mica-reinforced polyethylene and provides good adhesion to a variety of substances including aluminum, stainless steel, and tin-plated steel.</p>

POLYBOND™ 1130 polymer modifier is a chemically modified PP. Features chemical coupling agent for glass and mica-filled polypropylene systems, offers good adhesion to many substrates including aluminum and stainless steel. Adhesive for aluminum to aluminum and steel to steel laminates.

<p><span style="color: rgb(102, 102, 102);">POLYBOND™ 3000 polymer modifier is a chemically modified PP. Applications include chemical coupling agent for glass fiber, cellulose fiber, and mineral filler reinforced PP which provides enhanced physical and thermal properties. High level of functionality allows for low addition levels as well as low viscosity for excellent dispersion. Compatibilizer for polymer blends with polar polymers such as polyamides and EVOH Adhesion promoter with substrates such as aluminum, stainless steel, and polypropylene.</span></p>

<p>POLYBOND™ 3002 polymer modifier is a chemically modified PP. Chemical coupling agent for glass fiber, cellulose fiber, and mineral filler reinforced PP that provides enhanced physical and thermal properties. Compatibilizer for blends such as polypropylene/polyamide and polypropylene/EVOH to improve processability and mechanical properties. Processing on any conventional thermoplastic processing equipment is feasible. Stabilized for both processing and long-term heat aging resistance.</p>

<p>POLYBOND™ 3009 polymer modifier is a chemically modified PE. Applications include chemical coupling agent for glass fiber, cellulose fiber, and mineral filler reinforced PE that provides enhanced physical and thermal properties. Compatibilizer for polymer alloys of polyethylene and polar polymers, such as polyamides, to give improved processability and mechanical properties. Offers good adhesion to a wide variety of substrates including aluminum and stainless steel.</p>

<p>POLYBOND™ 3029 polymer modifier is specifically designed for use in wood and natural fiber-filled polyethylene composites. Compared with general purpose grades of coupling agents, it provides improved tensile, flexural, and impact strengths as well as lower water absorption.</p>

<div class="ql-editor">POLYBOND™ 3150 polymer modifier is a chemically modified PP. It features a chemical coupling agent for glass fiber, cellulose fiber, and mineral filler reinforced PP that provides enhanced physical and thermal properties. Compatibilizer for blends such as polypropylene/polyamide and polypropylene/EVOH to improve processability and mechanical properties. Processing on any conventional thermoplastic processing equipment is feasible. Stabilized for both processing and long-term heat aging resistance.</div>

<p>POLYBOND™ 3200 polymer modifier is a chemically modified PP. It features a chemical coupling agent for glass fiber, cellulose fiber and mineral filler reinforced PP that provides enhanced physical and thermal properties. Compatibilizer for blends such as polypropylene/polyamide and polypropylene/EVOH to improve processability and mechanical properties. Physical properties comparable to other POLYBOND™ polymer modifier products can be obtained using lower addition levels.</p>

POLYBOND™ 3349 polymer modifier is a maleic-anhydride functionalized LLDPE. It has a moderate viscosity and a high level of functionality that allows for low addition levels. POLYBOND 3349 is used in highly filled compounding applications that include wire &amp; cable compounds using halogen-free flame retardants (HFFR), glass-filled LLDPE compounds, LLDPE blends with polyamide, and composites with high mineral content. It will also act as a compatibilizer for polymer blends with polar polymers such as polyamides and EVOH and as an adhesion promoter with substrates such as aluminum, stainless steel, and many polymers.

PR/101 is a modified two-step powdered resin containing hexa used for rubber reinforcing and other applications.

PR/101BT is a modified novolac resin in lump form.

Propofol is the active ingredient in an injectable anesthetic. It's primary use is for the induction and maintenance of anesthesia during surgical procedures and as a sedative for patients who are mechanically ventilated.

R-40759 is a modified reactive phenolic resin in liquid form for adhesion on metal and fabric, strong abrasion resistance, and good high heat performance.

R-7510H is a thermoplastic alkylphenol resin. R-7510H is a high softening point resin typically used as a rubber tackifier.

R-7510PJ is a thermoplastic alkylphenol resin. R-7510PJ is a high softening point resin typically used as a rubber tackifier.

R-7522H is a heat-reactive alkylphenol resin and is supplied in flake form. R-7522H is primarily used in conjunction with chloroprene rubber to produce general purpose solvent-based contact cements.

R-7529H is a heat-reactive alkylphenol resin and is supplied in flake form. R-7529H is primarily used in conjunction with chloroprene rubber to produce general purpose solvent-based contact cements.

R-7545P is a modified phenolic thermoplastic resin. It is used in the rubber industry as a reinforcing resin for synthetic and natural rubber based compounds for instance in the bead area of tires and in some manufactured rubber goods such as shoe soles, weather stripping profiles for car windows, and wherever light color compounds are required.

RETARDER ESEN™ curing agent is an anti-scorch agent designed to greatly improve processing safety. &nbsp; &nbsp;

<span>REZICURE™ 3057 is a light-colored, low free-monomer novolac resin and is supplied in flake form. It has a nearly colorless to light yellow color.</span>

REZICURE™ 5200 is a phenolic novolac resin with a high molecular weight, high melting point, and low ionic content. REZICURE™ 5200 has good alcohol resistance and hardness. It can be used as high melting point component of solvent based adhesives for additional strength and moisture resistance.

REZICURE™ PRO 2210 is a liquid aromatic diamine. It is a slow-reacting reactant and chain extender for isocyanate based polyurethane adhesives, elastomers, and foams. REZICURE™ PRO 2210 is a difunctional amine and generates linear polymer structure when reacted with difunctional isocyanates or epoxies. It allows formulators to control the degree of crosslinking.

REZIFLOW™ 1100 is a nonylphenol resin intermediate designed to provide effective oil and water separation when alkoxylated into a demulsifier component for oilfield application.

REZIFLOW™ 1105 is a nonylphenol resin intermediate designed to provide effective oil and water separation when alkoxylated into a demulsifier component for oilfield application.

REZIFLOW™ 1110 is a nonylphenol resin intermediate designed to provide effective oil and water separation when alkoxylated into a demulsifier component for oilfield application.

REZIFLOW™ 1115 is a nonylphenol resin intermediate designed to provide effective oil and water separation when alkoxylated into a demulsifier component for oilfield application.

REZIFLOW™ 1120 is an amine modified nonylphenol resin intermediate designed to provide effective oil and water separation when alkoxylated into a demulsifier component for oilfield application.

REZIFLOW™ 1125 is a nonylphenol resin intermediate designed to provide effective oil and water separation when alkoxylated into a demulsifier component for oilfield application.

REZIFLOW™ 1135 is a nonylphenol resin intermediate designed to provide effective oil and water separation when alkoxylated into a demulsifier component for oilfield application.

REZIFLOW™ 1200 is a butylphenol resin intermediate designed to provide effective oil and water separation when alkoxylated into a demulsifier component for oilfield application.

REZIFLOW™ 1300 is an amylphenol resin intermediate designed to provide effective oil and water separation when alkoxylated into a demulsifier component for oilfield application.

REZIFLOW™ 1420 is an octylphenol resin intermediate designed to provide effective oil and water separation when alkoxylated into a demulsifier component for oilfield application.

REZIFLOW™ 1500 is a dodecylphenol resin intermediate designed to provide effective oil and water separation when alkoxylated into a demulsifier component for oilfield application.

REZIFLOW™ 1505 is a resin used as an intermediate in oilfield demulsifier applications.

REZIFLOW™ 1600 is a cyclic nonylphenol and butylphenol (calixarene) resin intermediate designed to provide effective oil and water separation when alkoxylated into a demulsifier component for oilfield application.

REZIFLOW™ 1605 is a cyclic nonylphenol and butylphenol (calixarene) resin intermediate designed to provide effective oil and water separation when alkoxylated into a demulsifier component for oilfield application.

REZIFLOW™ 1610 is a soluble calixarene resin used as an intermediate in oilfield demulsifier applications.

REZIFLOW™ 2110 is an amine-modified, alkoxylated nonylphenol resin component designed to provide effective oil and water separation when formulated into a demulsifier package for oilfield application.

REZIFLOW™ 2115 is an alkoxylated nonylphenol resin component designed to provide effective oil and water separation when formulated into a demulsifier package for oilfield application.

REZIFLOW™ 2130 is a soluble calixarene resin used as an intermediate in oilfield demulsifier applications.

REZIFLOW™ 2140 is an alkoxylated nonylphenol resin component designed to provide effective oil and water separation when formulated into a demulsifier package for oilfield application.

REZIFLOW™ 2150 is an alkoxylated nonylphenol resin component designed to provide effective oil and water separation when formulated into a demulsifier package for oilfield application.

REZIFLOW™ 2205 is an alkoxylated butylphenol resin component designed to provide effective oil and water separation when formulated into a demulsifier package for oilfield application.

REZIFLOW™ 2210 is an alkoxylated butylphenol resin component designed to provide effective oil and water separation when formulated into a demulsifier package for oilfield application.

REZIFLOW™ 2300 is a resin alkoxylate used in oilfield demulsifier applications. It offers superior water coalescence even at ambient temperatures.

REZIFLOW™ 2305 is a resin alkoxylate used in oilfield demulsifier applications with excellent slugging compound intermediate properties.

REZIFLOW™ 2600 is a resin alkoxylate used in oilfield demulsifier applications.

REZIFLOW™ 2605 is an alkoxylated cyclic nonyl phenol, and butylphenol (calixarene) resin component designed to provide effective oil and water separation when formulated into a demulsifier package for oilfield application.

REZIFLOW™ 2700 is a resin alkoxylate used in oilfield demulsifier applications. It offers excellent performance with superior oil/water interface control.

REZIFLOW™ 2705 is a calixarene resin alkoxylate used in oilfield demulsifier applications with excellent water quality and desalting properties.

REZIFLOW™ 3100 is an alkoxylated eo-po block copolymer design to provide effective oil and water separation when formulated into a demulsifier package for oilfield application.

REZIFLOW™ 3110 is an alkoxylated eo-po block copolymer designed for effective oil and water separation when formulated into a demulsifier package for oilfield application.

REZIFLOW™ 3200 is an alkoxylated polyol block copolymer of ethylenediamine designed to provide effective oil and water separation when formulated into a demulsifier package for oilfield application.

REZIFLOW™ 3210 is an alkoxylated polyol bock copolymer of ethylenediamine designed to provide effective oil and water separation when formulated into a demulsifier package for oilfield application.

REZIFLOW™ 4100 is a diepoxide component designed to provide effective oil and water separation when formulated into a demulsifier package for oilfield application.

REZIFLOW™ 4110 is a diepoxide component designed to provide effective oil and water separation when formulated into a demulsifier package for oilfield application.

REZIFLOW™ 4120 is a diepoxide component designed to provide effective oil and water separation when formulated into a demulsifier package for oilfield application.

REZIFLOW™ 4130 is a diepoxide component designed to provide effective oil and water separation when formulated into a demulsifier package for oilfield application.

REZIFLOW™ 4200 is a polyol/acrylic copolymer designed to provide effective oil and water separation when formulated into a demulsifier package for oilfield application.

REZIFLOW™ 4300 is an alkoxylated nonylphenol resin component designed to provide effective oil and water separation when formulated into a demulsifier package for oilfield application.

REZIFLOW™ 4310 is an alkoxylated nonylphenol resin component designed to provide effective oil and water separation when formulated into a demulsifier package for oilfield application.

<p>REZILITE™ 888 is a heat reactive alkylphenol resin and is supplied in flake form. The exceptional features of this resin are its light color and high heat resistance. REZILITE™ 888 is primarily used in conjunction with chloroprene rubber to produce general purpose solvent-based contact cements and is resistant to sintering upon storage due to its high melting point.</p>

RIBETAK™ 7510P is a thermoplastic alkylphenol resin. RIBETAK™ 7510P is a high softening point resin typically used as a rubber tackifier.

RIBETAK™ 7521P is a thermoplastic alkylphenol resin. RIBETAK™ 7521P is a moderate softening point resin typically used as a rubber tackifier.

<p>ROYALTUF™ 372P20 polymer modifier is a styrene-acrylonitrile (SAN) modified ethylene-propylene-non-conjugated diene (EPDM)</p>

<p>ROYALTUF™ 485 impact modifier increases impact resistance in nylon 6, nylon 6,6, other polyamides, and recycled polyamide materials.</p>

<p>ROYALTUF™ 498 impact modifier is a chemically modified EPDM. ROYALTUF™ 498 impact modifier increases impact resistance in nylon 6, nylon 6,6, other polyamides, and recycled polyamide materials. Particularly recommended for maximizing low temperature impact in polyamides. Improves impact resistance in recycled polyamide materials.</p>

ROYALTUF™ 498HP impact modifier is a chemically modified EPDM. ROYALTUF™ 498 impact modifier increases impact resistance in nylon 6, nylon 6,6, other polyamides, and recycled polyamide materials. Particularly recommended for maximizing low temperature impact in polyamides. Improves impact resistance in recycled polyamide materials.

<p>ROYALTUF™ 4527 impact modifier is a chemically modified EPDM. ROYALTUF™ 498 impact modifier increases impact resistance in nylon 6, nylon 6,6, other polyamides, and recycled polyamide materials. Particularly recommended for maximizing low temperature impact in polyamides. Improves impact resistance in recycled polyamide materials.</p>

RU-1031 is an adhesion promoter additive diluted in water. RU-1031 is recommended to be used with standard resorcinol formaldehyde liquid resins, in the impregnation of several types of wire or textiles such as polyester, nylon, polyamide, Kevlar, rayon, cotton, and others used in the manufacturing of tires, hoses, and belts.

RX-6702 is a modified novolac phenolic resin. RX-6702 is used as a reinforcing resin in rubber compounds where a harder and tougher cured rubber compound is desired.

SBP-128 is a powdered phenolic two-step resin containing hexa.

SBT-30 is a thermoplastic low molecular weight liquid resin without solvents or low boiling point material. SBT-30 is recommended as plasticizer for several type of synthetic and natural elastomers, used in tire compounds, belts, hoses, cylinders, and others types of rubber articles. When added in tire tread, it increases the grip.

SC-204 is a thermoplastic alkylphenol resin. SC-204 is a moderate softening point resin typically used as a rubber tackifier.

SC-2066 is a thermoplastic alkylphenol resin. SC-2066 is a moderate softening point resin typically used as a rubber tackifier.

SFC 112 65 is a butyl-phenol based, BPA-free co-binder designed for epoxy and polyester can and coil coatings. Can be used in combination with PES binder for BPA - NI systems.

SFC 112 72 is a butyl phenol-based, BPA-free co-binder designed for epoxy and polyester can and coil coatings. Can be used in combination with PES binder for BPA - NI systems.

SFC-112/65 is a non-etherfied liquid resin supplied in n-butanol that exhibits superior flexibility, therefore would be recommended for coatings that further bear mechanical deformations.

SFC-112/72 is a non-etherfied liquid resin supplied in n-butanol that exhibits superior flexibility, therefore would be recommended for coatings that further bear mechanical deformations.

SFC-138 is a non-etherified, highly reactive resin supplied as a liquid in n-butanol that provides chemical network density for scratch-resistant coatings. This resin has proven successful in BPA Non Intent systems.

SFC 138B is an ortho-cresol based, BPA-free co-binder designed for epoxy and polyester can and coil coatings.

<p>SFC-220 is an etherified liquid resin supplied in a blend of n-butanol and xylene that is recommended in the formulation of light color and good flexibility varnishes. This resin has proven successful in BPA Non Intent systems.</p>

SFC-222 is a xylenol-based, BPA-free co-binder designed for epoxy and polyester can and coil coatings.

SFP-118 is a thermoplastic novolak resin. SFP-118 is typically used in rubber compounds as a reinforcing resin and it has a low residual phenol content. SFP-118 resin also is intended for epoxy-based powder coating applications.

SFP-121H is a reactive alkyl phenolic resin for contact cements with high heat resistance properties. SFP-121H is particularly suitable for the manufacture of polychloroprene adhesives for the consumer goods, building, furniture, and automobile industries.

SFP-169 is a thermoplastic novolak resin. SFP-169 is typically used in rubber compounds as a reinforcing resin, and it has a low residual phenol content. SFP-169 resin also is intended for epoxy-based powder coating applications.

SG-3130 is a powdered phenolic two-step resin containing hexa.

SMD-30204 is a powdered phenolic two-step resin containing hexa.

SMD-30207 is a thermoplastic novolak resin. SMD-30207 is typically used in rubber compounds as a reinforcing resin and it has a very low residual phenol content.

SMD-31144 is a thermoplastic alkylphenol resin. SMD-31144 is a moderate softening point resin typically used as a rubber tackifier. SMD-31144 is used where extreme levels of tack are required and also where this is required to be maintained long-term.

SMD-31144HT is a thermoplastic alkylphenol resin and is supplied in pastille form. SMD-31144HT is a high-performance tackifier for use in rubber compounds where a high level of tack is required.

SMD-31214A is a reactive alkylphenol-based resin and is supplied as a solution in rubber processing oil. SMD-31214A is typically used to vulcanize rubber and is especially useful in the preparation of thermoplastic vulcanizates, called TPV products.

SMD-31224 is a thermoplastic alkylphenolic resin. SMD-31224 is used in the rubber industry to confer an outstanding tack to green compounds based on synthetic or natural rubbers when compared with standard alkylphenolic resins. It is specifically recommended for manufacturing tires, belts, hoses, etc., for which various parts have to be built up prior to vulcanization.

<p>SP-103 is an alkylphenol-formaldehyde resin used in making polychloroprene contact cements. The outstanding features of this resin are its light color and ability to extend open time without affecting other properties of the finished adhesive.&nbsp;</p>

<p>SP-1045 is a heat-reactive octylphenol-formaldehyde resin that contains methylol groups. SP-1045 was specifically designed for the cure of Isobutylene-Isoprene (Butyl) rubber by the resin cure system*. SP-1045, used in combination with halogen and zinc donors, yields butyl vulcanizates with outstanding resistance to high heat and compression set.</p>

SP-1045H is a reactive alkylphenol resin and is supplied in flake form. SP-1045H resin cures butyl rubber. Because of its versatility and inherent ozone resistance, it has been employed in many areas including tire curing bladders, conveyor belts, gaskets, pressure-sensitive adhesives, and heat-resistant packing compounds. In addition, these vulcanizates are non-blooming, non-staining, and have high modulus values. SP-1045H resin can be used in inks, paints, and coatings.

SP-1045P is a reactive alkylphenol resin and is supplied in pastille form. SP-1045P resin cures butyl rubber. Because of its versatility and inherent ozone resistance, it has been employed in many areas including tire curing bladders, conveyor belts, gaskets, pressure-sensitive adhesives, and heat-resistant packing compounds. In addition, these vulcanizates are non-blooming, non-staining, and have high modulus values. SP-1045P resin can be used in inks, paints, and coatings.

<p>SP-1055 is a heat-reactive, brominated octylphenolformaldehyde resin that contains methylol groups.&nbsp;SP-1055 may be used with butyl rubber or other unsaturated elastomers with or without functionality. The presence of functionality allows for a faster cure. SP-1055 is unique in that it does not require a halogen donor. The use of brominated resins in compounding is especially effective when the rubber may be exposed to heat or repeated use. The rubber will not deteriorate as quickly as rubber crosslinked with other curing agents.</p>

<p>SP-1056 is a heat-reactive, brominated octylphenol-formaldehyde resin that contains methylol groups. SP-1056 may be used with butyl rubber or other unsaturated elastomers with or without functionality. The presence of functionality allows for a faster cure. SP-1056 is unique in that it does not require a halogen donor. The use of brominated resins in compounding is especially effective when the rubber may be exposed to heat or repeated use. The rubber will not deteriorate as quickly as rubber crosslinked with other curing agents.&nbsp;</p>

<p>SP-1068 is an alkyl-phenol resin, thermoplastic, in flakes form, indicated to promote tack for a long period in several types of synthetic and natural elastomers, used in tires compounds, tires tread, as well as hoses, belts and others types of rubber articles.&nbsp;</p>

SP-1068 H is a thermoplastic alkylphenol resin. SP-1068H is a moderate softening point resin typically used as a rubber tackifier.

SP-1077 is a thermoplastic modified alkylphenol resin developed as a tackifier for synthetic and natural elastomers. It is typically used to increase tack in natural rubber and synthetic elastomers, including SBR, BR, IIR, IR, and especially EPDM rubber.

SP-12 is a reactive alkylphenolic resin intended for use in nitrile (NBR) rubber-based contact adhesives. These adhesives are used to join a wide variety of materials, including leather, vinyl, metals, and polyester films.

SP-134 is a modified heat reactive alkylphenol resin and is supplied in flake form. SP-134 is primarily used in conjunction with chloroprene rubber to produce general purpose solvent-based contact cements. SP-134 resin is indicated for coatings, paints, and inks applications.

<p>SP-154 is a modified heat-reactive alkylphenol resin and is supplied in flake form that was developed especially for formulating solvent-borne polychloroprene contact cements that do not phase. Adhesives made using SP-154 have excellent heat resistance, high cohesive strength, and light color. In polychloroprene adhesives, SP-154 increases heat resistance and cohesive strength of the adhesive film.</p>

SP-553 resin is an oil-soluble, thermoplastic, terpene phenolic resin. SP-553 resin is used to increase the tack retention of both polychloroprene, natural rubber (NR), and SBR adhesives. Good performance in pressure-sensitive adhesives. SP-553 resin has a high melting point property.

SP-558 resin is an oil-soluble, thermoplastic, terpene phenolic resin. SP-558 resin is used to increase the tack retention of both polychloroprene, natural rubber(NR), and SBR adhesives. Good performance in pressure-sensitive adhesives. SP-558 resin has a low melting point property.

SP-560 is an oil-soluble, thermoplastic rosin. It is used to increase the tack retention of both polychloroprene, natural rubber (NR), and SBR adhesives. Good performance in pressure-sensitive adhesives, and has a very high melting point.

SP-6600 is a modified two-step powdered resin containing hexa used for rubber reinforcing and other applications.

SP-6601 is a modified two-step powdered resin containing hexa used for rubber reinforcing and other applications.

SP-6701 is a modified phenolic resin and is supplied in pastille or flake form. SP-6701 resin is used as a reinforcing resin in rubber compounds where a harder and tougher cured rubber compound is desired. It has low free residual phenol below 1.0%.

SP-8855 is a phenolic powdered two-step resin containing hexa.

SPL-212P is a heat reactive alkylphenol resin. SPL-212P is primarily used in conjunction with chloroprene rubber to produce general purpose solvent-based contact cements. SPL-212P resin has a purple color.

SPL-518 is a heat reactive alkylphenol resin. SPL-518 is primarily used in conjunction with chloroprene rubber to produce general purpose solvent-based contact cements.

SRF-1501 is a standard resorcinol novolak resin. In combination with a methylene donor when added to in rubber stock, this resin will function as an adhesion promoter and will improve adhesion of the rubber compound to fabrics, fibers, and metals.

SRF-1524 is a standard resorcinol novolac resin in aqueous solution. It is particularly formulated for use with SBR Latex, Type IV, or similar polymers. The major application for SRF-1524 Resin is in tire cord dip solution, especially rayon and nylon cord for SBR carcass.

SRF-1705 is a standard resorcinol novolac resin in aqueous solution. It is particularly formulated for use with SBR Latex, Type IV, or similar polymers. The major application for SRF-1705 Resin is in tire cord dip solution, especially polyester and nylon cord for SBR carcass.

SSA-1221 is a modified two-step powdered resin containing hexa used for rubber reinforcing and other applications.

SSA-125W is a liquid modified resol resin in diluted ethyl alcohol. SSA 125W resin is used in compounding nitrile adhesives and other industrial applications.

SUNPROOF™ EXTRA antiozonant is a controlled blend of selected hydrocarbon waxes for static ozone protection.

SUNPROOF™ IMPROVED antiozonant is a controlled blend of selected hydrocarbon waxes for static ozone protection.

SUNPROOF™ JUNIOR FT antiozonant is a controlled blend of selected hydrocarbon waxes for static ozone protection.

SUNPROOF™ SUPER antiozonant is a controlled blend of selected hydrocarbon waxes for static ozone protection.

T-1000 is a thermoplastic alkylphenol resin and is supplied in pastille form. T-1000 is a high-performance tackifier for use in rubber compounds where a high level of tack is required.

T-5000 is a thermoplastic alkylphenolic resin. T-5000 is used in the rubber industry to confer an outstanding tack to green compounds based on synthetic or natural rubbers when compared with standard alkylphenolic resins. It is specifically recommended for manufacturing tires, belts, hoses, etc., for which various parts have to be built up prior to vulcanization.

T-5600 is a thermoplastic alkylphenol resin and is supplied in flaked form. It is a Super-Tackifier resin for rubber compounds.

T-6000C is a thermoplastic alkylphenol resin. It is used in the rubber industry as a high performance tackifying resin in order to improve the tack of synthetic and natural rubber-based compounds.

TSP-70 is used as an intermediate for surfactant applications such as an adjuvant for agricultural applications.

<p>TRIMENE BASE™ is a curing agent and high temperature accelerator with a medium to long curing range. It prevents sagging of compounds in early stages of air curing. It is a latex foam stabilizer which prevents foam collapse by causing gelling to take place at a higher pH.</p>

<div class="ql-editor">ULTRANOX™ 626 phosphite is a high performance solid organophosphite antioxidant that contains no more than 1.0% by weight of Triisopropanolamine.</div>

ULTRANOX™ 626A phosphite is a high performance solid organophosphite antioxidant that contains no more than 1.0% by weight of Triisopropanolamine. ULTRANOX™ 626A phosphite is a granular version of ULTRANOX™ 626 phosphite.

ULTRANOX™ 627AV phosphite is a high performance solid organophosphite antioxidant that contains no more than 1.0% by weight of Triisopropanolamine which contains 7% of a hydrotalcite for increased hydrostability and easy feeding in a granular form.

<div class="ql-editor">WESTON™ 399 phosphite is a versatile phosphite stabilizer which is useful in a large number of polymers such as HDPE, LLDPE, SBR, ABS, PVC, and others.</div>

<p>WESTON™ 430 phosphite is a specialty alkyl phosphite. It has a hydroxyl number of 395 mg KOH/gm. It is an effective heat, color, and viscosity stabilizer for a variety of polymers including polyester fibers and polyurethanes.&nbsp;</p>

<p>WESTON™ 430 ZP phosphite is a phenol free specialty alkyl phosphite. It has a hydroxyl number of 395 mg KOH/gm. It is an effective heat, color, and viscosity stabilizer for a variety of polymers including polyester fibers and polyurethanes.&nbsp;</p>

<p>WESTON™ 618F phosphite is a phosphite that is a highly effective color and molecular weight stabilizer for polyolefins, polyesters, elastomers, styrenics, engineering thermoplastics, and adhesive formulations. It also contributes to the thermal and UV stability of these polymers.</p>

WESTON™ 619F phosphite is a phosphite that is a highly effective color and molecular weight stabilizer for polyolefins, polyesters, elastomers, styrenics, engineering thermoplastics, and adhesive formulations.

<p>WESTON™ 705 is a next-generation nonylphenol-free liquid phosphite antioxidant designed for superior gel protection and color stability during Polyethylene (PE) and synthetic elastomer production. It has been tested extensively to ensure compliance with food contact requirements, including FDA, EFSA, and NHFPC.</p>

<p>WESTONTM 705T phosphite is a versatile phosphite stabilizer. It is useful in a variety of polymer applications such as HDPE, LLDPE, SBR, NBR, SBC, SBS, ABS, PVC and others. Based on proprietary chemistry, it has been designed to replace TNPP in those instances where a TNPP alternative is sought.&nbsp;</p>

<p>WESTON™ 802T stabilizer blend is a blend of primary and secondary antioxidants. Typical applications for WESTON™ 802T stabilizer blend include HDPE, LLDPE, ethylene propylene copolymers, SBS, ABS, SBR and others.</p>

<p>WESTON™ DPDP phosphite ester is an alkyl-aryl phosphite which is used as a color and processing stabilizer in polycarbonate, polyurethanes, ABS polymers, and coatings where regulatory approval for food contact is not required. It is also used as a secondary stabilizer in polyvinyl chloride.&nbsp;</p>

<p>WESTON™ DPP phosphite ester is a diaryl phosphite which can be used to improve the color of unsaturated polyesters. In polyolefins, WESTON™ DPP phosphite ester can be used as a stabilizer in applications where regulatory approval for food contact is not required. It is also used as a secondary stabilizer to improve the light and color stability and to prevent plate-out of polyvinyl chloride. This product has a high phosphorus content and a relatively low molecular weight.&nbsp;</p>

<p>WESTON™ EHDP phosphite ester is an alkyl-aryl phosphite which can be used as a color and processing stabilizer in polycarbonate, polyurethanes, ABS polymers, coatings and PET fiber where regulatory approval for food contact is not required. It can also be used as a secondary stabilizer to improve color and heat stability in PVC.&nbsp;</p>

<p>WESTON™ PDDP phosphite ester is an alkyl-aryl phosphite which can be used as a color and processing stabilizer in polycarbonate, polyurethanes, ABS polymers, coatings and PET fiber where regulatory approval for food contact is not required. It can also be used as a secondary stabilizer to improve color and heat stability in PVC.&nbsp;</p>

<p>WESTON™ TDP ZP phosphite ester is a phenol free trialkyl phosphite which is useful as a secondary stabilizer in ABS, polyethylene terephthalate, PET fibers, coatings, lubricants, PVC, polycarbonate and polyurethanes. It can also be used in polyolefins where regulatory approval for food contact is not required.&nbsp;</p>

<p>WESTON™ TLP phosphite ester is a trialkyl phosphite which can be used as a lubricant additive to improve antifriction and antiwear characteristics. It also functions as a sulfur deactivator. WESTON™ TLP phosphite ester may be used as a stabilizer in PVC, polyester fibers and in polypropylene when regulatory approval for food contact is not required.&nbsp;</p>

<p>WESTON™ TNPP phosphite is a versatile phosphite stabilizer which is useful in a large number of polymers such as HDPE, LLDPE, SBR, ABS, PVC and others. In most polymers, WESTON™ TNPP phosphite is a cost-effective, high purity stabilizer that improves color and processing stability during recovery, drying, compounding, processing and end use. Synergism is realized when this product is combined with other stabilizers such as hindered phenols. It may be added alone or in combination with the monomers and/or in antioxidant emulsions during recovery and/or during compounding.&nbsp;</p>

<p>WESTON™ TPP phosphite ester is a versatile aryl phosphite which can be used as a stabilizer in many types of polymers including: adhesives, styrenics, engineering thermoplastics, polyesters (to regulate viscosity and improve color stability), polyolefins (as a catalyst adjuvant), polyurethanes (to prevent scorching during curing and improve color stability), coatings, epoxies, and PVC where regulatory approval for food contact is not required.&nbsp;</p>