Resins & Diluents

SP-1077* develops high tack levels in rubber compounds which are used in the construction of tires and mechanical goods. It has been found that adequate tack levels can be achieved using lower levels of SP-1077* than is possible with
conventional alkylphenolic tackifiers.

Used in automobile applications such as truck blocks, molded transmission parts, and clutch facings.

The major applicationg for SP-6601 Resin is in shoe sole stocks. With relatively light loadings of the resin, on the order of 10 to 15 parts on 100 parts of the SBR, Shore A Hardness of 95 to 100 can be easily obtained. It is also used to raise modulus in polyisoprene, natural rubber, polybutadiene and SBR.

This material is a general purpose resin that has found application as a dust suppressant for fibrous composites, as a saturating resin for paper and wood, as a binder for molding compositions and as an ingredient in various metal coating applications.

SP-1068Y is a thermoplastic resin made from octylphenol and formaldehyde. This resin is supplied in pellet form.

SP 6280 is used as a heat-resistant binder in brake blocks, including medium to heavy duty truck brake blocks. It imparts very good heat stability and fade resistance. Its low melt viscosity and long flow are advantageous if the material is being utilized in formulations with a
higher fiber content. The resin has also been applied in disc pad formulations and transmission parts.

SP 6600 and nitrile rubber blends are used in such diverse applications as adhesives, mechanical goods and shoe soling. The resin is soluble in alcohols, ketones and esters. SP 6600 can be compounded directly into rubber stocks, or in the case of solution, mixed together with solvents and premilled rubber. The resin is completely compatible with NBR in both the cured and uncured states. In addition, the resin will reinforce the rubber in the cured state.

In Banbury operations, it is often more desirable to add hexa to the stock on the sheet off mill. The quantity of hexa added is dependent on processing conditions and the physical properties desired in the product.

SP-6701 Resin is used primarily in SBR stocks where high-processing temperatures are encountered. Due to the high-temperature compounding cycles, the early presence of hexa could result in a premature cure or scorch. The addition of eight percent hexa to this material yields thermosetting properties equal to the SP-6601 Resin. The hexa should be added with the accelerators and sulfur as the last step in the mixing cycle.

It is typically used in the formulation of nitrile rubber (NBR) based adhesives.

For use in truck blocks, clutch facings, molded transmission parts and other molding compositions.

In combination with a methylene donor, in rubber stock, it will function as a ply or fabric adhesive.

The major application for SRF-1524 Resin is in tire cord dip solution, especially rayon and nylon cord for SBR carcass.

ReziCure® 3100 can be used to make epoxy-phenolic coatings or molding systems. It can also be used to make epoxidized novolaks
useful in coating and molding applications. ReziCure® 3100 is especially useful where uniform molecular weight distribution is important. It
is designed for use in the manufacture of microelectronic components.

Rezilite 888 is recommended where high performance solvent-based polychloroprene adhesives are needed. It is possibly to combine Rezilite 888 with other phenolic resins to optimize properties such as resistance to heat, open time, and the solids/viscosity relationship.

This formulation is widely used as heat-activating cement. Activation temperatures are on the order of 130 to 160°C. Leather-to-leather bonds formed in this manner display peel strengths in the range of 30 pounds per inch width.

SP-134 is extensively employed in the perparation of general-purpose and heat-activating polychloroprene cements. It can also be used in formulating adhesives NBR, SBR, natural and reclaimed rubbers.

SP-144 is mainly employed in the perparation of general-purpose and heat-activated polychloroprene adhesives.

SP-154 is extensively employed in the preparation of general purpose and heat-activating polychloroprene cements. It can also be used in formulating adhesives NBR, SBR, natural and reclaimed rubbers.

SP-25 can be used to extend open time in solvent based polychloroprene adhesives without adversely affecting other properties. SP-25 can
also be used in the manufacture of durable exterior protective coatings where it provides chemical resistance and good thermal properties.

SP-103 is extensively employed in perparation of general-purpose and heat-activating polychloroprene cements. It can also be used in formulating NBR, SBR, natural and reclaimed rubbers SP-103 is a completely compatible with polychloroprene and nitrile rubbers.

It is intended for use as a curing resin and/or modifier in coatings and adhesives.

SP-553 Resin is used to increase the tack retention of both polychloroprene and SBR adhesives. In the case of polychloroprene adhesives, the use of excessive amounts of this resin will cause a considerable reduction in the cohesive strength of the adhesive film.

Polychloroprene cements can be directly formulated from simple mixtures of polychloroprene and SP-560 Resin. Such cements display good strength and tack retention properties but may be deficient in high-temperature performance. To improve high temperature performance, SP-560 Resin may be blended in any proportion with heat-reactive resins.

This product was designed specifically to cure Isobutylene-Isoprene (Butyl) rubber by the resin cure system. Resins of this type can also be used to partially cross-link elastomeric materials to form a pressure sensitive mass.

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 resistnace to high heat and compression set.

This resin is made by a semi-continuous process which is fully automated. This allows for a consistent quality product with batch sizes in excess of a full truck load.

The resin is made by semi-continuous process which is fully automated. This allows for a consistent quality product with batch sizes in excess of a full truck load.

It is typically used to increase tack in natural rubber and synthetic elastomers, including SBR, BR, IIR and IR.

HRJ-1166 is supplied in flaked form and has a nearly colorless to light yellow color. This product is specially processed to obtain low levels of monomer, ion, and particulate material.

This resin is used in the formulation of polychloroprene contact cements with good green strength and heat resistance.

This product is specially processed to obtain low mono-mer, ionic salt and particulate levels. HRJ-2210 was designed to be used as a hardener for electrical-grade epoxy molding compounds.

HRJ-2901 was developed for use in postitive photo-resist coatings for microelectronics. It is especially useful where resistance to high temperature re-flow is required.

It was primarily designed for use in contact cements but has found use in other areas.

HRJ-10518 was designed to provide a rapid cure at normal curing temperatures, or to promote adequate cure at lower temperatures. HRJ-10518 can also be used to formulate pressure sensitive adhesives, inks, and thermoplastic elastomers.

HRJ-10518-LX crosslinks ruber through C-C bridges. This results in an inherent ozone-resistant and heat-resistant cured rubber system which has many end uses such as tire curing bags, conveyor belts, gaskets, and heat-resistant packings.

This resin is primarily designed for use in coatings and contact cements but this is also useful in various other applications.

HRJ-11112 has been specifically designed to be compatible with polychloroprene latex systems that have a high pH. Other high pH elastomer latex systems can also be used as long as the stabilizer systems are compatible.

The primary use for this product is in the manufacture of polychloroprene adhesives, where it gives especially good hot bond strength.

This resin is primarily designed for use in metal coating formulations but is also useful in various other applications.

HRJ-11873 is generally used in a similar way to enhance tack in water-based adhesive systems. HRJ-11873 contains a surfactant which helps compatibility and also contains a small amount of a non-toxic glycol ether which also helps to tackify the elastomer system.

This resin is primarily designed for use in metal coatings, but is also useful in various other applications.

This resin is primarily designed for use in metal coating formulations but is also useful in various other applications.

This resin is processed as a pastille, which is especially suited for automated material handling systems.

This material is a general purpose resin that has found application as a precursor to a phenolic resin foam, as a saturating resin for paper and wood, as a binder for molding compositions and as an ingredient in various metal coating applications.

HRJ-11891 is suggested for pressure sensitive applications including, permanent labels, tape, and general purpose polyester and vinyl decals where a high degree of creep resistance is required. HRJ11891 was designed for improved resistance to elevated temperature and to plasticizer migration.

This resin is primarily designed for use in metal coating formulations where a darker colored film is desired but is also useful in various other applications.

ReziCure 1050 is primarily designed for use as a rubber tackifier but is also useful in various other applications.

ReziCure™ 3010 can be used as a co-reactant in epoxy-phenolic systems for coatings and molding applications.

BRJ-473 can be easily blended directily into solutions of rubber.

This resin is primarily designed for use as an epoxy co-reactant but is also useful in various other applications including powder coatings.

CRJ-418 tackifier resin is readily dissolved in solvent (aromatic and aliphatic hydrocarbons), easily blended into rubber stock.

Elaztobond A150 is a modified phenol fomaldehyde resin that has been as a replacement for resorcinol – formaldehyde polymers for use in rubber processing applications.

Elaztobond A150 is a modified phenol fomaldehyde resin that has been as a replacement for resorcinol – formaldehyde polymers for use in rubber processing applications.

Elaztobond T2000 is a modified phenol formaldehyde resin that has been developed as a replacement for Koresin.

Elaztobond T6000 is a modified phenol-formaldehyde resin that has been developed as a high performance tackifier resin.

ETHANOX 310 antioxidant is useful in stabilizing polyolefins and other plastics, elastomers, adhesives, resins, oils, and other organic substrates subject to oxidation.

It is safe and effective for use in a wide variety of polymers. If your polymer is sanctioned by the FDA for use in indirect food contact, that sanction will be maintained with the use of ETHANOX 330 antioxidant.* Its superior effectiveness and overall stability means that its use in most polymers greatly improves their capacity to process without degradation and to stand up to demanding long-term applications.

It is useful in stabilizing polyolefins and other plastics, elastomers, adhesives, resins, oils and other organic substrates subject to oxidation

Applications include steam turbine oils, R&O oils, hydraulic fluids, transformer oils, industrial gear oils and grease.

ETHAPHOS 326 is recommended for use in polyethylene, polypropylene, ethylene-vinylacetate copolymers, polystyrene, polyesters, polyvinyl chloride, and other thermoplastics and elastomers to provide processing stability.

FB 210 B 60 is the toluene free version of FB 209 BT 57 at a higher solids content. Compatible with epoxyde resin like Epikote 1007 or 1009, the FB 210 B 60 resin is used for heat curing phenolic / epoxyde combinations where good chemical resistance, light color and hardness are needed.

It is a highly effective additive for suppressing the formation of acidic and insoluble products of oil oxidation. Engine applications include passenger car, heavy duty diesel, medium speed diesel, natural gas, aviation, two stroke, marine, and automatic transmission fluids. Industrial uses include turbine, compressor, hydraulic, slideway, quench and gear oils, metalworking fluids, and greases.

ETHAPHOS 368 antioxidant is approved by the FDA for use in indirect food contact applications*. ETHAPHOS 368 antioxidant can be used in combination with phenolic antioxidants, acid neutralizers, UV stabilizers and other functional additives.

This resin can be used as an epoxy co-reactanct in various general-purpose applications including adhesives and laminating.

In adhesives based on polychloroprene, FRJ-551 gives good bond strengths, both at room and elevated temperatures.

FRJ-811 is a powdered, thermosetting, two-step phenolic resin. It is intended for use as an adhesion promoter for plastisols.

HRJ 425 is used as a heat-resistant binder in clutch discs. It imparts very good heat stability and fade resistance.

Woodworking Hotmelts, Packaging Adhesives, Paint, Varnish, Cavity Protection

Woodworking Hotmelts

Hotmelts, Solvent Adhesives, Paint, Varnish

Hotmelts, Solvent Adhesives, Paint, Varnish

Woodworking Hotmelts, Packaging Adhesives, Contact Adhesives, Paint, Varnish, Cavity Protection

Woodworking Hotmelts, Solvent Adhesives, Processing Aid, Paint, Varnish, Cavity Protection, Newspaper Inks, Sheet-fed Offset Inks

Flooring Adhesives, Sealants, Jointing Compounds, Floor Coatings, Casting Resins, Sealing Compounds, Corrosion Protection

Hotmelts, Contact Adhesives, Solvent Adhesives, Tire tread, Floor Coatings, Casting Resins, Sealing Compounds, Corrosion Protection

Packaging Adhesives, PSA, Contact Adhesives, Water-borne adhesives, Processing Aid, Paint, Varnish

Hotmelts, Packaging Adhesives, SBC, Contact Adhesives, Solvent Adhesives, Tire tread, Floor Coatings, Casting Resins, Sealing Compounds
Corrosion Protection

Scintillation-kits and -cocktails, Non-reactive & hydrophobic modifier for rust protection systems, marine paints, sealant, coatings, adhesives, concrete reconstruction, industrial flooring, civil engineering, casting resins (i.e. electrical, electronically & mechanical applications), joint fillers, i.e. based on epoxies and/or polyurethane, Non–polaric additive for primers to prevent the formulation of blisters (osmosis), Alkyl-aromatic aid for improving the leafing of silver bronze (aluminium colors), Tackifier, film–forming aid & softener for emulsion adhesives & -paints, Textile auxiliaries, heat transfer fluid, drying process media, capacitor oil, Man–made process oil for the production of organic colored pigments and pigment pastes, Cleaning agent (for hot – & cold cleaning processes)

Chemical reactions, Printing inks / detach aids (detach oils for mould-[form-]working), Tackifier, film–forming aid & softener for emulsion adhesives & -paints, Compatible with mineral oils and binders (i.e. resins, waxes, bitumen etc.), Wets colourings, pigments and fillers very well, increases the power of solubility, For better compatibility of mineral oils in formulated products, Increases the solvency power, regulates the rheology

Reduction of viscosity and improvement of hydrophobicity in epoxy and polyurethane resins, Printing inks, ink-jet, etc., pigment pastes and pigment dispersions, Almost odourless solvent for pesticides, Heat transfer oil, Lower volatility compared to Ruetasolv DI

Reduction of viscosity and improvement of hydrophobicity in epoxy and polyurethane resins, stable against UV-light, Printing inks, ink-jet, etc., pigment pastes and pigment dispersions, Tackifier, plasticizer and film formation agent in dispersions, Higher compatibility in comparison to Ruetasolv DI, Heat transfer oil

Low viscous modifier for thermosetting resins containing OH-groups, Tackifier in adhesives, Improving corrosion protection on concrete and on steel (i.e. marine paints), Hydrophobic Plasticizer for polyurethane, epoxy resins and NBR elastomers, Non-reactive with epoxy resins and amin hardeners, Partly reactive with polyurethane (isocyanate)

Reduction of viscosity and improvement of hydrophobicity in epoxy andpolyurethane resins, Tackifier, plasticizer and film formation agent in dispersions

Scintillation kits and ~ cocktails, very high yield in energy (photons), Heat transfer fluid, capacitor oil, Non-reactive modifier for corrosion prevention systems, sealant, coatings, concrete renovation systems, industrial floors, casting resins, joint fillers (i.e. based on polyurethane or epoxies), pigment pastries, Alkylaromatic aid to improve the leafing of silver bronze (aluminium colours), Tackifier, film-forming aid & softener for emulsion adhesives & paints, Cleaning agent (for hot – & cold cleaning processes), drying process media

Woodworking Hotmelts, Paint, Varnish

Woodworking Hotmelts, Solvent Adhesives, Processing Aid, Paint, Varnish, Cavity Protection, Newspaper Inks, Sheet-fed Offset Inks

Cavity Protection, Newspaper Inks, Sheet-fed Offset Inks

Woodworking Hotmelts, Paint, Varnish, Cavity Protection, Newspaper Inks, Sheet-fed Offset Inks, Gravure Printing Inks, Coloured Rotary Offset Inks

Woodworking Hotmelts, Solvent Adhesives, Paint, Varnish, Newspaper Inks, Sheet-fed Offset Inks, Gravure Printing Inks, Coloured Rotary Offset Inks

Woodworking Hotmelts, Newspaper Inks, Sheet-fed Offset Inks, Gravure Printing Inks, Coloured Rotary Offset Inks

Woodworking Hotmelts, PSA, Newspaper Inks, Sheet-fed Offset Inks, Gravure Printing Inks, Coloured Rotary Offset Inks

Woodworking Hotmelts, Gravure Printing Inks

Water-borne Adhesives, Solvent Adhesives, Protective Agent against Heat Ageing, Paint, Varnish, Floor Coatings, Casting Resins, Sealing Compounds

Water-borne Adhesives, Solvent Adhesives, Protective Agent against Heat Ageing, Paint, Varnish, Floor Coatings, Casting Resins, Sealing Compounds

Offset Printing Inks

Woodworking hotmelts, Packaging Adhesives, Contact Adhesives, Paint, Varnish, Cavity Protection

Woodworking Hotmelts, Packaging Adhesives, Contact Adhesives, Processing Aid, Cavity Protection

Woodworking Hotmelts, Packaging Adhesives, Contact Adhesives, Solvent Adhesives

Woodworking Hotmelts, Packaging Adhesives, Contact Adhesives, Paint, Varnish, Cavity Protection, Newspaper Inks, Sheet-fed Offset Inks

Woodworking Hotmelts, Packaging Adhesives, Contact Adhesives, Cavity Protection, Newspaper Inks, Sheet-fed Offset Inks, Gravure Printing Inks, Coloured Rotary Offset Inks

Solvent Adhesives, Processing Aid, Substitute for Aromatic Processing Oils

Processing Aid, Paint, Varnish, Corrosion Protection

Woodworking Hotmelts, Packaging Adhesives, Processing Aid, Paint, Varnish, Corrosion Protection

Woodworking Hotmelts, Packaging Adhesives, Processing Aid, Paint, Varnish, Cavity Protection

Processing Aid, Corrosion Protection, Newspaper Inks, Sheet-fed Offset Inks

Processing Aid, Newspaper Inks, Sheet-fed Offset Inks

Woodworking hotmelts, Packaging Adhesives, PSA, Contact Adhesives, Paint, Varnish, Cavity Protection

Woodworking Hotmelts, Packaging Adhesives, PSA, Contact Adhesives, Paint, Varnish, Cavity Protection

Woodworking Hotmelts, Packaging Adhesives, Contact Adhesives, Paint, Varnish, Cavity Protection

Woodworking Hotmelts, Packaging Adhesives, PSA, Contact Adhesives, Paint, Varnish, Cavity Protection

Woodworking Hotmelts, Packaging Adhesives, Contact Adhesives, Paint, Varnish, Cavity Protection

Woodworking Hotmelts, Packaging Adhesives, Contact Adhesives, Paint, Varnish, Cavity Protection

Woodworking Hotmelts, Packaging Adhesives, Contact Adhesives, Paint, Varnish, Cavity Protection

Packaging Adhesives, Contact Adhesives, Paint, Varnish, Cavity Protection

Woodworking Hotmelts, Packaging Adhesives, Contact Adhesives, Paint, Varnish, Cavity Protection

Contact Adhesives, Water-borne Adhesives, Flooring Adhesives, Sealants, Jointing Compounds, Floor Coatings, Casting Resins, Sealing Compounds

Solvent Adhesives, Flooring Adhesives, Sealants, Jointing Compounds, Substitute for Aromatic Processing Oils, Floor Coatings, Casting Resins, Sealing Compounds

Woodworking Hotmelts, Water-borne Adhesives

Packaging Adhesives, Contact Adhesives, Water-borne Adhesives, Paint, Varnish

Viscosity Modifier, Binder

Contact Adhesives, Water-borne Adhesives, Flooring Adhesives, Sealants, Jointing Compounds, Plasticizer, Softener, Tackifier, Viscosity Modifier, Binder

Woodworking Hotmelts, Water-borne Adhesives, Solvent Adhesives,Processing Aid, Paint, Varnish, Cavity Protection

Woodworking Hotmelts, Water-borne Adhesives, Solvent Adhesives, Processing Aid, Paint, Varnish, Cavity Protection

Woodworking Hotmelts, Flooring Adhesives, Sealants, Jointing Compounds, Substitute for Aromatic Processing Oils, Floor Coatings, Casting Resins, Sealing Compounds

Sealing Compounds, Corrosion Protection, Flooring Adhesives, Sealants, Waterborne Adhesives

Water-borne Adhesives, Flooring Adhesives, Sealants, Jointing Compounds, Floor Coatings, Casting Resins, Sealing Compounds

Flooring Adhesives, Sealants, Jointing Compounds, Floor Coatings, Casting Resins, Sealing Compounds, Corrosion Protection

Flooring Adhesives, Sealants, Jointing Compounds, Floor Coatings, Casting Resins, Sealing Compounds

Building Adhesives, Dispersion Adhesives, Floor Coatings, Casting Resins, Sealing Compounds, Protective Coatings

Building Adhesives, Dispersion Adhesives, Floor Coatings, Casting Resins, Sealing Compounds, Protective Coatings

Building Adhesives, Dispersion Adhesives, Floor Coatings, Casting Resins, Sealing Compounds, Protective Coatings

Building Adhesives, Dispersion Adhesives, Floor Coatings, Casting Resins, Sealing Compounds, Protective Coatings

The low viscous Novares LR 600 will reduce the viscosity of Bisphenol-A-resins comparable or even more effective than the other modifiers.

Water-borne adhesives, Floor Coatings, Casting Resins, Sealing Compounds

Flooring Adhesives, Sealants, Jointing Compounds, Floor Coatings, Casting Resins, Sealing Compounds

Contact Adhesives, Water-borne adhesives, Flooring Adhesives, Sealants, Jointing Compounds

Paint, Varnish, Cavity Protection, Floor Coatings, Casting Resins, Sealing Compounds

Paint, Varnish

Processing Aid, Corrosion Protection

Processing Aid, Corrosion Protection

Paint, Varnish

Water-borne Adhesives, Solvent Adhesives

Water-borne Adhesives, Processing Aid, Paint, Varnish

Water-borne Adhesives, Solvent Adhesives, Processing Aid, Paint, Varnish

Paint, Varnish

Solvent Adhesives, Processing Aid, Paint, Varnish

Solvent Adhesives, Processing Aid, Paint, Varnish

Paint, Varnish

Paint, Varnish

Solvent Adhesives, Gravure Printing Inks, Paint, Varnish

Water-borne Adhesives, Solvent Adhesives, Processing Aid, Paint, Varnish

Gravure Printing Inks

Water-borne Adhesives, Solvent Adhesives, Protective Agent against Heat Ageing, Paint, Varnish, Floor Coatings, Casting Resins, Sealing Compounds

Water-borne Adhesives, Solvent Adhesives, Protective Agent against Heat Ageing, Paint, Varnish, Floor Coatings, Casting Resins, Sealing Compounds

Solvent Adhesives, Paint, Varnish

Flooring Adhesives, Sealants, Jointing Compounds, Floor Coatings, Casting Resins, Sealing Compounds Corrosion Protection

Flooring Adhesives, Sealants, Jointing Compounds, Floor Coatings, Casting Resins, Sealing Compounds

Flooring Adhesives, Sealants, Jointing Compounds, Floor Coatings, Casting Resins, Sealing Compounds

Flooring Adhesives, Sealants, Jointing Compounds, Floor Coatings, Casting Resins, Sealing Compounds Corrosion Protection

Water-borne Adhesives, Flooring Adhesives, Sealants, Jointing Compounds, Floor Coatings, Casting Resins, Sealing Compounds

Water-borne Adhesives, Solvent Adhesives, Flooring Adhesives, Sealants, Jointing Compounds, Substitute for Aromatic Processing Oils, Floor Coatings, Casting Resins, Sealing Compounds

Water-borne Adhesives, Solvent Adhesives, Flooring Adhesives, Sealants, Jointing Compounds, Substitute for Aromatic Processing Oils, Floor Coatings, Casting Resins, Sealing Compounds

Water-borne Adhesives, Solvent Adhesives, Processing Aid, Substitute for Aromatic Processing Oils

Substitute for Aromatic Processing Oils, Processing Aids