Reduces discoloration effectively during processing.

For polymers which are easy to discolor.

Exceptional process stability.

Reduces discoloration effectively during processing.

For polymers which need high-temperature processing and/or severe color stability.

Excellent process stability.

Excellent compatibility with low-polar polymers such as PE and elastomers.

Generic phosphite with the highest resistance to hydrolysis among commercial phosphites.

Generic alkylarylphosphite.

For PS, elastomers, etc.

Generic alkylarylphosphite.

For PS, elastomers, etc.s

Trialkylphosphite.

Resistance to discoloration during/after processing.

For polymers which require high-temperature processing.

Generic arylphosphite.

Resistance to discoloration during/after processing.

For PS, PU, elastomers, etc.

Excellent long-term heat stability compared to DLTDP or DSTDP Very low volatility.

Excellent resistance to extraction.

Liquid type.

Good dispersibility/solubility in adhesives, coatings, latexes, etc.

Excellent long-term heat stability.

Low interference with crosslinking agent.

For cross-linked PE and adhesives, etc

Mixture of ADK STAB AO-60 and ADK STAB 2112

Protects polymers effectively against thermal degradation during/after processing.

Provides long-term heat stabilization for the life time of the article due to the synergistic effect of phenolic antioxidant and phosphite.

Mixture of ADK STAB AO-60 and ADK STAB 2112

Protects polymers effectively against thermal degradation during/after processing.

Provides long-term heat stabilization for the life time of the article due to the synergistic effect of phenolic antioxidant and phosphite.

Mixture of ADK STAB AO-60 and ADK STAB 2112

Protects polymers effectively against thermal degradation during/after processing.

Provides long-term heat stabilization for the life time of the article due to the synergistic effect of phenolic antioxidant and phosphite.

Mixture of ADK STAB AO-50 and ADK STAB 2112.

Protects polymers effectively against thermal degradation during / after processing.

Mixture of ADK STAB AO-50 and ADK STAB 2112.

Protects polymers effectively against thermal degradation during / after processing.

Mixture of ADK STAB AO-50 and ADK STAB 2112.

Protects polymers effectively against thermal degradation during / after processing.

Provides long-term heat stabilization for filled/cross-linked polyolefins.

Show excellent copper deactivation.

High heat stability.

For polyolefins with fillers

Higher dispersion and compatibility than CDA-100K.

Show excellent copper deactivation.

Low volatility

Show antioxidant performance as it contains phenolic structure.

Can be readily used finished products by extrusion and injection molding.

Suitable for Polyolefins, Polyesters, stylenic copolymers such as ABS, PC/ABS and HIPS.

Effectively improves stiffness, heat distortion temperature, crystallization temperature/rate and clarity of PP.

High resistance to heat and extraction.

Odorless.

Effectively improves stiffness, heat distortion temperature, crystallization temperature/rate and clarity of PP.

Higher performance than NA-11 with better dispersion.

Highly cost-effective.

For Polyolefins.

Conditions of FDA: B through H

Highly cost-effective.

For Polyolefins.

Conditions of FDA: A through H

It shows better dispersion regardless of kinds of neutralizer.

Effectively improves stiffness, heat distortion temperature, crystallization temperature of PP.

Improves both transparency and mechanical properties effectively.

Superior performance, even at lower loading level, compared to conventional clarifiers.

Odorless.

For Polyolefins.

Improves both transparency and mechanical properties effectively.

Superior performance, even at lower loading level, compared to conventional clarifiers.

Odorless.

For Polyolefins.

Novel β-nucleating agent which initiates β-crystal formation for polypropylene

Provides impact resistance and ductility to PP

Enhances impact strength of talc filled PP due to its excellent nucleating effect

It show ultimate transparency of polypropylene articles which are realized
with significant lower clarifier dosage.

Odorless

Provide excellent lubiricity for ABS with flame retardancy.

Excellent lubricant and ester exchange inhibitor for EVA, TPE & Others.

Catalyst-deactivator for Polyesters.

Excellent thermal stability and low volatility, compared to other benzotriazol-type UVAs.

Less initial coloration.

Low volatility.

Good compatibility with many polymers.

Very low volatility due to high M.W.

Excellent thermal stability.

Excellent long term retention in the polymer.

For engineering plastics requiring high processing temperatures.

Strong UV absorbe.

Less initial coloration.

For PVC, PS, PU, Acrylic polymers,elastomers, etc.

Common benzotriazole-type UVA.

Excellent absorption in longerwavelength.

UV regions, compared to other benzotriazole-type UVAs.

High absorption from 280nm to 300nm wavelength.

Excellent thermal stability and discoloration resistance against heat.

Low volatility.

High absorption in range of 350nm to 380nm wavelength and sufficient UV protection even in thin film applications

High heat resistance and low volatility make it ideal for high-temperature processing applications

Benzophenone-type UVA

Less initial coloration

High absorption in short-wavelength

Good compatibility with many polymers

Low basic N-CH3-type HALS with high amine content.

Provides excellent light/heat stability especially to filled/pigmented polymers.

N-H-type HALS with high amine content.

Provides excellent light stability to many polymers.

High molecular weight HALS.

Very low volatility.

Excellent resistance to extraction.

Provides excellent light stability to thin applications, such as olefin films and engineering plastics which require high processing temperature.

High molecular weight HALS.

Very low volatility.

Excellent resistance to extraction.

Provides excellent light stability to thin applications, such as olefin films and engineering plastics which require high processing temperature.

Liquid HALS.

Main component is N-CH3-type HALS.

Good dispersibility/solubility in coatings,sealants, etc.

Low molecular weight N-H-type HALS.

Provides excellent light stability to polymer molded articles, etc.

Very low basic NO-Alkyl-type HALS.

Provides excellent light stability to lowpolar polymers, such as polyolefins, etc.

Particularly for applications exposed to acid compounds such as agrochemicals.

Polymerizable HALS having metacrylate group.

Copolymerizable with a variety of monomers.

Light stabilizer system PP masterbatch.

Designed for use in pigmented polyolefins.

Excellent compatibility with polyolefins.

For PP/TPE automotive parts.

Light stabilizer system PP masterbatch.

Designed for use in pigmented polyolefins.

Main component is LA-52.

For PP/TPE automotive parts.

Provides excellent light stability for PP automotive parts.

Excellent compatibility with polyolefins and high resistance to blooming.

Polymerizable HALS having metacrylate group

Copolymerizable with a variety of monomers

Provides excellent light stability and compatibility for polyolefins and thermoplastic elastomer

Especially suitable for PP/TPO automotive parts and roofing membranes

Halogen-free liquid type oligomeric phosphate flame retardant for engineering plastics.

Hydrolysis stability, thermal stability and low volatility.

Halogen-free and environment-friendly (bisphenol-A free) liquid type oligomeric phosphate flame retardant for engineering plastics.

Excellent thermal stability and low volatility compared to FP-600.

Maintain physical and mechanical properties of polymers such as HDT compared to FP-600

Halogen-free intumescent flame retardant for polyolefins,TPE, etc.

Less effect on mechanical properties and density compared with metal hydroxides.

Generates almost no smoke and CO during combustion.

Higher heat stability than FP-2500S.

Less dust type

Halogen-free intumescent flame retardant for TPU.

Less effect on mechanical properties and density compared with metal hydroxides.

Generates almost no smoke and CO during combustion.

Suppression of dripping and higher flame retardancy compared with conventional intumescent flame retardants.

High adhesiveness due to epoxy group and vinyl group.

Show compatibility for polymer blend and long-term heat stability.

Provide excellent long-term heat stability and color stability for polyolefins.