Interpolymer Corp.
Canton, MA 02021
Peroxide-Stable Polymers suit carpet cleaning products.
Low-pH soil-suspension agent, SyntranÃ-® 4022, consists of low molecular weight, sodium acrylate solution polymer that helps liquid carpet cleaner loosen and remove dirt particles. Low-pH embrittling agent, Syntran 4020, is high molecular weight emulsion polymer that encapsulates dirt during shampooing cycle to facilitate its removal when carpet is vacuumed. Product also improves carpet...
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Polymer produces high-solids floor finishes.
MegatranÃ-® 248 produces floor finish formulations that are easily applied and repaired, and perform well over wide range of temperatures and humidities. Glossy finishes respond well to burnishing, low-speed spray buffing, and frequent ultra-high-speed maintenance. Use of sulfate and sulfonate groups attached to polymer backbone stabilize polymer emulsion particles during drying process.
Read More »Opacifiers come in 2 variations for different applications.
SyntranÃ-® Personal Care Opacifiers are suited for use in cosmetics, hair care, and other personal care products, while Syntran Household and I&I Opacifiers are used for floor finish formulations and other products for household, institutional, and industrial markets. Using different acrylic co-polymer emulsions, products are available with no added preservatives. They offer broad formulation...
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Polymer produces durable floor finish.
MegatranÃ-® 233 features high gloss characteristics with scuff and scratch resistance. Due to high solids content, formulations based on Megatran 233 polymer require fewer coats than are needed with conventional lower-solids formulations. Use of sulfate and sulfonate groups attached to polymer backbone stabilize polymer emulsion particles during drying process. Finishes respond well to...
Read More »Interpolymer Opens New Lab, Office in China
CANTON, MA - Expanding its market reach and customer service in Asia, Interpolymer has opened a new Sales Office and Research Laboratory in Shanghai, China. The fully equipped Interpolymer facility is located in Shanghai's XuHui Functional Materials Research Park. With this new facility, Interpolymer will now be able to provide more extensive support to its customers in Asia, declares Wim van...
Read More »Peroxide-Stable Polymers suit carpet cleaning products.
Low-pH soil-suspension agent, SyntranÃ-® 4022, consists of low molecular weight, sodium acrylate solution polymer that helps liquid carpet cleaner loosen and remove dirt particles. Low-pH embrittling agent, Syntran 4020, is high molecular weight emulsion polymer that encapsulates dirt during shampooing cycle to facilitate its removal when carpet is vacuumed. Product also improves carpet...
Read More »
Polymer produces high-solids floor finishes.
MegatranÃ-® 248 produces floor finish formulations that are easily applied and repaired, and perform well over wide range of temperatures and humidities. Glossy finishes respond well to burnishing, low-speed spray buffing, and frequent ultra-high-speed maintenance. Use of sulfate and sulfonate groups attached to polymer backbone stabilize polymer emulsion particles during drying process.
Read More »Opacifiers come in 2 variations for different applications.
SyntranÃ-® Personal Care Opacifiers are suited for use in cosmetics, hair care, and other personal care products, while Syntran Household and I&I Opacifiers are used for floor finish formulations and other products for household, institutional, and industrial markets. Using different acrylic co-polymer emulsions, products are available with no added preservatives. They offer broad formulation...
Read More »
Polymer produces durable floor finish.
MegatranÃ-® 233 features high gloss characteristics with scuff and scratch resistance. Due to high solids content, formulations based on Megatran 233 polymer require fewer coats than are needed with conventional lower-solids formulations. Use of sulfate and sulfonate groups attached to polymer backbone stabilize polymer emulsion particles during drying process. Finishes respond well to...
Read More »