JADEWIN UV 3853

■POLYMER ADDITIVES

JADEWIN UV 3853

CHEMICAL COMPONENT

SPECIFICATION AND PHYSICAL PROPERTIES

FEATURE AND APPLICATION

* JADEWIN UV3853 is a hindered amine light stabilizer (HALS) which is effective in a broad range of polymers and applications, including PP film/tape/injection molding applications, TPO, and PE film/tape/injection molding.

* JADEWIN UV3853 can also be used for the light stabilization of polyacetals, polyamides,styrenic polymers, and PUR.

* End use applications of JADEWIN UV3853 including PP and TPO automotive parts, TPO roofing

membranes, PE crates, and PP outdoor furniture.

* JADEWIN UV3853 shows a performance synergy with other light stabilizers, especially high molecular weight HALS (e.g. JADEWIN LS944, JADEWIN LS 119) and benzoates (JADEWIN UV 328), and UV absorbers.

Features

-Outperforms other HALS in polyolefin substrates in terms of color stability, gloss retention, and property retention

-Superior solubility and compatibility with polyolefins, for fewer problems relating to exudation (“blooming”) than other low molecular weight HALS

-Synergistic performance with high molecular weight HALS, benzoate light stabilizers, and UV absorbers

-Low volatility and excellent resistance to migration

-Extensive food contact clearances

For additional information please consult the Material safety Data Sheet

PACKING

25Kg DRUM

STORAGE

Keep container tightly closed and dry and storage in cool place

CHEMICAL INVENTORIES

Australia - AICS

Canada - DSL

China - IECSC

Japan - ENCS

New Zealand - NZIoC

Korea - ECL

USA - TSCA

Philippines - PICCS

DISCLAIMER

The information provided is correct to the best of our knowledge,information and belief at the date of its publication. The information given is designed only as a guidancec safe handling, use, processing, storage, transportation, disposal and release and is not to beconsidered a warranty or quality specification. The information relates only to the specific materialdesianated and may not be valid for such material used in combination with any other materials or in anyprocess, unless specified in the text.