JADEWIN UV 1789(AVOBENZONE) is broad spectrum UV absorber with effective absorbtion in both UVA and UVB region JADEWIN UV 1789(AVOBENZONE) is suggested to be used in sunscreen products and formulation of protective hair-care, medicated Skin-Care and also to quench phototoxic skin reactions initiated by weak phototoxic materials. JADEWIN UV 1789(AVOBENZONE) is incompatible with formaldehyde,formaldehyde donor preservatives and heavy metals Pink-Orange Color with Iron, formulation with PABA and its esters develop a yellow color. It can form complexes with aluminium above PH.7. So JADEWIN UV 1789(AVOBENZONE) should avoid Iron and Ferric Salts, Heavy metals,Formaldehyde donors, PABA and PABA esters.
JADEWIN UV 3035 is very effective at protecting plastics and coatings from the damaging ultraviolet radiation found in sunlight. JADEWIN UV 3035 offers excellent UV protection and good heat stability, a combination which makes it useful in many thermoplastic resins. It contributes less color to coatings and plastics than many other UV stabilizers. Dosage is 0.1~0.5% based on polymer weight.
* JADEWIN AN 948 is high molecular weight phosphite antioxidants with excellent thermal stability and unsurpassed hydrolytic stability * Excellent melt flow ,color protection and thermal degradation during high temperature processing or application conditions, such as transportation vehicles, dishwashers toasters and dryers. *JADEWIN AN 948 has excellent hydrolytic stability in polymer and atmosphere,it remains granular and free flowing powder even exposed to extremely elevated moisture conditions Applications -PP, in polypropylene systems that use only a phosphite as process stabilizer , JADEWIN AN 948 could provide high efficiency -PE, low dosage and excellent color and melt flow stability in both HDPE and LDPE -PC, JADEWIN AN 948 could withstand high processing temperatures , where most phosphite antioxidants degrade or volatilize , benefiting from its high molecular weight and low volatility * For additional information please consult the Material Safety Data Sheet.
JADEWIN LS 123 has been developed especially for high solids, acid catalyzed automotive and industrial coatings, i.e. two coat metallic thermosetting acrylate systems or one coat opaque thermosetting acrylate and polyester coatings. JADEWIN LS 123 is recommended for applications such as: automotive and industrial coatings· decorative paints and wood stains or varnishes. Its high efficiency has been demonstrated in a variety of other binders and applications such as: middot;alkyd/acrylic air drying automotive refinish paints middot;alkyd oxidative drying paints and varnishes ·two pack non-isocyanate coating technologies *The liquid form of JADEWIN LS 123 also enables easy emulsification into water-borne systems. *The performance of JADEWIN LS 123 can be significantly improved when used in combination with a UV absorber. In Automotive coatings, combinations of JADEWIN LS 123 with the UV absorbers JADEWIN1130, JADEWIN UV 928, or JADEWIN UV 400 will significantly improve the weathering resistance and provide superior protection against gloss reduction, cracking, color change, blistering and delamination. The light stabilizers may be added in two coat applications to both the base and the clear coat. In Wood Coatings, combinations of JADEWIN LS 123 with the UV absorbers. JADEWIN UV 384 or JADEWIN UV 1130 have been found highly effective in air drying alkyd based formulations. The light stabilizer blends can be added to film forming finishes as well as decorative penetrating stains. The amount of JADEWIN LS 123 required for optimum performance should be determined in trials covering a concentration range.
JADEWIN AN 168 is secondary antioxidant with excellent resistance to extraction by water, low volatility and high heat stability. It reacts during processing with hydroperoxides formed by autoxidation of polymers preventing process induced degradation and extending the performance of primary antioxidants JADEWIN AN 168 has better synergist effort with Primary Antioxidant JADEWIN AN 1010. JADEWIN AN 168 is of good compatibility with most Polyolefin like ABS,PC,PVC,PU, Polyester, PP,PS PBT,PET,PMMA,TPE and etc
Primary antioxidant for organic polymers. An effective antioxidant for use in polymer processing ; reducing viscosity change and gel formation Provides long term heat stability - protects physical properties during storage and use of end-product Exhibits a synergistic effect in combination with JADEWIN AN 168 and other secondary antioxidants Can be used with benzotriazoles or HALS for thermal and light stabilization in outdoor use For additional information please consult the Material safety Data Sheet
JADEWIN BLUE RAY ABSORBER is able to absorb the high energy blue ray ranged 300-470nm. Outstanding weather fastness. Be fit for varies kinds of film materials, optical film adhesive, optical coatings, AB glue etc. Its final products contain cellphone film, lens etc. The absorbing range of UV-BL 1205 UV-BL 1206 can cover UV light and blue ray light.
* SONGSORB® 1577 Is a strong absorber of ultraviolet radiation in the 300~400 region. * Exhibiting very low volatility and good compatibility. * Suitable for processing and aging conditions for complex molding, fibers, plain and corrugated sheet, thin films, co-injected or co-extruded semi-finished parts. * Synergism when used with phenolic & phosphite antioxidants, and HALS. * Can be used polymer blends and alloys, such as PC/ABS, PC/PBT, PPE/IPS,PPE/PA and copolymer * For additional information please consult the Material safety Data Sheet.
* Secondary high performance antioxidant for organic polymers * Excellent melt flow and color protection during thermal processing of polymers * Applications include polyolefins, elastomers, polycarbonate, polyester, and styrenics * Can be used in combination with hindered phenol, such as JADEWIN AN 1010, 1076 to achieve synergistic performance * Can be used with benzotriazoles and HALS for thermal and light stabilization in outdoor use * Moisture sensitive – consult MSDS for handling considerations * For additional information please consult the Material Safety Data Sheet.
