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The material selection platform
Polymer Additives
The material selection platform
Polymer Additives
by SpecialChem
 
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128 products match your search
Product Name
Supplier
Description
Epoxy terminated, Bisphenol F epoxy / CTBN resin adduct. Acts as a flexibilizer. Araldite® LY 1115 is easy to incorporate into epoxy resin and gives significant improvement in the impact resistance... view more
Epoxy terminated, Bisphenol F epoxy / CTBN resin adduct. Acts as a flexibilizer. Araldite® LY 1134 is easy to incorporate into epoxy resin and gives significant improvement in the impact resistance... view more
Epoxy terminated, Bisphenol F epoxy / CTBN resin adduct. Acts as a flexibilizer. It contains co-reacted additive for improved corrosion resistance and adhesion on contaminated surfaces. Araldite® LY... view more
Unmodified tough flexible epoxy. Acts as a flexibilizer. It exhibits low viscosity and an excellent workability. Used in matrix applications, filament winding, casting and pultrusion... view more
Carbon Black 8405 by Huntsman is a fluffy-grade carbon black pigment used in plastics. Possesses a blue tone, relatively low oil absorption, easy dispersibility and very good coloring or tinting vs... view more
Chromium Oxide G-8599 by Huntsman is a synthetic chromium oxide pigment. Possesses stability and performance. It is unaffected by acids, alkalis, paint vehicles, solvents, and possesses excellent... view more
Chromium Oxide Green 5320 by Huntsman is a high-tinting strength inorganic light green pigment made by reducing alkali chromates obtained from chrome iron ore to chromic oxide under very high processing... view more
Applications
Synthetic Iron Oxide Black. A synthetic magnetite (Fe3O4) produced in the aniline process, high-tinting strength inorganic, permanent and inert black pigment characterized by a brown/gray tint... view more
Synthetic iron oxide black. A synthetic magnetite (Fe3O4) produced in the aniline process, high-tinting strength inorganic, permanent and inert black pigment characterized by a bluish tint. Meets or... view more
Davis Color™ Red 10-299 by Huntsman is a blend of light-shade primary synthetic iron oxide reds (Fe2O3). Manufactured in large batches on intensive grinding and blending equipment. Meets or exceeds ASTM C979-82... view more
Davis Color™ Yellow 569 by Huntsman is a blend of extra light-shade primary synthetic iron oxide yellow pigments (FeOOH). Manufactured in large batches on intensive grinding and blending equipment. Meets or... view more
Diethylenetriamine (DETA) by Huntsman is a curing agent for epoxy resins. It also functions as a corrosion inhibitor, surfactant, mineral processing aid and chelating agent. It is a clear... view more
Huntsman
ECA-29 by Huntsman is a blend of aliphatic polyamines derived from ethylenediamine. It acts as a curing agent for epoxy resins. It is used in applications where high Tg (glass transition... view more
Huntsman
ERISYS® GE-4D by Huntsman is t-butyl glycidyl ether. It is an aliphatic mono epoxy functional monomer. It has high purity and decreased chloride content & viscosity. It allows greater dilution... view more
Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more
Ferrispec FP YLO-1888D by Huntsman is yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by... view more
Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more
Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more
Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more
Yellow iron oxide. Exhibits acicular particle morphology. It is produced using a multi-step process which involves the precipitation of ferric oxyhydroxide followed by purification through washing... view more
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