4-morpholinyl-2-benzothiazyl disulfide. Acts as a primary accelerator. A sulfur donating, fast curing accelerator. Develops short cross links (high modulus) in low or no sulfur compounds. Used for... view more

Tetrabenzylthiuram disulfide. Acts as a fast curing primary or secondary accelerator. Offers longer scorch times. Low to no nitrosamine generating; not carcinogenic. Used for rubbers like NR, SBR... view more

DE-83R™ by Lanxess is decabromodiphenyl Oxide-based flame retardant. Offers very good thermal stability. DE-83R™ is recommended for thermoplastic, elastomeric and thermoset polymer systems such as... view more

DEAC by Lanxes is a diethylaluminum chloride-based catalyst. It is used as a co-catalyst in Ziegler-Natta polymerization processes and as a ethylation regent in organic synthesis. Possesses at least... view more

DEALOX by Lanxess is diethylaluminum ethoxide-based catalyst. It is used as a specialty co-catalyst in some polymerization processes. The ethoxide component of the product provides electron rich... view more

DMAC by Lanxess is dimethylaluminum chloride-based catalyst. Possesses at least one-carbon-metal bond and provides alkylating-, reducing- and lewis-acid properties. DMAC is suitable for the... view more

DP-45™ by Lanxess is a halogenated, flame retardant for polyvinylchloride and elastomers including SBR, neoprene and EPDM. It is extremely effective in PVC jacketing for wire and cable meeting the... view more

Disflamoll® 51092 by LANXESS is a butylated triphenyl phosphate-based flame retardant. It is a phosphate ester with good plasticizing efficiency in many polymers. It is a halogen-free additive and... view more

EADAC by Lanxess is ethylaluminim dichloride-based catalyst component. EADAC is recommended for the production of polyolefins and synthetic rubbers... view more

EADC by Lanxess is ethylaluminum dichloride-based catalyst. Possesses at least one-carbon-metal bond and provides alkylating-, reducing- and lewis-acid properties. EADC is suitable for the... view more

EASC by Lanxess is ethylaluminum sesquichloride-based catalyst. It is used as a cost effective scavenger for oxygen and water. Possesses at least one-carbon-metal bond. Provides alkylating... view more

Ethazate® by Lanxess is a fast curing accelerator at low temperatures with medium precuring tendency. It is recommended for coated fabrics. Ethazate® is used in latex compounding and latex foam... view more

Ethyl Tuex® by Lanxess is tetraethylthiuram disulfide-based accelerator with a sharp curing range with normal to high sulfur levels. Used in natural, butyl and nitrile (e.g., paracril) rubbers... view more

Firemaster® 2100R by Lanxess is a non-blooming, general purpose, brominated, high-purity, non-DPO based flame retardant. It possesses excellent color, high thermal stability, good UV stability and... view more

Firemaster® 504 by Lanxess is a halogenated (bromine), flame retardant. It exhibits low viscosity (pours at room temperature) offering improved process handling and storage (fast bulk tank transfer... view more

Firemaster® 508 by Lanxess is a reactive, low viscosity, halogenated flame retardant blend. It is a blend of PHT4- Diol™ and phosphate ester. It depicts fast bulk tank transfer versus neat... view more

Firemaster® 520 by Lanxess is a reactive, low viscosity, halogenated flame retardant. It offers greater processing latitude and improved polymer curing in comparison to PHT4-diol. This product... view more

Firemaster® 600 by Lanxess is a low viscosity, high efficiency, phosphorus and bromine based flame retardant. It does not contain brominated diphenyl ether (PBDE). This product shows outstanding... view more

Fireshield® H by Lanxess is a high quality, performance grade of antimony trioxide-based flame retardant. It is used in conjunction with organohalogen flame retardants or halogen containing resins... view more

Genitron® ACR by Lanxess acts as a blowing agent. It is based on azodicarbonic acid diamide/p-toluene sulphohydrazide preparation. Genitron® ACR is used for the foaming of rubbers... view more