Melting Point: 79-81 ° C (lit.)
Flash point 230 ° C
Storage conditions 0-6 ° C
Water Solubility PRACTICALLY INSOLUBLE
Stable. Incompatible with strong oxidizing agents.
CAS database 112-84-5 (CAS DataBase Reference)
NIST Chemical Substances Information 13-Docosenamide, (z) - (112-84-5)
EPA Chemical Substances Information 13-Docosenamide, (13Z) - (112-84-5)
Chemical properties: White flaky crystals. Soluble ethanol, ethyl ether and other organic solvents.
Uses for food, clothing and other polyethylene, polypropylene film bag for the opening agent, all kinds of plastic products, lubricants, mold release agent and the production of PP stabilizer
Use for the synthesis of photosensitive materials
Uses as acid-sensitive arm into the poly-p-phenoxy ethylene, as a new carrier in solid-phase peptide synthesis has a wide range of applications.
Use Mainly used as PVC, polyethylene, polypropylene extruded film excellent lubricant. Resin by adding about 0.1% erucamide, can speed up the extrusion speed, after molding products slip, can effectively prevent the film between the prime adhesion, easy to operate. While also making the plastic with antistatic properties. The product is also used for metal protective film, pigment and dye dispersant, printing ink additives, fiber oil, release agent, rubber with agents. As non-toxic, to allow the use of food packaging materials.
Use Erucic amide is an erucic acid amide with low color (90Pt-Co) and low moisture content (100mg / kg) refined from vegetable oils. Erucic acid amide has excellent smoothness and good anti-adhesion performance. Adding erucic acid amide and fully premixing, can effectively reduce the polymer and equipment, polymer and polymer friction and adhesion, so that the processing speed and product quality get mate ascension. Since the erucic amide can be formed after the product migration and the formation of a layer of film on the surface of the product, the product has good slip properties and good anti-adhesion. While the final product mechanical properties and visual effects are no major changes. Erucic acid amide has a lower volatility than oleic acid amide and high temperature thermal stability, erucic acid amide high temperature characteristics make it very suitable for P
Production methods from the erucic acid and ammonia in the catalyst under the amination, dehydration derived.
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