Grilamid TR - The ultimate transparent polyamide Grilamid TR grades, developed by EMS-GRIVORY, are materials that combine the advantages of polyamide 12 and an amorphous thermoplastic. This results in a transparent plastic material, known for its reliable performance in optics and medical technology. The key features of Grilamid TR are: - Good chemical resistance - Low density - Low moisture absorption - Good flexural bending strength - High heat distortion temperature - Medical grades available Read more about our partner EMS-GRIVORY and their materials on our website. #Erteco #GrilamidTR #Polyamides #Plastic
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Discover Grilamid TR, an amorphous thermoplastic with a unique blend of properties. Combining the best of semi-crystalline polyamide 12 grades and amorphous thermoplastics, it offers exceptional features such as high transparency, chemical resistance, and stress crack resistance. Key characteristics of Grilamid TR include: - High transparency - Good chemical resistance - Low density - Low moisture absorption - Good flexural bending strength - High heat distortion temperature Grilamid TR, available in granulate form, is a versatile polymer that can be modified to meet specific property requirements. Explore the endless possibilities of this noble polymer today. #GrilamidTR #Polymer #Thermoplastic #ChemicalIndustry #MaterialScience
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The unique properties of Grilamid TR grades make them stand out in the realm of thermoplastics. Combining the best of semi-crystalline polyamide 12 grades and amorphous thermoplastics, Grilamid TR offers a distinctive blend of characteristics. - High transparency - Good chemical resistance - Low density - Low moisture absorption - Good flexural bending strength - High heat distortion temperature Grilamid TR, available in granulate form, is a transparent polymer that opens doors to a wide range of applications. Its exceptional properties, such as high chemical and stress crack resistance paired with transparency, set it apart in the industry. The versatility of Grilamid TR allows for tailored modifications to meet specific property requirements, making it a polymer with boundless potential.
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Evaluation of polyamide composite casings with silver–zinc crystals for sausages packaging https://lnkd.in/eKx_tcE7
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COACE KS-01 It is a binary random copolymer formed by the copolymerization of maleic anhydride (MAH) and styrene (ST), which is used in styrene resin filling reinforcement, PA/ABS, PC/ABS and other alloy compatibilizers #plastic #compatibilizer
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https://lnkd.in/eNgEc6MK An annulation of 2-cyanoaryl acrylamides enables a facile and efficient synthesis of functionalized 4-amino-2-quinolones
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🔓 🪞 Scientific Committee on Consumer Safety (#SCCS) answers two important questions related with #titaniumdioxide #nanoform for its #dermal applications as a #cosmetics #use: 1-Is the use of Titanium Dioxide (nano) #coated with a combination of w/w 6% #Aluminium #Hydroxide, 14% #Sodium #Myristoyl #Sarcosinate and 10% #Dimethicone, #safe for use as #UV #filter in dermally applied cosmetic products? 2-Does the SCCS have any further #scientific concerns regarding the use of Titanium Dioxide (nano) coated with the above-mentioned #materials when used as UV-filter in dermally applied cosmetic products? You can see the answers in the below document 💡 ⬇️
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🔓 🪞 Scientific Committee on Consumer Safety (#SCCS) answers two important questions related with #titaniumdioxide #nanoform for its #dermal applications as a #cosmetics #use: 1-Is the use of Titanium Dioxide (nano) #coated with a combination of w/w 6% #Aluminium #Hydroxide, 14% #Sodium #Myristoyl #Sarcosinate and 10% #Dimethicone, #safe for use as #UV #filter in dermally applied cosmetic products? 2-Does the SCCS have any further #scientific concerns regarding the use of Titanium Dioxide (nano) coated with the above-mentioned #materials when used as UV-filter in dermally applied cosmetic products? You can see the answers in the below document 💡 ⬇️
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Engineering Materials - Polyamide (4) - By Scientific Name In principle, all polyamides can be named according to their scientific names. For example, polyamide 6 can be called polycaprolactam, and polyamide 66 can be called polyhexamethylenediamine. For fully aromatic polyamides, they are generally named by their scientific names or by the first letter of their English names. For example, the polymer of p-phenylenediamine and terephthalic acid is called poly-p-phenylene terephthalamide or PPTA. #fullyaromaticpolyamides #polyamide #polyamide6 #PPTA
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Ceracute® V is a polymer dispersion that also contains a cationic surfactant to improve hair absorption and add volume. Check out our interactive catalog to learn more https://bitly.ws/VWWT or email info@presperse.com to request a sample. #letsmakebeautytogether #hairingredient #beautyproduct #beautyingredients #shopcosmeticingredients #volumizinghairingredients
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1-octadecene is a long-chain alkene with many isomers that have different double bond positions. 1-octadecene is one of many isomers, belonging to alpha-olefin, which is a relatively inexpensive solvent and is soluble with oleic acid. 1-octadecene can be used in the synthesis of colloidal quantum dots, but in the process, it can be replaced by a heat transfer fluid such as DowthermA or Therminol66. 1-octadecene is a gas chromatographic comparison sample used in organic synthesis to produce surfactants, fragrances, barberies, dyes and polymers.#polymers #olefin #octadecene https://lnkd.in/ggjEJ5V4
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