CIS-BUTENEDIOIC ACID,2-Morpholinoethanesulfonic acid,N-Ethylcarbazole

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CAS：115-70-8| The application of AEPD in polyurethane foam
2024-01-24

Product Name： 2-Amino-2-ethyl-1,3-propanediol（AEPD） CAS：115-70-8 Molecular Formula： C5H13NO2 Article No.： A0071 Structural Formula： Product Introduction AEPD is a biochemical reagent with a molecular weight of 119.16, soluble in water. AEPD can be used as an additive in aqueous suspensions to improve the conductivity of suspensions, can be used as an alkalizing agent in hair forming composi...
CAS：115-70-8| The application of AEPD in formaldehyde adsorbents
2024-01-24

Product Name： 2-Amino-2-ethyl-1,3-propanediol（AEPD） CAS：115-70-8 Molecular Formula： C5H13NO2 Article No.： A0071 Structural Formula： Product Introduction AEPD is a biochemical reagent with a molecular weight of 119.16, soluble in water. AEPD can be used as an additive in aqueous suspensions to improve the conductivity of suspensions, can be used as an alkalizing agent in hair forming compositions, ...
CAS：10366-05-9| The Application of Parylene C in clinical medicine
2024-01-24

Product Name：Parylene C CAS： 10366-05-9 Molecular Formula： C16H14Cl2 Article No.： E0016 Structural Formula： Product Introduction Parylene C is mainly used as a high-purity passivation layer and dielectric layer in microelectronics and semiconductors. It can also be used as passivation, protection, lubrication and other coatings in microelectronics; In addition, it can also be used as isolat...
CAS：409071-16-5| The Application of LiODFB in Lithium Battery
2024-01-24

Product Name：LiODFB CAS：409071-16-5 Molecular Formula： C2BF2LiO4 Article No.：E0523 Structural Formula： Product Introduction Lithium difluoroxalate borate is a white powder or crystalline substance that is highly soluble in water and has strong hygroscopicity. It is mainly used as an electrolyte additive in lithium-ion batteries to improve their performance and stability; It can also be used as a f...
CAS：1633-22-3| The Application of Parylene N in Medical device
2024-01-08

Product Name：Parylene N CAS：1633-22-3 Molecular Formula： C16H16 Article No.：D0015 Structural Formula： Product Introduction Parylene N is mainly used as a high-purity passivation layer and dielectric layer in microelectronics and semiconductors. It can also be used as passivation, protection, lubrication and other coatings in microelectronics; In addition, it can also be used as isolation, solidifi...
CAS： 1633-22-3| The Application of Parylene N in semiconductor
2024-01-08

Product Name：Parylene N CAS：1633-22-3 Molecular Formula： C16H16 Article No.：D0015 Structural Formula： Product Introduction Parylene N is mainly used as a high-purity passivation layer and dielectric layer in microelectronics and semiconductors. It can also be used as passivation, protection, lubrication and other coatings in microelectronics; In addition, it can also be used as isolation, solidifi...
CAS：5625-37-6| The Application of PIPES in Medical
2024-01-05

Product Name：PIPES CAS：5625-37-6 Molecular Formula： C8H18N2O6S2 Article No.：P0002 Structural Formula： Product Introduction PIPES is mainly used as a biological buffer and can be used in laboratory research and chemical production processes. Application of PIPES The use of RNA to deliver exogenous genetic information to target cells provides an attractive alternative to DNA. The advanta...
CAS：5625-37-6| The Application of PIPES in Bioengineering
2024-01-05

Product Name：PIPES CAS：5625-37-6 Molecular Formula： C8H18N2O6S2 Article No.：P0002 Structural Formula： Product Introduction PIPES is mainly used as a biological buffer and can be used in laboratory research and chemical production processes. Application of PIPES With the development of genome sequencing technology, research on the sequence, structure, and function of plant genomes is rapidly ...
CAS：5625-37-6| The Application of PIPES in Fertilizers
2024-01-05

Product Name：PIPES CAS：5625-37-6 Molecular Formula： C8H18N2O6S2 Article No.：P0002 Structural Formula： Product Introduction PIPES is mainly used as a biological buffer and can be used in laboratory research and chemical production processes. In addition, PIPES can also be used in fertilizers. Application of PIPES The continuous use of fertilizers can lead to a loss of soil fertility and nutrie...

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