Ctac Suppliers and Manufacturers

Product Name: CTAC Product Description: "This product is one of Sebchem Key products Some of our direct/ Indirect clients are ARAMCO, ADNOC, SCHLUMBERGER, BAKER HUGHES, CLARIANT, CHAMPION, GE, SUEZ, METITO, ECOLAB, MAPEI, SIKA, ARAMCO REFINERIES, SCOTT BADER, SYNTHOMER, IFFCO. Sebchem providing its chemicals to our global clients in the Oil & Gas Upstream Oil & Gas Downstream, Petrochemicals, Industrial, Water Treatment, Construction, Detergent, Coating & Resin, Agro, Textile, Food. We supply chemicals IBCs, Drums, ISO Tanks, Bags, and up to Bulk Vessels" Price of product ( USD price or FOB price): USD Product origin: Multiple Key Specifications/Special Features: "This is one of Key products of Sebchem given to Sebchem clinets across the World. Please contact our sales team or via our website for getting TDS, SDS, COA "

Sles Capb , Ctac , Lauramine Oxide, Cao .

This production line can produce 35 products per minute.(it depends on the productionf¼s complexity and size.) the speed can't be regulated . This prodution line is composed of the followings(note1), 1. An auto-lubricated feeder(note2) 2. An eletronic controlled panel 3. A length controller 4. An ordinary 63-t punch 5. A set mould of food container which is vertical curl or full curb. 6. A automatic conveyor(with a rim charge carbore) 7. A collector of finished product. (1) this production line is electrification integration, and centralized control.Full-automatic product.Worker just collect the finished products. (2) the foil feed systemf¼s width is 520mm.(basic model) (3) the feeding system is controlled by computer. You can regulate the length form 30mm to 999mm. (4) as we can manufactured the machine according to the productsf¼s size that they required, the machine model is different. The procedure of production: Raw material: aluminium foils¬auto-lubricated feeders¬length controller s¬63t punch s¬moulds¬collect product by hand (or auto-collector)s¬packing. Packed in wooden case.

Tetra butyl ammonium bromide & 50% solution Tetra propyl ammonium bromide Tetra Ethyl Ammonium Bromide Ethyl Tri Phenyl Phosphonium Bromide Methyl TriButyl Ammonium Chloride Myrishyl trimethyl Ammm Cl BKC14 powder & BKC16 powder Methyl Triphenyl Phosponium Chloride Methyl Tri Octyl (Tri Copryl) Ammonium Chloride Butyl triphenyl phosphonium chloride Tetra phenyl phosphonium chloride Benzyl Triphenyl Phosphonium Chloride Methyl triphenyl phosponium Bromide Phenyl trimethyl ammonium chloride Cetyl Pyridinium Chloride Cetyl Dimethyl Ethyl Ammonium Bromide Benzalkonium chloride. As per customer requirement.

Ammonium & phosphonium quarts phase transfer catalyst, , TEBA, TBAB, CTAC, STAC, PTMACL, BKC, cetrimide.

Chemicals, quaternary ammonium compound and cosmetics surfactants like cetyl trimethyl ammonium chloride ctac, benzalkonium chloride BKC, lauryl amine LAO, CAPB, CDEA, coco betaine, LTAC, DTAC.

1. Basic nature The application of acridine compounds in chemiluminescence detection has the following advantages: Low background luminescence and high signal-to-noise ratio; Less interference factors in luminescence reaction; The light release is fast and concentrated, the luminous efficiency is high, and the luminous intensity is large; It is easy to link with protein and the photon yield does not decrease after linking; The markers are stable (storable for several months at 2-8C), they have good solubility in water, are stable and are not easily hydrolyzed. The chemiluminescence of acridine compounds does not require a catalyst and can emit light in a dilute alkaline solution containing H2O2. The luminescence of the compound is flash type. After adding the luminescence starter, the emitted light intensity reaches the maximum in about 0.5s, and the half-life is about 1s. Acridine compounds are used in chemiluminescence immunoassay (CLIA). That is, the antibody or antigen is labeled with acridine salt, and HNO3+H2O2 and NaOH are used as the luminescence priming reagent. Some add Triton X-100, CTAC, Tween-20 and other surfactants to the luminescence priming reagent to enhance luminescence. Acridine compounds are commonly used in environmental analysis, immunoassay, enzyme activity analysis and labeling oligonucleotide fragments, etc., and are used clinically to determine bacteria, viruses or other disease markers. 2. Acridine ester DMAE-NHS or NSP-DMAE-NHS Acridine ester DMAE-NHS or NSP-DMAE-NHS is an ideal chemiluminescence immunoassay labeling substance with good luminescence performance. Compared with the widely used acridinium ester AE-NHS, the luminescence intensity of the acridinium ester DMAE-NHS or NSP-DMAE-NHS and antibody (Ab) conjugates is higher, and the luminescence dynamics of the two are very similar. Both are flash-type luminescence and both reach the highest at 0.4s, but the thermal stability of DMAE-NHS or NSP-DMAE-NHS is significantly higher than that of AE-NHS. AE-NHS is only stable in acidic solutions, when pH>6.3 It is easy to hydrolyze later, but DMAE-NHS or NSP-DMAE-NHS is not. For example, at room temperature, it is very stable in a PB buffer with a pH of 7.0. After 16 days, the luminescence activity is only reduced by 3.6%. Their luminescence thermal stability with protein conjugates is similar to this. The acridinium ester DMAE-NHS or NSP-DMAE-NHS is easy to label biomolecules and the luminescent activity and biological activity of the labeled compound are stable. The synthesized luminescent label is applied to chemiluminescence immunoassay with high sensitivity and other ideals. For example, the minimum detection limit of TSH is 0.007 mIu/L. Therefore, the acridinium ester DMAE-NHS or NSP-DMAE-NHS has good application value for the research of chemiluminescence analysis and chemiluminescence immunoassay. 3. Acridine Sulfonamide NSP-SA-NHS Acridine sulfonamide is a very effective