Acridinium Hydrazine Nsp-Sa-Adh

ProName: Acetone oxime ,Acetoxime
CasNo: 127-06-0
Molecular Formula: C3H7NO
Appearance: White crystal
ProductionCapacity: 1-100 Metric Ton/Month
Grade: Industrial Grade

Specifications:
index value
appearance white crystalline powder or flakes
Assay 99.0%
residue on ignition 0.01%
Boiling point 135 c at 1,013 hpa
Moisture 0.25%


Uses:
It is used as raw material for medicine, pesticides, dyes and organosilane coupling agents. It is also useful in the determination of nickel and cobalt. Acetone oxime is an excellent corrosion inhibitor (deoxidant) with lower toxicity and greater stability compared to hydrazine.

Package:
25kg carton drum or 1kg foil bag or by request of clients

Storage: Store in dry, dark and ventilated place

Transportation: by sea or by air

We are a leading supplier of electroplating chemicals, industrial polishing and welding consumables, water treatment, powder coating, fertilizers. We stock and carry an extensive range of ready to use chemicals. We deal with so many different chemicals and we would like you to contact us for more information about our different chemicals and products.

We are a leading supplier of electroplating chemicals, industrial polishing and welding consumables, water treatment, powder coating, fertilizers. We stock and carry an extensive range of ready to use chemicals. We deal with so many different chemicals and we would like you to contact us for more information about our different chemicals and products.

Something about acridinium ester (NSP-SA-NHS)
Acridine esters (NSP-SA-NHS) CAS: 199293-83-9 and related compounds have been proven to be very advantageous chemiluminescent labels, with stability, activity and sensitivity exceeding those of radioactive isotopes. Under alkaline conditions, the NHS will leave and the acridine ester will bind to the protein with a stable amide bond to form an acridine compound. After the reaction is completed, the excess acridine salt is removed through a desalting column. In the presence of alkaline hydrogen peroxide, acridine-labeled protein does not require enzymatic catalysis to emit light on its own. After adding the excitation reagent, the system immediately releases photons, which can be detected with a 430nm standard photometer. This light-emitting process is very short (the entire process occurs in less than 2 seconds), and the trigger scheme must add an internal photometer and photon detector. Proteins, peptides, antibodies, and nucleic acids can all be labeled with acridine. The labeled compound emits light rapidly under the excitation of basic hydrogen peroxide, and the labeled compound can be detected by collecting photons.
Product stability:
1. It is stable in acidic solution (pH4.8, especially in alkaline solution, the acridine compound is partially hydrolyzed to reduce its stability, and the hydrolysis process is a dark reaction process that does not emit light; the degree of hydrolysis increases with the increase of pH, and the degree of hydrolysis increases with the increase of temperature. Increase and increase.
3. The stability of acridine amide is higher than that of acridine ester structure, and the ability to resist hydrolysis is stronger.
4. Acridine ring or phenol ring or benzene sulfonyl ring is connected with a methyl group and other electricity-donating groups. Due to the large steric hindrance, the thermal stability is increased; the electron withdrawing group is attached, which is beneficial to the nucleophilic substitution reaction Its stability decreases.
5. Suggestion: Use a weakly acidic buffer as much as possible for the storage buffer after coupling, and bubbling nitrogen to remove oxygen. Store at low temperature, sealed and protected from light. Conditions can be made into freeze-dried samples and then stored.
Precautions:

5. The acridinium ester luminescence process is very short (the whole process takes less than 2 seconds), and the trigger scheme must add an internal photometer and photon detector; in addition, this product can also use a multifunctional microplate reader equipped with an autosampler Perform luminescence data collection to minimize the influence of sample addition time on the collected signal.

We currently have inventory of highly desirable Citric Acid anhydrous competitively priced and ready to order.

Contact us today for a quote - whether you are looking to make a one-time purchase or are in need of a steady supply to support future production, we will work with you to understand your needs and find a solution.

Order Information:
Pallet: 2,000 lbs (40 x 50lb bags)
FOB: Minnesota

General Information:
Use: Flavor enhancer and preservative
Applications: Alcoholic beverages, CSDs, Plant-based, RTD Tea and Coffee, Sports & Energy Drinks, Waters, Juice Drinks, Instant Drinks
Grade: USP (Food & Pharmaceutical Grade)
Appearance: Colorless crystals or a white, crystalline powder
COO: Canada

Certifications
Non-GMO
Halal and Kosher certified
BSE / TSE free
Prop 65 compliant
Conforms to ISO 9001 and FSSC 22000

Dadmac (Quaternary Ammonium Monomer)

DADMAC is a high purity, aggregated, quaternary ammonium salt and high charge density cationic monomer. Its appearance is colorless and transparent liquid without an irritating smell. DADMAC can be dissolved in water very easily. There is alkenyl double bond in the molecular structure and can form linear homopolymer and all kinds of copolymers by various polymerization reaction. The features of DADMAC are: very stable in normal temperature, unhydrolyzed and noninflammable, low irritation to skins and low toxicity.



Use:

It can be used as cationic monomer to produce mono-polymer or co-polymers with other monomers. The polymers can be used as formaldehyde-free color-fixing agent in the textile dyeing and finishing auxiliaries, film forming on the fabric and improve the color fastness; In paper-making additives can be used as retention agent, paper coating anti-static agent, AKD sizing promoter; Can be used in decoloring flocculation in the process of water treatment and purification with high efficiency and non-toxic;In daily chemicals, can be used as shampoo combing agent, wetting agent and the anti-static agent; In oilfield chemicals can be used as clay stabilizer, cationic additive in acid and fracturing fluid and so on. Its main role is electric neutralization, adsorption, flocculation, cleaning, decoloring, especially assynthetic resin modifier for conductivity and anti-static property.



Applications:

Water Treatment
Paper
Textile & Dyeing
Oil drilling
Mining

CodeItem AMZCD101 AMZCD102 AMZCD103
Appearance Clear transparent liquid
Solid Content 601 615 651
pH 5070
ColorAPHA 50
NaCI 20

1,2,3-bezotriazol 1,2,4-tri Chloro Benzene
1,3,4-xylidine-5-sulphonic Acid 1,4-sulphophenyl-3-methyl-5-pyrazolone (Spmp)
2-aminophenol-4-sulphonic Acid(Oapsa) 2-chloro-4-nitro Aniline[ortho Chloro Para Nitro Aniline](Ocpna)
2-nitro-4-amino Diphenylene-4-sulphonic Acid(2-nadpsa) 2,4-di Nitro Aniline
2-4-di Nitro Chloro Benzene 2,4,5-tri Chloro Aniline
2,4,5-tri Chloro Nitro Benzene 2,5-dichloro Aniline(Scarlet Gg Base)
3-di Ethyl Amino Phenol (Demap) 3,3-di Chloro Benzedine Di Hydrochloride
3,3-di Chloro Benzene 3,4-di Chloro Aniline
3,4-di Chloro Nitro Benzene(3,4-dcnb) 4-chloro-2-amino Phenol[2-amino-4-chloro Phenol](4 Cap)
4-nitro-2-amino Phenol(4 Nap) 4-nitro-4-amino Diphemylene-2-sulphonic Acid(4-nadpsa)
4-sulpho Formazone Base 4,4 Diamino Sulphanilide 4,4 Diamino Benzsulphanilide (Dasa)
4,4-di Amino Benzidine-2,2-di Sulphonic Acid 4,4-di Amino Diphenyl-2,2-di Sulphonic Acid
4,4-di Amino Stilbene, 2:2 Di Sulphonic Acid (Dasda) 5-nitro-2-amino Phenol(5 Nap)
6-acetyl Amino-2-amino Phenol-4-sulphonic Acid 6-chloro Metanilic Acid
6-nitro 1-diazo 2-naphthol 4-sulphonic Acid 6-nitro-2-amino Phenol(6 Nap)
Alpha Naphthylamine Amino G-acid
Aniline-2,4-di Sulphonic Acid Anthranilic Acid
Benzanthrone Benzyl Benzoate
Chloranil Di Anisidine Base
Di Mehtyl Sulphate F.c.acid(4,4-diamino Di Phenyl Amine 2-sulphonic Acid)
Gamma Acid G-salt(2-hydroxy Naphthalene 6-8 Disulphonic Acid)
H-acid(1-amino-8-napthol-3-6-di Sulphonic Acid) K Acid(Schaeffer's Acid )(2-hydroxy Napthalene-6-sulphonic Acid)
Meta Phenylene Di Amine Di Sulphonic Acid (Mpddsa) Meta Phenylene Di Amine-4-sulphonic Acid(Mpdsa)
Meta Ureido Aniline(Mua) Metanilic Acid
N-methyl J-acid N-phenyl J-acid
Ortho Amino Phenol 4 Sulfonamide (O.a.p.s.a Amide) Ortho Anisidine Para Sulphonic Acid (Oapsa)
Ortho Chloro Para Nitro Aniline(Ocpna) Ortho Di Chloro Benzene[1,2-di Chloro Benzene](Odcb)
Ortho Dianisidine Base Ortho Nitro Chloro Benzene (Oncb)
Ortho Nitro Chlorobenzene 4-sulphonic Acid(Oncbsa) Ortho Tertiary Butyl Cyclo Hexyl Acetate
Ortho Toluidine Para Amino Acetanilide-3-sulphonic Acid(Paa 3sa)
Para Amino Azo Benzene 4 - Sulfonic Acid (Paab 4sa) Para Amino Azobenzene-3-4-di Sulphonic Acid(Oncbsa)
Para Amino Azobenzene-4-sulphonic Acid Para Anisidine Ortho Sulphonic Acid
Para Anisidine-3-sulphonic Acid Para Chloro Ortho Nitro Aniline[4 Chloro 2 Nitro Aniline](Pcona)
Para Di Chloro Benzene(Pdcb) Para Nitro Aniline 2-sulphonic Acid
Para Nitro Aniline(Pna) Para Nitro Chloro Benzene Ortho Sulfonic Acid(Pncbosa)
Para Nitro Chloro Benzene(Pncb) Para Phenylene Diamine Di Sulphonic Acid(Ppddsa)
Phenyl Hydrazine Para Sulphonic Acid R Salt
Resist Salt Sodium Naphthionate
Sodium Sulphanilate Sulphamic Acid
Sulphanilic Acid Sulpho Tobias Acid
Tertiary Butyl Catechol[1,2 Dihydroxy-4,tertiary Butyl Benzene] Vinyl Sulphone Ester Acetanilide Base
Vinyl Sulphone Ester Ortho Anisidine Base Vinyl Sulphone Ester Para Base Ester

Items Standard
Appearance White to slightly creamy white
hygroscopic powder or flakes
Identification A An orange yellow precipitate is formed
BA pale blue precipitate is formed
CA deep red colour is produced
PH1 in 20 3070
Water 50
Residue on ignition 01
Lead 10ppm
Aldehydes 005
Hydrazine 1ppm
Vinylpyrrolidone 02
2Pyrrolidone 30
Peroxidesas H2O2 400ppm
Kvalue 270324
AssayNitrogen 115128
TAMC 1000 cfug
TYMC 100 cfug
Staphylococcus Aureus Negative in 10g
Salmonella Negative in 10g
Pseudomonas Aeruginosa Negative in 10g
EColi Negative in 10g