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100g Ammonium acetate

  • Product ID: AMMAC00100
  • CAS Number: 631-61-8
  • Molecular Formula: C2H7NO2
  • Molecular Mass: 77.08g/mol
  • Melting Point: 110-116C
  • FP: 133 - 139C
  • Solubility: 0.9 - 1.05 kg/L at 0C
Ammonium acetate is a white, crystalline, highly hygroscopic solid with a faint vinegar odor. It dissolves easily in cold water but decomposes in hot water. Potential applications of ammonium acetate include:
  • acidity regulator
  • raw material in synthesis of pesticides and herbicides
  • precursor in the acetamide plasticizers
  • synthetic catalyst
  • precursor for pyridines, ¬pyridopyrimidines, aziridines, imidazoles, benzoxazines, etc.
  • protein purification agent
  • mordant in dyeing fabrics
  • organic deicer
  • eco-friendly solid ammonia gas carrier

Intended for R/D uses only

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100g Calcium acetate

White crystalline powder
  • Product ID : 100AC24
  • CAS : 62-54-4
  • Molecular formula : C4H6CaO4
  • MP : 155-165C, decomposes
  • Solubility : 340-350g/L
  Calcium acetate is the most commonly used phosphate binder in the United States because it is considered safe by the FDA. Furthermore, it is used in the manufacturing of printing inks, lubricants, soaps, resins, carbon black and other critical materials across industries. Calcium acetate is also used as a blowing agent by PVC foam manufacturers. Other notable uses include:
  • Transesterification catalyst
  • Phosphate binder
  • precursor for the production of CaO
  • sequestrant, thickener,
  • gelling agent for alcohol-based heating fuel
  • texturizer, thickening and firming agent
  • acidity regulator
  • precursor for prized Burow's solution
These products are available in 100g & 500g quantities and email inquiries are acceptable for larger quantities.

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100g Cesium acetate

White, hygroscopic, granular powder
  • Product ID : 100AC16
  • CAS : 3396-11-0
  • Molecular formula : C2H3CsO2
  • Molecular mass : 191.95g/mol
  • Mp : 190-198°C
  Cesium acetate is a white, hygroscopic, granular salt commonly used in organic synthetic chemistries such as:
  • Perkin reaction
  • condensation of aromatic aldehydes with fatty acids
  • alcohol inversion
In most of these reactions, the higher solubility of cesium acetate compared to the insoluble incumbents CsF or CsCO3 which only work best at elevated reaction temperature) facilitates the chemistries to proceed at much lower reaction temperatures. Reduced reaction temperatures widens the reaction scope to volatile shorter chain acid and amine reactants that would rather decompose at elevated reaction temperatures. In other high-tech applications, researchers established that alloying Cs⁺ into hybrid lead halide perovskites generates a path to long-term perovskites stability critical to the implementation in solar cells (See: Laura Piveteau, et. al., Bulk and Nanocrystalline Cesium Lead-Halide Perovskites as Seen by Halide Magnetic Resonance, ACS Cent. Sci. 2020, 6, 7, 1138–1149). In these applications, cesium acetate is proving to be a more versatile cesium precursor, again replacing cesium carbonate as a more soluble (easier to work with) cesium source in the fabrication of cesium lead halide perovskites. Other prominent applications include:
  • specialty glass additive
  • DNA purification
  • high density electrolyte in batteries and fuel cells
  • polymerization catalyst
  • automotive catalyst
These products are available in 100g & 500g quantities and email inquiries are acceptable for larger quantities.

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100g Cobalt (II) acetate tetrahydrate

Reddish-pink crystalline powder • Product ID : 100AC94 • CAS : 6147-53-1 • Molecular formula : C4H6CoO4 • MP : 296-302C, decomposes • Solubility : 350-400g/mL Cobalt carboxylate soaps are commonly used in chemical reactions as catalysts. For instance, cobalt acetate is used for the production of terephthalic acid as well as dimethyl terephthalic acid, which are key compounds in the production of polyethylene terephthalate (PET) resins. Cobalt soaps are used in paints, varnishes, and inks as drying agents through the oxidation of certain compounds. The utility of cobalt lies in its redox switching where cobalt easily passes the bivalent to trivalent state. Other applications include: • Paint and varnish dryer additive • Ceramics brightener • cobalt catalysts • cobalt ceramics precursor • synthetic reagent • Lithium ion battery cathode material

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100g Strontium acetate

White crystalline powder
  • Product ID : 100AC25
  • CAS : 543-94-2
  • Molecular formula : C4H6SrO4
  • MP : >220C
  • Flash point : 37-43C
  • Solubility : 350-400g/mL
Strontium is an alkaline earth metal which is finding lifesaving uses in dental care, cosmetics, and in bone tissue engineering. Several bioactive glass formulations of glasses have been developed in which calcium is partially substituted by strontium. Today, the main application of strontium acetate is as an active component in toothpastes. Other applications include:
  • insect repellent
  • catalysts
  • strontium ceramics precursor
  • synthetic reagent
These products are available in 100g & 500g quantities and email inquiries are acceptable for larger quantities.

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100g Strontium formate dihydrate

White crystalline powder
  • Product ID : 100FO25
  • CAS : 6160-34-5
  • Molecular formula : C2H6SrO6
  • MP : 70-74C
  • Flash point : 27-33C
Common uses include:
  • Supramolecular engineering reagent
  • NLO candidate material
  • Double salt reagent
  • Ceramics and specialty strontium oxide precursor

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100g Tris acetate

  • White, crystalline, hygroscopic powder
  • CAS : 6850-28-8
  • Product ID : TRISAC
  • Molecular formula : C6H15NO5
  • Molecular mass : 181.19g/mol
  • MP: 115-120C
  • FP: 165 - 173C
  • Solubility: 80 - 100g/L at 20C
Tris acetate is a white, crystalline, powder with a faint vinegar odor. Tris acetate, or tris(hydroxymethyl) aminomethane acetic acid salt, is a is highly soluble ammonium salt commonly used as a biological buffer ingredient biological, medical, and biochemical processes. One such process requiring pH control with tris acetate is the DNA extraction. DNA extraction is a pH-sensitive process which uses tris acetate buffer to keep the pH stable between pH 7 and 9. Tris-acetate is also used to prepare TAE buffer (tris-acetate-EDTA), which is used as a running buffer for DNA agarose gels. Intended for R/D uses only

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Calcium Formate

  • Product ID: 100FO24
  • CAS Number: 544-17-2
  • Chemical Name/Synonyms: Calcium methanoate, Formic acid calcium salt, Calcoform, Calcium diformate
  • Molecular Formula: C2H2CaO4
  • Molecular Mass: 130.11g/mol
  • Melting Point: greater than 300°C, decompose at 408°C
  • Form: Off-White Crystalline powder

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Cesium formate monohydrate

  • Purity: 98%
  • CAS Number: 3495-36-1
  • SKU: 100FO14
  • LOT: 100FO14-092020
  • Formula: CH3CsO3
  • Synonym:  Cesium methanoate monohydrate, formic acid cesium salt monohydrate
  • Potential Uses:  Laboratory reagent, drilling mud additive, DNA purification, high density alkaline batteries, specialty glass manufacturing, catalyst, electrolyte, etc.
  • Amount: 100g

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