Thymol acetate is a phenolic monoterpene ester made from acetic acid and thymol. It is widely acknowledged that acetylation reduces the toxicity associated with thymol. Hence, thymol acetate is a more powerful and safer substitute for thymol. In fact, scientists recently established that both carvarcyl and thymol esters show higher antifungal activity than their phenolic analogs (Wang, K., et. al., Natural Product Research, Vol 33, 2019, Issue 10, https://doi.org/10.1080/14786419.2017.1419232). Due to its safety, thymol acetate find uses as an antifungal, antimold, antibacterial, antioxidant, and disinfectant in household cleaners. Product ID: THYAC CAS: 528-79-0 Formula: C12H16O2 MW: 192.26g/mol Density: 1.0-1.2g/ml BP: 242-245C Flash point: 92-96C
Off-white granular powder Product ID : 100VA13 CAS : 6106-41-8 Molecular formula : C5H9NaO2 Molecular mass : 124.11g/mol MP : �?230�°C Sodium valerate (NaOOCCH2CH2CH2CH3) is a salt of valeric (n-pentanoic) acid. Valeric acid is a corrosive short chain (C5) fatty acid with unpleasant odor, which necessitates its conversion to salts for easier handling. Valeric acid can be produced from lignocellulosic biomass such as Valeriana officinalis roots. Sodium valerate is a colorless powder which is slightly soluble in water and methanol. It is commonly used as a preservative, feed additive, electrolyte, synthetic reagent, bacterial metabolite, etc.
Off-white granular powder Product ID : 100LE13 CAS : 19856-23-6 Molecular formula : C5H7NaO3 Molecular mass : 138.10g/mol Solubility : soluble in water, DMSO, and lower alcohols Levulinic acid is a short chain keto-carboxylate (SCA, C5) produced from abundant, cheap, unwanted biomass sources such as sugars, lignocellulose matter, and/or wasted foods. By virtue of being a salt of bio-derived levulinic acid, sodium levulinate can be classified as a renewable product. Structurally, the 4-keto group on the levulinate moiety provides unique chemistries and physiochemical properties that are absent in alkyl carboxylates. One such chemistries is the ketonic decarboxylation into biofuels. Sodium levulinate (NaOOCCH2CH2COCH3) is an off-white powder used by cosmetologists to increase shelf life of products. Cosmetologists claim that sodium levulinate, solo or combined with other preservatives, can protect products from the growth of microorganisms without altering the integrity of other ingredients, or changing product attributes such as color and/or pH. Common applications are summarized as: 1. Antimicrobial agent 2. Skin-conditioning agent in cosmetics and other personal care products 3. Preservative 4. Antiseptic 5. Deicer
Sodium caprate is a white, flaky, medium chain (C10) fatty acid sodium salt with amphiphilic character and can form micelles and liquid crystals. It is commonly used as a permeation enhancer, heavy metal precipitant, and in liquid crystal engineering. Product ID : 100DEC13 CAS : 1002-62-6 Molecular formula : C10H19NaO2 MW : 194.25g/mol MP : 235-245C Solubility : 0.1-0.12kg/L, turbid solution
Colorless liquid Product ID: MESAL CAS: 119-36-8 Formula: C8H8O3 MW: 152.15g/mol Density: 1.0-1.4g/ml BP: 220-224C Flash point: 92-100C Methyl salicylate (oil of wintergreen) is a colorless liquid with limited water solubility. It is widely known for its characteristic minty aroma or wintergreen and for its therapeutic properties. Exemplary uses of methyl salicylate include, but are not limited to: fragrance odorant disinfectant active pharmaceutical ingredients precursor seed priming and germination agent pesticide key ingredient of Scarlet oil specimen media mounting ingredient
Colorless to yellowish oil Product ID: MEBZO CAS: 93-58-3 Formula: C8H8O2 MW: 136.15g/mol Density: 0.80-1.1g/ml BP: 196-202C Flash point: 78-83C Methyl benzoate (Oil of Niobe) is a pleasant smelling ester of benzoic acid and methanol. It is insoluble in water but readily dissolves in alcohols, oils, paraffins, and other organic solvents. In synthetic chemistry, methyl benzoate can be selectively brominated, nitrated, chlorinated, hydrogenated, or amidated in several useful aromatic derivatives. In the air care industries, the pleasant smell of methyl benzoate is utilized in air fresheners, perfumes, deodorants, etc. In agro-business, methyl benzoate is finding uses as a safer alternative fumigant displacing toxic incumbents such as sulfuryl fluoride, methyl bromide, hydrogen cyanide, nitric oxide, etc. Methyl benzoate is also used as a carrier solvent for dyes, cellulose esters, etc. Other important uses include: bees attractant or bait insect repellant or insecticide preservative masking agent
N,N-Dimethylaminoethanol formate (DMAE formate) is a colorless, viscous liquid at room temperature. It is known to be easy to recover and purify after use through conventional distillation. This allows it to be reused multiple times. Key attributes include: 1. ease of reuse, non-volatile, and thermally stability; 2. dissolves biopolymers such as agarose, starch, cellulose, keratin, etc.; 3. halogen-free ionic liquid which does not pose degradation and corrosive danger associated with halogen-based ionic liquids Exemplary applications include: a) energy efficient reversible CO2 capture medium; b) stable electrolyte in dye-sensitized solar cells, secondary batteries, electrochromic displays, supercapacitors, electrolytic membranes, fuel cells, electrochemical sensors or biosensors, and actuators Product ID : DMEAFO-001 CAS : 59101-30-3 Molecular formula : C5H13NO3 Molecular mass : 135.16g/mol
N,N-Dimethylethanolammonium (DMAE) tartrate is a free-flowing, crystalline, white powder. It is a 1:1 salt of DMAE and tartaric acid, an alpha-hydroxy acid (AHA), derived from grapes. Potential applications of DMAE tartrate include: tightening agent, acidulant, emulsifier, topical formula additive, resin curing agent, etc. CAS: 5988-51-2 Product ID : DMEABIT Molecular formula : C8H17NO7 Molecular mass : 239.22g/mol Density : 1.0-1.3g/ml MP: 102-111C pH: 3-5 for a 10wt% water solution
Dihydromyrcenyl acetate is a colorless terpene ester of acetic acid and dihydromyrcenol with powerful, long-lasting, masculine, lime-lavender, sweet, floral odor. It is a stable and reliable fragrance oil which retains scent for a longer time. It is not soluble in water but is soluble in alcohols and oils. Due to its exceptional stability, it find uses in soaps, detergents, shampoos, toiletries, fabric softeners, household cleaners, antiperspirants, lotions, etc. It is used as a base for lavender, citrus, floral, and fresh fragrances for men. Product ID: DHMAC CAS: 53767-93-4 Formula: C12H22O2 MW: 198.30g/mol Density: 0.85-89g/ml BP: 212-219C Flash point: 89-93C
Reddish-pink crystalline powder Product ID : 100PRO94 CAS : 1560-69-6 Molecular formula : C6H10CoO4 MW : 205.07g/mol Flash point : 54-60C Cobalt propionate is a reddish crystalline powder. It is currently being considered a better source of cobalt than cobalt carbonate in animal feeds. Other applications include: varnish dryer additive, ceramics brightener, cobalt catalysts, cobalt ceramics precursor, synthetic reagent, adhesion promoter, etc.
Colorless oil Product ID: CITRONAC CAS: 150-84-5 Formula: C12H22O2 MW: 198.34g/mol Density: 0.86-0.95g/ml BP: 255-261C Flash point: 86-94C Citronellyl acetate is a rosy, citrusy ester of acetic acid and citronellol. It is commonly utilized as insect repellant or odorant in soaps, household cleaners, sprays, detergents, vanishes, deodorants, air fresheners, shampoo, hair conditioners, candles, toiletries, incense, fabric softeners, pot pourri, etc. Other applications of citronellyl acetate include: antimicrobial preservative disinfectant corrosion inhibitor
White crystalline powder Product ID : 100AC24 CAS : 62-54-4 Molecular formula : C4H8CaO5 MW : 176.18g/mol 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 agent, firming agent, acidity regulator, precursor for prized Burow's solution, etc.
Butyl caprate is an ester of decanoic (capric) acid and butanol. Used as a safer solvent for: dewaxing, tissue engineering, bio-lubricant, culture media, textile oil, rust inhibitor fuel additive Product ID: BUCAP CAS: 30673-36-0 Formula: C14H28O2 MW: 228.37g/mol Density: 0.8-0.9g/ml BP: 120-130C Flash point: 130-140C
White, deliquescent, crystalline powder Product ID : 100AC12 CAS : 6108-17-4 Molecular formula : C2H7LiO4 Molecular mass : 102.02g/mol Mp : 54 - 60�°C Lithium acetate dihydrate is widely utilized as a precursor for pharmaceuticals, in the production of antistatic fibers, buffer for gel electrophoresis of DNA and RNA, catalyst for textiles manufacturing, PVC stabilizer, yeast transformer, polymerization catalyst , and key precursor material for lithium batteries.
Cobalt (II) formate dihydrate (Co(HCOO)22H2O) is a water-soluble reddish crystalline solid. Cobalt (II) formate dihydrate has several uses ranging from agricultural, high tech, catalysis, coordination chemistry, etc. Simple cobalt carboxylates (such as Co(HCOO)22H2O), are good oxidation catalysts. They can be used in paints, varnishes, and inks as drying agents through the activation of oxidizable groups. Cobalt carboxylates can also be to improve the rubber-to-steel adhesion tire fabrication. Exemplary uses cases include, Catalysts for more cleaner fuels processing Cathode material precursor for rechargeable lithium batteries Magnetic component precursor in devices Alternative paint dryer Pigment material in glass, porcelain, ceramics, paints, inks and enamelware Rubber adhesion promoter Anti-corrosion component in alloys Active component in smart materials and devicesPrecursor for long-chain cobalt-based paint dryers Animal feed supplement Micronutrient cobalt fertilizer where cobalt plays a key role in nitrogen fixation Precursor for technologically useful formato-cobalt complexes
Crystalline off-white to beige powder Product ID : 100FO74 CAS : 3251-96-5 Molecular formula : C2H6MnO6 Molecular mass : 181.07g/mol Mp : 126 - 133 C Manganese (II) formate dihydrate (Mn(HCOO)2 ·2H2O) is a water-soluble pale pink salt. Manganese (II) formate dihydrate has several uses ranging from agricultural, high tech, catalysis, coordination chemistry, etc. Exemplary uses include, 1. Ceramics precursor 2. Micronutrient fertilizer 3. LIBs battery cathode precursor 4. Gas absorbing Mn-MOFs precursor 5. Manganese coordination complexes reagent 6. Antioxidant 7. Catalyst in fatty acids synthesis
Production is a blend of both materials Al2O3 2.8% SiO2 5.1% P2O5 22.8% SO3 0.7% K 0.3% Ca 0.6% Cr 0.2% Mn 8.4% Fe 23.0% Cu 0.1% Zn 0.2% and Al2O3 2.0 % SiO2 5.2 % P2O5 33.0 % K 0.5 % Ca 1.3 % Mn 10.9 % Fe 17.8 % Cu 0.1 % Nb 0.4 % Bi 0.1
Available 300mt month Copper Oxide 11-12% Cu Fe 2.8% Cu 14.1% Al2O3 0.9% SiO2 25.9% POL: Vila do Conde / Para / Brazil Payment terms: L/C at Sight
SPECTRUM CHEMICAL MFG. CORP C1477-45KGBL CARBOMER 940, Quantity 990 Kilograms
Cobalt Co 40.64% Moisture H20 10.30% Cadmium (PPM) Cd 42 Sulphur S 6.81% Manganese Mn 2.98% Magnesium Mg 2.71% Iron Fe 0.07% Date Tested: September 4, 2020 Quantity: 326mt readily available with potential to do up to 1,000mt per month Location: Bonded warehouse in Ndola, Zambia Origin: DRC; CMRT compliant mine Pricing: 10.70/lb or 23,592/mt based on Fastmarkets MetalsBulletin, but willing to negotiate Incoterms: FCA preferred
