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Lithium Acetate
4000 INR/Kilograms
Product Details:
- Density 1.27 Gram per cubic centimeter(g/cm3)
- Packaging Type HDPE Bottles / Pouches
- Usage Laboratory, Chemical Analysis, Biotech
- Storage Instructions Store in cool, dry and well-ventilated area
- Melting Point 286C
- Flash Point Non-flammable
- Shelf Life 36 Months
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Lithium Acetate Price And Quantity
- 4000 INR/Kilograms
- 1 Kilograms
- 2-8°C
- Soluble in water and alcohol
- Acetic acid, lithium salt; Lithium Ethanoate
- Non-hazardous
- 28455000
- Odorless
- 222-073-2
- < 5 ppm
- >= 97%
Lithium Acetate Product Specifications
- Store in cool, dry and well-ventilated area
- 97.5%
- 286C
- Non-flammable
- 36 Months
- 1.27 Gram per cubic centimeter(g/cm3)
- Buffer Solutions, Laboratory Reagent, Biochemical Research
- Laboratory, Chemical Analysis, Biotech
- HDPE Bottles / Pouches
- C2H3LiO2
- Powder
- 7.5 (1% Solution)
- 97.5%
- 65.99 g/mol
- Analytical Reagent (AR)
- 6108-17-4
- School Lab Chemicals
- Custom packing as required
- White Crystalline Powder
- 2-8°C
- Soluble in water and alcohol
- Acetic acid, lithium salt; Lithium Ethanoate
- Non-hazardous
- 28455000
- Odorless
- 222-073-2
- < 5 ppm
- >= 97%
Lithium Acetate Trade Information
- Cash in Advance (CID)
- 50000 Kilograms Per Day
- 1 Days
- Yes
- All India
Product Description
Our company offers highly pure Lithium Acetate which consists of lithium, carbon, hydrogen, and oxygen. This crystalline compound is freely soluble in water and starts to melt at a temperature of 288 degrees Celsius. It is widely used in molecular biology and genetic research to be used as a carrier DNA during transformation of yeast cells. Lithium Acetate has a chemical formula of C2H3LiO2 with a molar mass of 65.99 grams per mol. It is can also be used in the production of ceramics, as a catalyst in some organic reactions, and as a heat exchange medium in cooling systems.
Superior Quality and Analytical Purity
Lithium Acetate is produced to stringent analytical reagent standards, ensuring high purity (97.5%) and minimal impurities. Its crystalline form and low lead level make it an excellent choice for sensitive laboratory procedures, including chemical analysis, buffer preparation, and molecular biology experiments.
Versatile Applications in Research and Education
This compound serves as a reliable ingredient in the formulation of buffer solutions, facilitating pH control and supporting various biochemical protocols. Its stability and solubility enhance usability in both laboratory and classroom settings, making it ideal for educational and professional research purposes.
Safe Handling and Convenient Storage
Designed to be non-hazardous and odorless, Lithium Acetate is packaged in secure, non-reactive HDPE bottles or pouches. It requires storage at 2-8C in a dry, ventilated area, maximizing its shelf life to 36 months and ensuring consistent performance throughout its use.
FAQ's of Lithium Acetate:
Q: How should Lithium Acetate be stored to maintain its quality and shelf life?
A: Lithium Acetate should be stored in a cool, dry, and well-ventilated area at temperatures between 2 and 8C. This ensures stability and preserves its shelf life of up to 36 months.Q: What makes Lithium Acetate suitable for use in buffer solutions and biochemical research?
A: Lithium Acetate's high purity (97.5%), excellent solubility in water and alcohol, and neutral pH make it effective for creating buffer solutions and reliable for various biochemical research applications.Q: When is Lithium Acetate typically used in laboratory procedures?
A: Lithium Acetate is commonly used during laboratory chemical analyses, molecular biology workflows, and buffer preparation, particularly where consistent and high-quality reagents are essential.Q: Where can Lithium Acetate be sourced for laboratory and educational applications in India?
A: Lithium Acetate is available from trusted exporters, manufacturers, suppliers, traders, and wholesalers across India. It is offered in HDPE bottles or custom packaging as per user requirement.Q: What are the benefits of using Analytical Reagent (AR) grade Lithium Acetate?
A: AR grade ensures rigorous quality standards, providing high purity and minimal contamination, which is critical for precise scientific work and dependable experimental results.Q: How is Lithium Acetate typically used in laboratory environments?
A: Lithium Acetate is dissolved in water or alcohol to prepare buffer solutions, used as a reagent in chemical analyses, and supports reactions in molecular biology and biotech experiments.Tell us about your requirement
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GST : 27AAGFU6993E1ZO
Mr Nikesh D Mishra
(Partner)
Mobile : 08045475503
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