D-(+)-Xylose Himedia

Name: D-(+)-Xylose Himedia
Brand: GREENEVOLUTION LIFE SCIENCE PRIVATE LIMITED
Price: 825.0 INR
Availability: InStock

Price 825.0 INR/ Piece

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MOQ : 1 Piece

D-(+)-Xylose Himedia Specification

CAS No
58-86-6

Molecular Formula
C5H10O5

Molecular Weight
150.13

Shelf Life
Minimum up to 2029-12 (as per label)

Size
100 g

Storage Instructions
Store in a cool, dry place

Purity
99.0-102.0%

Melting Point
approx. 114C

Physical State
Solid

Usage
Laboratory, Culture Media Preparation

Grade
Laboratory/Research Grade

Type
Monosaccharide Sugar

Application
Research, Microbiology Media preparation

Appearance
White crystalline powder

Purity(%)
99.0-102.0%

EC Number
200-400-7

Lot Number
0000737363

Product Code
GRM111-100G

About D-(+)-Xylose Himedia

Spotlight your laboratory research with the famed D-(+)-Xylose Himedia, Product Code GRM111-100G. Procure this resplendent white crystalline powder-purity assured at 99.0-102.0%-for your advanced scientific endeavors. This celebrated monosaccharide sugar, decorated for its reliability, is ideal for microbiology media preparation and research applications. With a molecular weight of 150.13 and formula C5H10O5, its robust laboratory/research grade ensures dependable results. Sale includes 100 grams per pack, shelf life up to December 2029. Exported, manufactured, and supplied by a trusted trader-D-(+)-Xylose Himedia shines as an essential for cultured discovery.

Features & Application of D-(+)-Xylose Himedia

The resplendent D-(+)-Xylose Himedia is renowned for purity (99.0-102.0%) and solid, crystalline form. Its laboratory/research grade quality renders it ideal for culture media and microbiology research. Easily dissolvable, it integrates seamlessly into standard application methods, delivering precise results. Extra features include a wide melting point of around 114C, ensuring stability during storage and use. Its 100g packaging supports multiple batch preparations, enhancing laboratory workflows and culture media efficiency.

Sample Policy & Packaging of D-(+)-Xylose Himedia

D-(+)-Xylose Himedia's sample policy ensures readiness for evaluation, with stock always ready for prompt delivery. Each batch is carefully packaged to preserve the white crystalline purity, and samples can be swiftly handed over upon request. Packaging is designed to maintain product integrity during transit and storage. Samples are available for potential buyers, supporting confident procurement decisions. Consignment is delivered efficiently, ensuring you have the right stock available for your research needs.

FAQ's of D-(+)-Xylose Himedia:

Q: How should D-(+)-Xylose Himedia be stored for maximum shelf life?

A: Store D-(+)-Xylose Himedia in a cool, dry place to preserve its purity and effectiveness. Proper storage extends its usable shelf life up to December 2029, as indicated on the product label.

Q: What are the primary applications of D-(+)-Xylose Himedia in the laboratory?

A: D-(+)-Xylose Himedia is predominantly used for microbiology media preparation and various types of scientific research due to its high purity and reliable performance as a monosaccharide sugar.

Q: When is a sample of D-(+)-Xylose Himedia available for evaluation?

A: Samples are available upon request, with stock ready for immediate handover and quick delivery, facilitating timely research and decision-making.

Q: Where can D-(+)-Xylose Himedia be purchased?

A: D-(+)-Xylose Himedia can be procured directly from leading scientific suppliers, exporters, manufacturers, and traders, ensuring authenticity and reliable sourcing for laboratories worldwide.

Q: What is the process for using D-(+)-Xylose Himedia in culture media preparation?

A: Simply weigh the required amount of D-(+)-Xylose Himedia, dissolve in the appropriate solvent, and integrate it into your culture media for microbiological or research applications, following standard laboratory methods.

Q: What benefits does the high purity (99.0-102.0%) of D-(+)-Xylose Himedia offer?

A: The high purity ensures consistency, reliability, and reproducibility in research and culture media preparation, minimizing the risk of contaminants and enhancing experimental outcomes.

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