Carminic Acid For Microscopy

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Carminic Acid For Microscopy Specification

Density
Gram per cubic centimeter(g/cm3)

Smell
Odorless

Poisonous
Yes

Refractive Rate
Not determined

Shape
Powder

Form
Solid

Ph Level
Neutral to slightly acidic in solution

HS Code
3203.00.10

Melting Point
200 C (decomposes)

Structural Formula
Available upon request

Molecular Formula
C22H20O13

Purity
98%

Solubility
Soluble in water, ethanol

Other Names
Carminic Acid, C.I. Natural Red 4

Storage
Store in cool, dry place, tightly closed

Molecular Weight
492.39 g/mol

Taste
Not determined

Boiling point
Not applicable (decomposes before boiling)

Classification
Organic Dye

Chemical Name
Carminic Acid

CAS No
1260-17-9

EINECS No
208-230-3

Grade
Microscopy Grade

Standard
Meets microscopy reagent standard

Type
Analytical Reagent

Usage
Staining in microscopy, laboratory research

Main Material
Carminic Acid

Application
Microscopy, histological staining agent

Stability
Stable under recommended storage conditions

pH Sensitivity
Color changes depending on pH

Regulations
Complies with analytical laboratory reagent specifications

Compatibility
Compatible with various microscopy mounting media

Color
Deep red to purple

Shelf Life
Minimum 2 years when properly stored

Handling Precaution
Use gloves and safety goggles; avoid inhalation and ingestion

Packaging Size
10g, 25g, 100g bottles

Carminic Acid For Microscopy Trade Information

Main Export Market(s)
South America, Middle East, Africa

About Carminic Acid For Microscopy

Unlock formidable performance in your laboratory with Carminic Acid for Microscopy. This gilt-edged reagent, renowned for its imposing deep red to purple hue, is the affordable and trusted choice for histological staining. Jump on the opportunity to enhance your resultsits pH-sensitive color transition delivers precision across a range of microscopy techniques. Effectively compatible with diverse mounting media, this organic dye boasts a minimum two-year shelf life and superior stability when stored properly. Available in convenient powder form (10g, 25g, 100g bottles), Carminic Acid meets strict analytical standards, ensuring safe and reliable application for researchers and professionals alike.

Versatile Application for Laboratory Excellence

Carminic Acid for Microscopy is expertly suited for use in a variety of settings, including educational, clinical, and research laboratories. It is ideal for staining biological samples, making cellular structures vividly distinct on glass slides. This powerful reagent is best applied to surfaces such as tissues, cells, and other organic materials where precise visualization is critical. Its compatibility ensures accurate results in standard microwork, advancing histological studies and boosting the clarity of microscopic observation.

Exceptional Supply and Valuation Across India

With a robust supply ability, Carminic Acid is readily available for immediate shipment to meet the demands of educational and industrial laboratories across the nation. Our main domestic market covers all of India, with additional export options via respected FOB ports. Each packaging size is crafted to maximize product integrity while minimizing expenditure, ensuring gilt-edged reliability and value. We stand as trusted dealers, exporters, and suppliers, consistently delivering exceptional quality to our valued clientele.

FAQs of Carminic Acid For Microscopy:

Q: How should Carminic Acid for Microscopy be stored to maximize its shelf life?

A: Store Carminic Acid powder in a tightly closed container, in a cool, dry place, to ensure stability and maintain a minimum shelf life of two years.

Q: What are the main applications for Carminic Acid in laboratory research?

A: Carminic Acid is primarily used as a staining agent in microscopy and histology, effectively highlighting biological structures for detailed microscopic examination.

Q: When is Carminic Acid most beneficial during the staining process?

A: It is most beneficial when differentiation of tissue structures is essential, as its pH-dependent color variations provide sharp and distinct visualization.