Talk to us

08045479705

GST : 27LVGPS6017M1ZR

Send Inquiry

Request To Call Back

Bismarck Brown Y

Get a Price/Quote

Bismarck Brown Y Specification

Purity
95% min

Poisonous
Yes

Storage
Store in cool, dry place, tightly closed

Solubility
Soluble in water

Ph Level
7.0 (neutral solution)

Shape
Powder

Melting Point
decomposes

Molecular Formula
C18H18N82HCl

Other Names
C.I. 21000, Basic Brown 1, C.I. Basic Brown 1

Boiling point
Not available (decomposes before boiling)

HS Code
3204

Structural Formula
[C6H4(NH2)N=]2C6H4N2

Form
Solid

Molecular Weight
422.32 g/mol

Classification
Basic dye

Chemical Name
Bismarck Brown Y

CAS No
10114-58-6

EINECS No
219-321-6

Grade
Reagent grade / Laboratory grade

Standard
Laboratory or Technical

Type
Azo dye

Usage
Dye and stain

Main Material
Bismarck Brown Y

Application
Biological staining, textile dyeing, microscopy, indicator in analytical chemistry

Appearance
Brown powder

Stability
Stable under recommended storage conditions

Color
Brown

pH Indicator Range
6.8 7.2

Minimum Order Quantity
As per requirement

Hazard Class
Non-hazardous for transport

Shelf Life
2 years if properly stored

Export Markets
Global

Packaging
Plastic bottle / Drum / Bag depending on order size

Bismarck Brown Y Trade Information

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

About Bismarck Brown Y

Bismarck Brown Y arrives remarked for its unassailable stability and purity, demonstrating lofty standards as a premium basic dye. Offered in an attractive sale with remarkable markdowns and exceptional savings, this brown powder is globally recognized for biological staining, textile dyeing, and analytical chemistry. Its stable, non-hazardous form, with dependable shelf life, ensures safe shipment and flexibility in plastic bottle, drum, or bag packaging. Classified as a laboratory-grade azo dye, Bismarck Brown Y is tailored for exporters, manufacturers, and retailers seeking reliable results and high purity across international markets.

Bismarck Brown Y Features, Applications, and Advantages

Bismarck Brown Y is renowned for its application in biological staining, textile dyeing, microscopy, and as an indicator in analytical chemistry. This lofty dye is valued for its high solubility, stable storage profile, and reagent-grade purity. Competitive advantages include non-hazardous transport classification, tailored packaging options, and its unassailable performance in diverse laboratory and industrial contexts. Customers benefit from both the products versatility and remarked global availability.

Domestic Market, Global Export, and Sample Policy

Bismarck Brown Y is widely distributed throughout India and exported to multiple global markets. Shipment modes are carefully chosen to suit order volume, ensuring efficient transportation and minimal outlay for dealers, exporters, and suppliers. Sample policies are flexible, allowing prospective clients to evaluate product quality prior to bulk purchase. Our commitment lies in seamless dispatch and steady outlay management while maintaining remark-worthy product standards for both domestic and international clientele.

FAQs of Bismarck Brown Y:

Q: How should Bismarck Brown Y be stored for maximum shelf life?

A: Store Bismarck Brown Y in a cool, dry place with the container tightly closed to maintain its quality and optimize its two-year shelf life.

Q: What are the primary applications of Bismarck Brown Y?

A: Bismarck Brown Y is primarily used in biological staining, textile dyeing, microscopy, and as a pH indicator in analytical chemistry.

Q: Where is Bismarck Brown Y available for export and domestic use?

A: Bismarck Brown Y is available for export to global markets and also widely supplied throughout India to dealers, exporters, manufacturers, and retailers.

Q: What is the minimum order quantity for purchasing Bismarck Brown Y?

A: The minimum order quantity is set according to client requirements, allowing flexibility for both small and large-scale orders.

Q: Which industries benefit most from using Bismarck Brown Y?

A: Industries such as biological research, textile manufacturing, laboratories, and chemical analysis benefit greatly from its stable properties and high purity.