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LITMUS RED INDICATOR PAPER

Price 3769 INR/ Pack

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MOQ : 24 Packs

LITMUS RED INDICATOR PAPER Specification

CAS No
1393-92-6

Molecular Weight
Not Applicable (Mixture)

Storage Instructions
Store in a cool, dry place away from sunlight

Purity
99%

Physical State
Solid (Paper)

Ph Level
Works in pH range 4.5-8.3

Shelf Life
24 Months

Size
Approx. 70 mm length strips

Usage
pH and Acid/Base Detection in Laboratories

Packaging Type
Plastic Box / Pack

Molecular Formula
Not Applicable (Mixture)

Grade
Laboratory Grade

Type
University Lab Chemicals

Application
Acid-Base Indicator

Appearance
Red Paper Strips

Purity(%)
99%

Color Change
Turns blue in alkaline solution

Sensitivity
Detects pH above 8.3 (changes to blue)

Odor
Odorless

Toxicity
Non-toxic

Material
High-quality filter paper impregnated with red litmus dye

Solubility
Not soluble (Paper based)

Number of Strips per Pack
100 strips (approx.)

Disposal
Non-hazardous, dispose of as regular laboratory waste

LITMUS RED INDICATOR PAPER Trade Information

Minimum Order Quantity
24 Packs

Supply Ability
50000 Packs Per Week

Delivery Time
4-5 Days

About LITMUS RED INDICATOR PAPER

Product Name: LITMUS RED indicator paper

Art No: AL2308

Batch No: AL2308 - LITM

Shelf Life : 5 Years

Sr. no.

Tests

Specifications

Results

Description

Red coloured paper strips

Sensitivity

Passes test

Accurate Alkalinity Detection

Our Litmus Red Indicator Paper responds rapidly to alkaline substances, turning blue in solutions with a pH higher than 8.3. Its high purity dye and sensitive formulation ensure precise results, making it indispensable for chemistry and laboratory applications involving acid-base analysis.

User-Friendly and Safe

Crafted from non-toxic, odorless materials, these strips are safe for students and professionals. With no hazardous components, they can be disposed of as standard laboratory waste. Their robust construction ensures easy handling and reliable use in various teaching and research environments.

Long-Lasting and Convenient Packaging

Each plastic box contains approximately 100 red paper strips, each measuring about 70 mm. With a two-year shelf life and proper storage recommendations (cool, dry place away from sunlight), the product offers durability and convenience for repeated laboratory use.

FAQ's of LITMUS RED INDICATOR PAPER:

Q: How does Litmus Red Indicator Paper work in the lab?

A: When a strip of Litmus Red Indicator Paper is dipped into a solution, it changes color from red to blue if the solution is alkaline (pH above 8.3). This visual shift allows for quick determination of acid-base conditions in various laboratory experiments.

Q: What are the recommended storage conditions for these strips?

A: For optimal shelf life of up to 24 months, store the Litmus Red Indicator Paper in a cool, dry place and keep the packaging away from direct sunlight to prevent degradation of the litmus dye.

Q: When should I use red litmus paper over blue litmus paper?

A: Use red litmus paper to test for alkaline substances. It is most effective for detecting pH levels above 8.3, as it will turn blue in the presence of bases, making it ideal for distinguishing between acidic, neutral, and basic solutions during experiments.

Q: Where can I dispose of used Litmus Red Indicator Paper strips?

A: These strips are non-toxic and non-hazardous. Simply dispose of them as regular laboratory waste, following standard disposal guidelines for non-hazardous materials.

Q: What benefits does Litmus Red Indicator Paper offer for laboratory applications?

A: The product provides rapid, clear color changes without the need for instrumentation. Its high sensitivity and reliability make it an essential, easy-to-use tool for educational, research, and analytical labs conducting acid-base tests.

Q: Is there a specific method for using the indicator strips during experiments?

A: Simply immerse the tip of a strip into the test solution and observe any color change. The shift from red to blue indicates an alkaline environment. Always compare results promptly, as prolonged exposure to strong chemicals can alter accuracy.

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