Assembly Of Apparatus For Determination Of Carbon Dioxide in Lime

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Assembly Of Apparatus For Determination Of Carbon Dioxide in Lime

Price 80720 INR/ Unit

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MOQ : 1 Piece

Assembly Of Apparatus For Determination Of Carbon Dioxide in Lime Specification

Humidity
Room Conditions (2080% RH)

Features
Corrosion-resistant glassware, easy cleaning, chemical compatibility

Resolution
0.1%

Display Type
Visual (Graduated burette/volume scale)

Equipment Type
Chemical Testing Apparatus

Port Size
Standard Glassware fittings (Borosilicate glass joints)

Max Height
35 cm (Assembled)

Test Range
020% CO determination in lime

Mounting Type
Table Top

Gas Pressure
Ambient

Interface Type
Glass joints

Measuring Range
020% CO

Temperature
Room Temperature (2030C)

Accuracy
0.5%

Number of Specimens
1 at a time

Specimen Size
510 g lime sample

Operating Voltage
N/A (manual operation)

Application
Covers method of test for determination of carbon dioxide content of building lime.

Response Time
1020 minutes (standard procedure)

Automation Grade
Manual

Power Supply
Not Required (Manual Operation)

Usage
Cement Testing

Capacity
Single test per operation

Machine Weight
8.5 kg

Test Speed
Manual

Control Mode
Manual

Sample Preparation
Requires powdered lime sample

Apparatus Components
Absorption flask, guard tube, gas absorption vessel, dropper bottle, burette, drying tube

Calibration
Manual: Volume marks on burette

Stand Type
Heavy-duty retort stand with adjustable clamps

Storage Requirement
Dry, dust-free environment

Compliance Standard
IS:6932 (Part VII) Method of Test for Building Lime

Material of Construction
Borosilicate glass, rubber stoppers

Chemical Compatibility
Compatible with dilute acids and carbonates

Operational Safety
Non-toxic, recommended for laboratory use with PPE

Packing Type
Protective foam and carton packaging

Cleaning Method
Washable with laboratory glassware detergent

Assembly Of Apparatus For Determination Of Carbon Dioxide in Lime Trade Information

Minimum Order Quantity
1 Piece

FOB Port
Ahmedabad

Supply Ability
100 Pieces, , Per Month

Delivery Time
8 Week

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Wooden Box / Corrugated Box

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

Main Domestic Market
All India

Certifications
ISO 9001 : 2015

About Assembly Of Apparatus For Determination Of Carbon Dioxide in Lime

Covers method of test for determination of carbon dioxide content of building lime.

Details:

The system consists of a U tube A with anhydrous granulated calcium chloride and another U tube B with soda asbestos, funnel C with a glass stopcock S and a bent inlet glass tube is used to introduce hydrochloric acid into the generating flask D.

Condenser E condenses most of the water and hydrochloric acid. The U tube F contains zinc pallets to react with residual acid, if any acid to absorb moisture. Bubbler G contains concentrated Sulphuric. The U tube Hr contains pumice stone, impregnated with anhydrous copper Sulphate to remove traces of hydrogen Sulphide.

Pumice stone is prepared by crushing it to approximately 5 mm size, shifting it free from dust and then transferring 60 g of it to a casserole, it is then covered with a concentrated solution of 30 to 35 g of copper Sulphate and then evaporated to dryness while stirring constantly.

Furtherdetails available on our website.

The Price mentioned here are subject to change as per the capacity,specifications and application of the user.

Precision Chemical Testing for Building Lime

This apparatus is meticulously crafted to deliver accurate carbon dioxide determination in lime samples. Its manual operation, alongside a clearly graduated burette, enables precise measurement within a 020% range. The robust borosilicate glass construction promotes chemical resistance and long-term reliability. Designed for professional laboratory environments, it meets stringent IS:6932 compliance standards, ensuring credibility in cement quality evaluation.

Easy Operation and Maintenance

Assembling and operating the apparatus is straightforward with manual controls and labelled volume marks. Cleaning is simplified, requiring only laboratory glassware detergent thanks to its corrosion-resistant components. The device is mounted on a stable table-top stand, facilitating safe handling and consistent results. Protective foam and carton packaging ensures secure transportation and convenient storage.

FAQs of Assembly Of Apparatus For Determination Of Carbon Dioxide in Lime:

Q: How is the Assembly of Apparatus for Determination of Carbon Dioxide in Lime used in laboratory settings?

A: This apparatus is employed for manually determining the CO content in lime by following IS:6932 (Part VII) methods. The process involves preparing a powdered lime sample, assembling the apparatus on its retort stand, and conducting the test at room temperature using graduated volume measurements from the burette.

Q: What are the main components included in this carbon dioxide determination apparatus?

A: The set features a borosilicate glass absorption flask, guard tube, gas absorption vessel, dropper bottle, burette, drying tube, rubber stoppers, and a heavy-duty adjustable retort stand. All components are designed for corrosion resistance and optimal chemical compatibility.

Q: When should I calibrate the burette, and how is this done?

A: Manual calibration is necessary before each test to ensure accuracy. This involves verifying the volume marks visually and adjusting the burettes position if needed, following laboratory practices to maintain 0.5% measurement precision.

Q: Where should the apparatus be stored when not in use?

A: After cleaning, the apparatus should be stored in a dry, dust-free environment to maintain integrity. The supplied protective foam and carton packaging safeguards the components from physical damage and contamination.

Q: What is the recommended method for cleaning the apparatus after use?

A: All glassware parts are washable using laboratory glassware detergents. After cleaning, rinse thoroughly and air dry before storage to prevent chemical residue or water spots.

Q: What benefits does using borosilicate glass construction provide?

A: Borosilicate glass offers excellent resistance to dilute acids and carbonates, minimizes corrosion, and extends the life of the apparatus, making it ideal for repeated laboratory chemical testing.

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