Ve Bee Consistometer

Name: Ve Bee Consistometer
Brand: Sami Lab Tek
Price: 25000 INR
Availability: InStock

Price 25000 INR/ Piece

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MOQ : 1 Piece

Ve Bee Consistometer Specification

Response Time
Typically <1 min

Features
Electrical Vibrator

Resolution
1 mm

Specimen Size
300 mm Cone Height

Application
Workability testing of concrete

Max Height
300 mm

Mounting Type
Tabletop

Measuring Range
Low to high slump

Power Supply
230 V AC

Accuracy
IS standard tolerance

Number of Specimens
Single per operation

Display Type
Graduated scale or stopwatch

Usage
Site, Lab

Capacity
One Cone per Test

Test Width
300 mm (Table Diameter)

Test Stroke
Rotating and vibrating motion

Control Mode
Manual

Standard
IS 1199 compliant

Equipment Type
Ve Bee Consistometer

Table Material
Cast iron platform

Surface Finish
Painted

Vibrator Type
Electrically operated

Ve Bee Consistometer Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Pieces Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

Ve Bee Consistometer About

The Ve Bee Consistometer is a splendid and meritorious instrument designed for precise workability testing of concrete. Featuring a towering cast iron platform and an electrically operated vibrator, this tabletop device ensures astonishing accuracy with IS 1199 compliance. Its customizable features, such as a manually controlled rotating and vibrating motion, guarantee excellent adaptability for both site and lab use. Enjoy competitive pricing from a trusted supplier and effortlessly Add to Cart for your next concrete project in India.

Versatile Utility and Distinguished Features

The electrically operated Ve Bee Consistometer is renowned for its robust construction and splendid painted finish, making it suitable for rigorous site and laboratory environments. Used by manufacturers, service providers, and contractors, the instrument is perfect for assessing the workability of concrete with low to high slump. Its graduated scale ensures precise readings, while the single-specimen operation streamlines the testing process for commercial and educational purposes alike.

Certifications, Timely Delivery & Favorable Pricing

Meeting the highest standards of quality, the Ve Bee Consistometer is certified according to IS 1199, ensuring dependable results. With prompt delivery available across India and flexible payment terms, clients benefit from the lowest price in the market. This product offers excellent market value and outstanding valuation, backed by reputable service providers and traders dedicated to customer satisfaction.

FAQ's of Ve Bee Consistometer:

Q: How is the Ve Bee Consistometer typically used in concrete testing?

A: The Ve Bee Consistometer is used to assess the workability of concrete by measuring the time required for a specimen to change shape under vibration. It is ideal for site and laboratory evaluations.

Q: What are the benefits of the electrically operated vibrator on this consistometer?

A: The electrical vibrator provides consistent motion, ensuring accurate and repeatable test results when determining concrete workability.

Q: When should I use the Ve Bee Consistometer instead of other testing equipment?

A: You should use the Ve Bee Consistometer when you need to test concrete mixes with low to medium slump and require results in alignment with IS 1199 standards.

Q: Where is this instrument commonly used?

A: The instrument is widely used in construction sites, research labs, manufacturing facilities, and educational institutions across India.

Q: What is the process for measuring workability with the Ve Bee Consistometer?

A: Place a concrete specimen in the 300 mm cone, initiate the vibration and rotation manually, and use the graduated scale or a stopwatch to measure the time required for the specimen to spread uniformly.

Q: How does the customizable feature enhance testing productivity?

A: Customizable control options help adapt the equipment settings to specific project requirements, making testing more efficient and results more relevant to real-world applications.

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