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DRYING SHRINKAGE APPARATUS

Name: DRYING SHRINKAGE APPARATUS
Brand: EIE INSTRUMENTS PRIVATE LIMITED
Price: 16500 INR
Availability: InStock

Price 16500 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

DRYING SHRINKAGE APPARATUS Specification

Max Height
Approx. 150 mm specimen clearance

Usage
Concrete Testing Equipment

Humidity
Ambient lab conditions

Accuracy
0.005 mm (dial gauge minimum division)

Test Range
0-10 mm (depending on dial gauge)

Automation Grade
Manual

Display Type
Analog dial gauge

Interface Type
None (mechanical)

Measuring Range
0-10 mm

Features
Robust design, corrosion resistant, easy specimen placement

Power Supply
Not required (manual instrument)

Temperature
Ambient lab conditions (10°C to 40°C)

Mounting Type
Bench-top

Product Type
Shrinkage Mould

Hardness
Frame made of hardened steel

Application
Consist of a measuring apparatus incorporating a suitable dial gauge reading accurately to 0.005 mm

Number of Specimens
1 per measurement

Response Time
Immediate/manual

Resolution
0.005 mm

Equipment Type
Drying Shrinkage Apparatus

Capacity
One specimen at a time

Machine Weight
Approx. 6-10 kg

Test Speed
Manual measurement (static)

Test Width
Preferred specimen width 25 mm

Test Stroke
Range up to 100 mm

Control Mode
Manual

Dial Gauge Type
Plunger type, back mount

Accessories Included
Permanent marker, measurement template

Specimen Support
Rollers/supports for precise alignment

Finish
Powder-coated / painted

Product Type
Shrinkage Mould

Overall Dimensions
Approx. 350 x 150 x 100 mm (L x W x H)

Corrosion Resistance
Yes

Material of Construction
Mild steel frame with adjustable supports

DRYING SHRINKAGE APPARATUS Trade Information

Minimum Order Quantity
1 Piece

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

Certifications
ISO 9001 : 2015

About DRYING SHRINKAGE APPARATUS

Details

Consist of a measuring apparatus incorporating a suitable dial gauge reading accurately to 0.005 mm. This gauge will be rigidly mounted in a measuring Frame and will have a recessed end which can be located upon a 6.5 mm diameter ball or other reference pointcemented in the specimen. The other end of the frame will have a similar recessed seating which can be located upon a second ball or reference point in the specimen. An invar steel rod of a suitable length with 6.5 mm diameter steel ball or hemispherical ends can be used as a standard of length against which the readings of the gauge can be tested. The apparatus will be designed to test Mould of 75mm x 75mm x 300mm long concrete specimen.

Further details availableon our website.

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

Accurate Concrete Shrinkage Measurement

The apparatus delivers high accuracy in determining drying shrinkage of concrete specimens. Its dial gauge reads down to 0.005 mm, providing immediate and precise measurement of changes during the drying process. This ensures reliable data collection for cement and concrete testing research.

Durable and User-Friendly Design

Constructed with a powder-coated or painted mild steel frame, the apparatus is resistant to corrosion and suited for regular laboratory usage. Specimen placement is easy and repeatable due to its well-designed supports and rollers, which facilitate precise alignment during testing. Accessories such as a measurement template and permanent marker are included for convenience.

Manual Operation for Flexible Testing

The device operates without a power supply, supporting manual measurement and control mode. Suitable for ambient lab conditions (10C to 40C), it accommodates a single specimen per test up to 25 mm width and 100 mm stroke, catering to standard shrinkage tests in concrete labs.

FAQs of DRYING SHRINKAGE APPARATUS:

Q: How do I use the Drying Shrinkage Apparatus for testing concrete specimens?

A: To test a specimen, place it onto the apparatus supports or rollers, ensuring precise alignment. Use the plunger-type dial gauge to measure shrinkage changes. Record the readings manually as the specimen dries, using the supplied permanent marker and measurement template for marking reference points.

Q: What benefits does the mild steel frame and powder-coated finish provide?

A: The mild steel frame offers structural strength and is powder-coated or painted for enhanced durability. This finish improves corrosion resistance, ensuring longevity and consistent performance in laboratory environments exposed to humidity and varying temperatures.

Q: When is this apparatus typically employed during concrete testing?

A: The drying shrinkage apparatus is used after preparing specimen samples, typically during the curing and drying phases of concrete. It is essential for determining shrinkage characteristics in research, quality assurance, and material development processes.

Q: Where should I set up the Drying Shrinkage Apparatus in the laboratory?

A: This equipment is designed for bench-top mounting on a stable laboratory surface. Ensure the setup is within ambient temperature and humidity conditions (between 10C to 40C) for optimal measurement accuracy and consistent test results.

Q: What is the process for measuring shrinkage with this apparatus?

A: The process involves aligning the concrete specimen, setting the dial gauge to zero, and manually monitoring shrinkage changes over time. Measurements are taken at regular intervals, with the gauge providing analog readings instantly, enabling detailed tracking of specimen deformation.

Q: What usage capacity does the apparatus offer?

A: The device accommodates one specimen per measurement, with a preferred specimen width of 25 mm and up to 100 mm test stroke. Its manual operation ensures simple and flexible use for repeated concrete shrinkage determinations.

Q: How does the apparatus ensure precise results and measurement reliability?

A: The plunger-type dial gauge provides high resolution (0.005 mm minimum division) with immediate readings. The robust frame, accurate specimen alignment, and corrosion-resistant construction contribute to precise, repeatable, and reliable shrinkage measurements for concrete testing.

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