Determination of Resistance to Thermal Shock

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Determination of Resistance to Thermal Shock Specification

Operate Method
Electric

Power
100 Watt (w)

Application
Determination of resistance to thermal shock of a whole tile by cycling 10 times between the temperatures of cold water and a temperature just above that of boiling water. Usually tests are carried out between 15 C and 145 C.

Automation Grade
Semi Automatic

Power Supply
230 Volts, 50 Hz, Single Phase, Ac Supply

Temperature
15 +- 5 Degree C Celsius (oC)

Voltage
230 Volt (v)

Material
Stainless Steel

Features
Accurate results, Robust construction, Efficient working

Color
Silver

Product Type
DETERMINATION OF RESISTANCE TO THERMAL SHOCK

Usage
Industrial

Determination of Resistance to Thermal Shock Trade Information

Minimum Order Quantity
1 Piece

FOB Port
Ahmedabad

Supply Ability
100 Pieces Per Month

Delivery Time
4 Week

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Wooden Box / Corrugated Box

Main Domestic Market
All India

Certifications
ISO 9001 : 2015

About Determination of Resistance to Thermal Shock

Principle

Determination of resistance to thermal shock of a whole tile by cycling 10 times between the temperatures of cold water and a temperature just above that of boiling water. Usually tests are carried out between 15 Degree Celsius and 145 Degree Celsius.

Also accommodates various tile size such as : 600 x 600 MM, 1000 x 1000 MM, 1200 x 1200 MM, and 800 x 1200 MM

Salient features

The machine is capable to test sample up to 1200 X 1200 mm.
This low temperature bath is designed to match
Capable to maintaining the temperature
This water bath is ideal for both the tests 1) Testing with immersion and 2)Testing without immersion.
There are two separate chambers for Testing with and without immersion.
In case of all tiles having water absorption not greater than 10 percent,the bath is not covered and is of sufficient depth to allow the tiles to be placed vertically and immersed completely.
In case of glazed tiles having water absorption greater than 10 percent, the bath is covered with a 5 mm thick aluminum plate in such a manner that the water directed towards the surface, remains in contact with the plate.
Covering the aluminum plate is a layer of aluminum grains approximately 5 mm thick with diameter in the range of 0.3 mm to 0.6 mm.
The water flow rate for both water bath will be 4 liter per min.
The temperature will be controlled with the PID Controller.

Further details availableon our website.

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

Reliable Thermal Shock Testing

Ideal for rigorous industrial applications, this device facilitates the accurate assessment of tile resistance to sudden temperature changes. Operating with a stable 230V, 50Hz single-phase AC supply, the equipment ensures repeatable results over multiple cycles. Its silver finish and robust build make it a preferred solution for laboratories and manufacturers who prioritize product reliability.

Precise Temperature Cycling

The test process involves cycling the tile 10 times between 15C (cold water) and 145C (hot water just above boiling) to simulate real-life thermal stress. This method helps ascertain whether tiles can withstand rapid shifts in temperature without cracking or degrading, ensuring high product standards for both local use and export.

FAQs of DETERMINATION OF RESISTANCE TO THERMAL SHOCK:

Q: How is resistance to thermal shock determined using this equipment?

A: The equipment performs resistance testing by cycling tiles 10 times between cold water (15C) and water just above boiling (145C), assessing the tiles ability to withstand abrupt temperature changes without damage.

Q: What is the process for conducting a thermal shock test on tiles?

A: The process involves alternately immersing the tile in cold and hot water, each cycle lasting a set duration. After 10 cycles, the tile is examined for signs of cracking, crazing, or other structural failures.

Q: When should thermal shock testing be carried out?

A: Thermal shock testing should be performed during product development, quality control, or before shipment to ensure tiles can handle extreme temperature transitions and comply with key industry standards.

Q: Where is this thermal shock resistance tester typically used?

A: This equipment is primarily used in industrial settings such as tile manufacturing plants, quality assurance labs, and facilities involved in exporting, supplying, or trading tiles within India.

Q: What are the benefits of performing resistance to thermal shock tests?

A: Thermal shock resistance testing improves product reliability, helps manufacturers identify tiles prone to thermal damage, supports certification, and enhances customer confidence in product quality.

Q: How is the equipment powered during testing?

A: The tester operates using a 230 Volt, 50 Hz single-phase AC supply, delivering consistent 100 Watt power to maintain the required temperature conditions throughout the test cycles.

Technical Details