Ceramic is no more considered to be a beautification material. This is now being used across industries, laboratory testing purpose being one.
What are the types of ceramic laboratory equipment?
The leading manufacturers of ceramic laboratory equipment have come with several innovation styles of ceramic tiles. Some of the most commonly used ceramic laboratory equipment include
- Universal Gauge
This device is used to measure the straightness, flatness and warpage of the lab equipment.
- Gloss Meter
The gloss meter determines how good the finish of the equipment is. It comes with a LCD screen which reflects the accuracy percent in digits.
- Reflectance Meter
This device helps you gauge the whiteness of the ceramic tiles in use. It is also capable for measuring opaqueness and brightness of the equipment.
- Moisture Expansion Tester
Does your ceramic tiles change size with the increase in humidity? This check is done by the moisture expansion tester.
- MOR Testing Machines
This ceramic laboratory equipment is highly advanced with an adjustable motorized pumping unit and a load frame. This machine checks the bending strength of the tiles.
- Bench Magnifier
This checks the surface of the tiles. With optical glass lenses and fatigue free stereo view, this equipment is exceptional in performance.
- Deep Abrasion Machine
This devices tests the capability of the ceramic tiles against abrasion. It determines the volume of material abraded away from the ceramic tiles.
Why go for ceramic laboratory equipment?
There are various kinds of laboratory testing materials available in the market. Ceramic laboratory equipment is preferred by large number of industries for testing purpose because it assists in testing
- Frost- The ceramic laboratory equipment checks whether the tiles are neutral to extremely frosty climatic conditions. This is required because ceramic tiles are sometimes used to construct roofs and are exposed to temperatures as low as minus 20 centigrade.
- Traction- This is the measurement of how much the tiles are neutral to tears caused by plasters, mortars and paints.
- Painting- In this process, the ceramic tiles are placed under paints and checked whether the tiles retain their shape, size and design like under normal conditions.
- Viscosity- This check confirms the viscose property of ceramic fluids.
- Abrasion- This determines the resistance of both glazed and unglazed ceramic tiles to deep abrasion when placed in cement, concrete, natural stone. It also checks the abrasion resistance of tiles to refractory materials placed in ambient temperature.
- Firing-Insulation is very important for ceramic tiles as these are often exposed to extreme heat and high voltage electricity. Electrical power is passed to the tiles through the ceramic laboratory equipment and the fire retardant property is checked.
- Slipperiness- The testing devices can also measure the dry and wet static coefficient of friction on both dry and wet surface.
- Autoclave- This refers to the crazing test of ceramic tiles. The ceramic laboratory equipment is used to test how frequently the ceramic tiles give way to cracks. This is done by placing the tiles into highly heated steam at high pressure in an autoclave.
- Impact tester- This determines the resistance of ceramic tiles to the impact of falling stones, steel and hard objects.
- Thermal shock-
- Physical properties- This refers to the determination of porosity of the laboratory instrument. Mercury is used to determine the apparent density of the material.
How to choose the best ceramic laboratory equipment?
Now as you know there are numerous options available in the market which can serve as the best ceramic laboratory equipment, which one to choose? The best ceramic testing equipment must fulfil the following criteria-
- Should comply with the international standards.
- Should offer reliability results when the same product is tested for several times under similar condition.
- Should be user friendly with easy display of results.
- Should be easy on pockets.