Advantages and characteristics:

　　1.Have a strong after-sales service team;

　　2.Able to handle various issues in a timely and fast manner,relieving customers of any worries they may have;

　　3.Complete spare parts to solve the problem of long lead times when ordering spare parts;

　　4.Keep up with industry standards updates and provide textile testing instruments that meet the new standards in a timely manner.

　　F543 Double Plate Thermal Conductivity Tester is used to test homogeneous plate-like materials such as plastics,rubber,glass,fibers,benzene boards,extruded boards,foamed concrete,hollow glass,wooden boards,various insulation materials,etc.It can also measure the thermal conductivity of various substances such as granular materials,bulk materials,and soft materials.

　　Applicable standards:

　　GB/T 10294-2008,GB/T 3399-1982,GB/T 10801.1-2002,GB/T 10801.2-2002,GB/T 3139-2005,GB/T 17794-2008

　　Operation:

　　1.Firstly,prepare the accessories and test samples;

　　2.Open the test box of the instrument;

　　3.Place the sample inside the box;

　　4.Cover the test box and lock it securely;

　　5.Measure the thickness of the sample using a depth gauge;

　　6.Open the positioning rod on the side of the box and flip the box over;

　　7.Clamp the positioning rod back into its original position;

　　8.Place another sample inside this box(the instrument has two identical heating units);

　　9.Turn on the low-temperature tank and power switch;

　　10.Inject a certain amount of water into it;

　　11.Turn on the instrument switch and enter the LCD screen operation interface;

　　12.Set parameters such as hot plate temperature,sample thickness,preheating time,and test time;

　　13.Click[Start];

　　14.The system operates in a thermal cycle and the sample is undergoing testing;

　　15.When the set time is reached,the instrument automatically stops and the box is opened to take out the sample;

　　16.After the experiment is completed,turn off the instrument and analyze and compare the data results obtained from the experiment to evaluate the thermal conductivity of the material.