Recommendations to make tables mobile friendly

Hello,

I have noticed on mobile our tables adapt really poorly, is there another option?

Currently we use code such as:

<table>

<thead>

<tr>

<th></th>

<th>KK-68 CH</th>

<th>KK-105</th>

<th>KK-190 CH</th>

<th>KK-340</th>

<th>KK-500 CH</th>

<th>KK-1000</th>


</tr>

</thead>

<tbody>

<tr>

<th>Volume</th>

<td>68L </td>

<td>105L </td>

<td>190L </td>

<td>340L </td>

<td>500L </td>

<td>1000L </td>


</tr>

<tr>

<th>Temperature Range</th>

<td>+5°C to +180°C</td>

<td>+5°C to +180°C </td>

<td>+5°C to +180°C </td>

<td>+5°C to +180°C </td>

<td>+5°C to +180°C </td>

<td>+5°C to +180°C </td>


</tr>

<tr>

<th>Relative Humidity Range</th>

<td>10% to 98%</td>

<td>10% to 98%</td>

<td>10% to 98%</td>

<td>10% to 98%</td>

<td>10% to 98%</td>

<td>10% to 98%</td>

</tr>

<tr>

<th>External dimensions (WxHxD)</th>

<td>650 x 1233 x 796mm </td>

<td>725 x 1560 x 845 </td>

<td>834 x 1675 x 930</td>

<td>835 x 1895 x 1115</td>

<td>1035 x 1810 x 1270</td>

<td>1235 x 1930 x 1495</td>

</tr>

<tr>

<th>Internal Dimensions (WxHxD)</th>

<td>410 x 475 x 350mm</td>

<td>490 x 498 x 430mm</td>

<td>600 x 610 x 510mm</td>

<td>600 x 830 x 685mm</td>

<td>800 x 800 x 800mm</td>

<td>1000 x 1000 x 1000mm</td>

</tr>

<tr>

<th>Max Capacity</th>

<td>40 kg</td>

<td>60 kg </td>

<td>80 kg</td>

<td>100 kg </td>

<td>150 kg</td>

<td>200 kg </td>

</tr>

<tr>

<th>Temperature stability</th>

<td>±0.05°C @ 50°C 50% Rh <br>±0.05°C @ 90°C 90% Rh</br> ±0.2°C @ 180°C</td>

<td>±0.05°C @ 50°C 50% Rh <br>±0.1°C @ 90°C 90% Rh</br> ±0.3°C @ 180°C</td>

<td>±0.06°C @ 50°C 50% Rh <br>±0.1°C @ 90°C 90% Rh</br> ±0.3°C @ 180°C</td>

<td>±0.06°C @ 50°C 50% Rh<br> ±0.1°C @ 90°C 90% Rh</br> ±0.2°C @ 180°C</td>

<td>±0.06°C @ 50°C 50% Rh<br> ±0.1°C @ 90°C 90% Rh</br> ±0.2°C @ 180°C</td>

<td>±0.05°C @ 50°C 50% Rh<br> ±0.1°C @ 90°C 90% Rh </br>±0.3°C @ 180°C </td>


</tr>

<tr>

<th>Temperature Uniformity</th>

<td>±0.3°C @ 50°C 50% Rh <br>±0.4°C @ 90°C 90% Rh</br> ±1.5°C @ 180°C </td>

<td>±0.3°C @ 50°C 50% Rh<br> ±0.4°C @ 90°C 90% Rh </br>±1.8°C @ 180°C</td>

<td>±0.4°C @ 50°C 50% Rh<br> ±0.4°C @ 90°C 90% Rh</br> ±2.0°C @ 180°C </td>

<td>±0.3°C @ 50°C 50% Rh <br>±0.4°C @ 90°C 90% Rh </br>±1.5°C @ 180°C</td>

<td>±0.3°C @ 50°C 50% Rh <br>±0.4°C @ 90°C 90% Rh </br>±1.6°C @ 180°C </td>

<td>±0.4°C @ 50°C 50% Rh<br> ±0.4°C @ 90°C 90% Rh</br> ±1.8°C @ 180°C</td>

</tr>

<tr>

<th>Wattage</th>

<td>3500</td>

<td>3200</td>

<td>3600</td>

<td>3600</td>

<td>9000</td>

<td>12000</td>


</tr>

<tr>

<th>Relative humidity stability (%) </th>

<td>±0.5% @ 50°C 50% Rh <br>±0.5% @ 90°C 90% Rh</br> </td>

<td>±0.5% @ 50°C 50% Rh <br>±0.5% @ 90°C 90% Rh </br></td>

<td>±0.5% @ 50°C 50% Rh <br>±0.5% @ 90°C 90% Rh </br></td>

<td>±0.6% @ 50°C 50% Rh<br> ±0.6% @ 90°C 90% Rh </br></td>

<td>±0.5% @ 50°C 50% Rh<br> ±0.5% @ 90°C 90% Rh </br></td>

<td>±0.5% @ 50°C 50% Rh <br>±0.5% @ 90°C 90% Rh </br></td>


</tr>

</tbody>

</table>



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