The recommended maximum temperature is 300C, but higher temperatures can be obtained with a boost transformer for the heater. In general, high temperatures, say above 250C, require much longer to reach (perhaps 30 minutes) and this becomes as much of a limitation as anything. If you need to operate above 300C, you should consider a tube furnace. FTA has kits that work with Lindberg/Blue M tube furnaces, to name one recognized supplier of laboratory furnaces.

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The sample stage is on a linear slide that can be moved from the outside. Up to five separate contact angle samples can be loaded and measured in one thermal cycle.

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The above photo shows the chamber mounted on an FTA200. The Kevlar insulating jacket is fitted in the image. The jacket serves two purposes: it minimizes heat loss and it serves as protection against burns caused by accidental touching the hot chamber.

The chamber comes with a removable syringe shield, as shown in the photo below. The shield is the black cylinder rising up from the top of the chamber. Glass syringes fit snugly into the shield, with their needle penetrating the chamber top. The shield is essentially at the same temperature as the chamber, so the lower portion of the syringe is pre-warmed to the chamber temperature. The test liquid will always be at the chamber temperature because the stainless steel needle will have equilibrated to the chamber and will, in turn, warm the test liquid. The shield can be removed when it is desired to use an electrically heated syringe heater, available as an option. The option has its own RTD temperature sensor and controller, so it can be set at any temperature above the ambient.