Hot Air Gun

STANDART:   –

LT-G0255          Hot Air Gun

    PRODUCT DETAILS

    The Hot Air Gun helps dry small quantities of aggregate and soil samples quickly and efficiently. Adjustable temperature and airflow create suitable working conditions for different sample types. Its compact body supports both field and laboratory applications.

    • Fast local drying: The unit reduces surface moisture on small samples in a short time.
    • Adjustable temperature: The operator can set the heat level according to the sample structure.
    • Controlled airflow: Adjustable air output helps manage the drying process more effectively.
    • Balanced application: The operator can direct the hot air to different parts of the sample.
    • Compact and lightweight design: With a weight of approximately 1 kg, the unit is easy to carry in field applications.
    • Ergonomic use: The handle provides comfortable control during long-term use.
    • Durable construction: The heat-resistant body supports intensive laboratory use.
    • Wide application area: The product can be used with aggregate, soil and various construction material samples.
    • Practical support equipment: It reduces the need to operate a large drying oven for small samples.
    TECHNICAL SPECIFICATIONS
    Product Code Product Name Dimensions (cm) Weight (kg) Power Supply
    LT-Go255 Hot Air Gun 50 x 40 x 20 1 230 V, 50 Hz, 1 Ph
    TECHNICAL DOCUMENT

    LT_KTS_HAVATAB

    Description

    What Is a Hot Air Gun?

    The Hot Air Gun helps dry small quantities of samples quickly and practically. The device directs hot air to the selected area and allows laboratory staff to complete local drying operations in a short time.

    Aggregate and soil laboratories often work with small sample quantities. In such cases, operating a large drying oven may lead to unnecessary time and energy loss. Therefore, the Hot Air Gun offers a practical solution for quick drying tasks.

    Adjustable Temperature Control

    The operator can adjust the temperature level according to the structure of the sample. Lower temperatures support controlled operation on sensitive materials. Higher temperatures, on the other hand, help reduce the drying time of more durable samples.

    This adjustable structure makes the product suitable for different material types. In addition, the operator can check the sample regularly during drying. As a result, the risk of overheating or surface damage is reduced.

    Controlled Airflow

    The device allows the user to adjust not only the temperature but also the airflow. Lower airflow supports more delicate drying applications. Higher airflow helps reduce processing time on wider surfaces.

    It is important to keep the airflow moving across the sample surface. This method prevents heat from concentrating in a single spot. Therefore, the sample dries in a more balanced and controlled way.

    Fast Drying for Small Samples

    The Hot Air Gun provides an advantage especially for small quantities of aggregate and soil samples. The operator places the sample in a heat-resistant container and then applies hot air from a safe distance.

    During the process, laboratory staff can mix the sample when necessary. This helps the upper and lower layers receive similar heat exposure. In addition, regular weighing makes it easier to check whether the sample has reached a constant mass.

    Lightweight and Ergonomic Design

    With a weight of approximately 1 kg, the device is easy to carry and position. Its ergonomic handle also allows the operator to control the airflow direction comfortably. These features provide a clear advantage in field work and mobile laboratory use.

    The compact body does not occupy much storage space. Moreover, the user can move the product easily between different work areas.

    Applications in Laboratories

    The Hot Air Gun can be used in aggregate, soil and construction material laboratories. It supports pre-drying, moisture reduction and local heating operations.

    In conclusion, the product combines adjustable temperature, controlled airflow and lightweight design in one compact unit. Therefore, laboratories can carry out small-sample drying operations in a fast, practical and efficient way.