1200 degree composite material high-temperature extensometer

11200 degree composite material high-temperature extensometerProduct Introduction:

1200 degree composite material high-temperature extensometerforHigh temperature in material mechanics testingstretchThe straintest Used for inFule High Temperature Test FurnaceandFULETesting metals, ceramics, and composite materials at high temperatures generated by induction heating systemsHigh temperature deformation, etcThe combination of these features makes these extensometers easier to use and perform better than other similar high-temperature extensometers.High-temperature extensometerThe unit is fixed on the sample with lightweight flexible ceramic fiber thread. This allows the extensometer to self support on the specimen. No need for furnace installation brackets. Due to the self-supporting design and lightweight sensor, the lateral load on the test sample is greatly reduced. For induction heating systems, the placement of different ceramic wires allows the extensometer to easily pass between the coils. The combination of radiative heat shielding and convective heat dissipation fins enables the model to achieve up toUsed at a sample temperature of 1200 ° C without any cooling required. Induction heating systems typically do not require fan cooling. Use high-purity alumina ceramic rods.High-temperature extensometerThe length can be provided according to your furnace requirements. Each extensometer includes a spare component. Chisel as needed,V-shaped chisel or conical contact point.

Most devices also perform well in both stretching and compression. Therefore, tensile, compressive, and cyclic tests such as low cycle fatigue can all be performed using a single unit. ForChoose Fule High Temperaturevacuum furnaceof, can provide special servicesSpecialized high-temperature extensometer.FuleRadiation heat transfer cooling version is also available. This requires the extensometer module to be surrounded by a water-cooled casing with a front slot for the ceramic rod.

2、 Characteristics of high temperature extensometer:

2.1Standard units comply withASTM Class B-1orISO9513-0.5 levelAccuracy requirements.

2.2All devices are equipped with high-purity alumina ceramic rods.

2.3 Fule high-temperature extensometerInstallation using flexible ceramic fiber wire，The installation is very simple, this oneEpsilon's design eliminates the need for external support frames. During the testing process, low contact forces will not vary like some externally supported extensometers.

2.4 High temperature extensometercan beFuleThe version used in vacuum and controlled atmosphere. The radiation heat transfer cooling version can be used for these applications.

2.5 High temperature extensometerCan be used for almost all furnaces with side inlet cuts for extensometers. The replaceable configuration can be used to insert between the coils of the induction heater.

2.6Do not cool down during use1200 ° C (2200 ° F). Optional small fan can improve stability at maximum temperature.

3、 Main technical specifications of high-temperature extensometer

3.1 Gauge Range: 10, 25, 50mm

3.2 Deformation range: ± 5%, ± 10%,+20%/-10%,+50%/-10%

3.3 High temperature range for use:The highest ambient temperature1200°C（2200°F）

3.4 Linearity:Full range measurement range≤0.15％

3.5 Cable:Integral ultra flexible cable, standard2.5 meters (8 feet)

3.6The required pole tip style; The available options are straight chisel, V-shaped chisel, or conical chisel

3.7 FuleAny combination of the above gauge length and measurement range can be provided. Make ceramic rod lengths as needed to fitRequired high-temperature testing furnaceOther configurationsofspecialNeed to contact Fule engineer.