11*23mm 1000w L shape gold coated twin tube halogen infrared heat lamp for industrial applications.

1. Structural features
– The L-shaped design makes the heating lamp more flexible in space utilization. This shape can be easily installed in corners or some irregularly shaped equipment, which can better fit the shape of the heated object and the layout of the heating space. The double-hole structure means that there are two independent heating units, which can usually provide a more uniform heating effect or a larger range of heating power options.
2. Heating principle
– The halogen heating lamp works based on the halogen cycle principle. When the current passes through the filament, the filament heats up. When the temperature of the filament rises, the tungsten atoms evaporate. Under the action of the halogen elements (such as iodine or bromine) in the glass shell, the tungsten atoms combine with the halogen atoms to form tungsten halides. Tungsten halides decompose at high temperatures and high temperature areas near the filament, and tungsten is redeposited on the filament, while the halogen atoms continue to participate in the cycle. This process enables the filament to work continuously and stably at higher temperatures, thereby emitting strong thermal radiation and realizing the heating function.
3. Performance advantages
– Flexible temperature adjustment: The double-hole design can achieve more precise temperature adjustment by controlling the power of the two heating units separately. For example, in some heating applications that require different temperature zones, only one heating hole can be opened to obtain a lower temperature, or two heating holes can be opened at the same time to achieve a higher temperature.
– High heating efficiency: The halogen heating lamp itself has a high thermal efficiency and can convert most of the electrical energy into thermal energy. Moreover, the L-shaped double-hole structure can make the heat distribution more reasonable and expand the heating area, so that more objects can be heated per unit time or the heated objects can be heated more evenly.
– Long service life: Due to the existence of the halogen cycle, the loss of the filament is reduced to a certain extent, and its service life is relatively long compared to ordinary incandescent lamps. Under normal use conditions, the L-shaped halogen double-hole heating lamp can be used for thousands of hours.
4. Application scenarios
– Industrial field: In the printing industry, it can be used for ink drying. The L-shaped design can better adapt to the structure of the printing machine, and the double-hole heating can flexibly adjust the temperature according to factors such as printing speed and ink volume to ensure that the ink dries quickly and evenly. In the production of electronic components, it is used for preheating or drying circuit boards. Its shape can fit the shape of the circuit board and effectively heat different areas of the circuit board.
– Food processing: In bread baking equipment, L-shaped halogen double-hole heating lamps can be installed in the corners or sides of the oven to bake bread at multiple angles. Its double-hole structure can achieve temperature differences in different areas, such as heating the top and sides of the bread to different degrees, making the bread crust crispier.
– Laboratory application: In chemical experiments, it is used to heat some small reaction vessels or samples. The L-shaped double-hole heating lamp can heat the experimental equipment in a targeted manner to meet the temperature requirements during the experiment.