What do equipment technicians in industrial workshops fear the most?

• PLC controllers suddenly "failing" in high-temperature environments.

• Vibration-caused loose wiring terminals in frequency converters.

• Sensor junction boxes malfunctioning due to dust and oil contamination.

These minor faults not only disrupt production but can also lead to significant losses. The IOTA LSR 3100G addition-cure electronic potting compound acts like a "durable protective shield" for industrial equipment, offering high and low-temperature resistance, vibration-proof sealing, and exceptional insulation—effortlessly resolving various "equipment crises" in the workshop.

The mixing ratio of this potting compound is a "blessing for the lazy": Component A and Component B are mixed 1:1, as simple as mixing "one part coffee with one part milk." No need for precision to decimal points—workers can quickly proportion it based on experience. Its viscosity is like diluted yogurt, with just the right flowability. When poured, it slowly penetrates fine gaps inside equipment, even filling pin gaps on circuit boards completely—neither too runny to cause spills nor too thick to clog midway. After curing, it feels like a soft eraser: flexible and impact-resistant, easily absorbing vibrations during equipment operation and minor bumps during handling. Its temperature resistance is truly "robust," remaining stable from -50°C cold storage rooms to 250°C high-temperature workshops. Its insulation effect rivals that of double-layer insulated gloves, preventing short circuits even in humid environments.

In the industrial control field, its adaptability is extensive:

• PLC controllers, once potted, resist workshop heat and dust, remaining reliable even in oily environments.

• Frequency converter power modules, encapsulated with it, absorb vibrations to prevent component loosening.

• Sensor junction boxes, coated with a layer, block dust, moisture, and corrosive substances, ensuring data accuracy.

• Industrial power supply core components, after sealing, provide stable power even under high temperatures, reducing the risk of failure.

Using it is particularly hassle-free. After mixing, there’s a 50–60 minute working time, allowing manual potting of complex equipment without rush. For optimal results, use automatic dispensing machines to avoid bubbles, or perform vacuum degassing for manual operations. Note that it is incompatible with butyl rubber and sulfur-containing materials—small-scale testing before use is recommended. Store in a cool place below 30°C—unopened, it lasts over a year. If sedimentation occurs, simply stir until uniform. It effortlessly handles everything from small-batch trials to large-scale production.