GlueWise
Todas las condiciones

Condición

Exposición al calor

La unión soporta calor continuo o repetido: agua caliente, microondas, superficies al sol directo.

Qué hacer

Cómo trabajar con ello

  • Compara la temperatura real de la unión con la temperatura máxima de servicio del adhesivo, no con la temperatura que soporta puntualmente.
  • El cianoacrilato común y el PVA se ablandan muy por debajo del punto de ebullición, razón por la cual el asa de una taza pegada con ellos se suelta en el lavavajillas.
  • Si la pieza está expuesta a decapadores térmicos, compartimentos de motor o fogones, necesitas un epoxi específico para altas temperaturas; uno genérico no basta.

Adhesivos

Qué aguanta y qué no

Descartado por ella

Pares de materiales

Pares en los que cambia la elección

Preguntas

Preguntas frecuentes

Is application temperature the same as service temperature?
No. Application temperature describes the conditions needed while the adhesive is being placed and cured; service temperature describes what the finished joint can tolerate later. Check both limits for the same product.
Why does repeated heat matter more than one brief hot event?
Repeated heating and cooling cycles soften the adhesive, move the materials by different amounts, and fatigue the glue-line edges. A joint that survives one event can still weaken gradually when the cycle becomes routine.
Can sunlight make an outdoor glue joint hotter than the air?
Yes. Dark surfaces, metal, glass, and enclosed spaces can become much hotter than the reported air temperature. Judge the adhesive against the temperature at the joint, not the weather forecast.
Why are dishwasher and microwave repairs especially difficult?
They combine heat with moisture, rapid temperature changes, and sometimes detergent or direct food exposure. Passing one of those conditions says little about whether the entire repaired object is safe and durable in the appliance.