260 degrees c.
The melting point of a common glass bottle is typically around 1500-1600°C (2700-2900°F).
Most plastic water bottles melt between 160-180°C (320-356°F). The exact melting point can vary depending on the type of plastic used in the bottle.
Because the melting point of the plastic used to make the bottle is lower than the temperature of the water that you have put in it. Plastic bottles are 'blow molded'. Basically air is forced inside a small piece of hot plastic and it expands like a balloon, except that this 'balloon' is inside a form or mold in the shape of the bottle. It is cooled and the bottle shape stays. If the softening point of the bottle is lower than the hot liquid poured in, then the plastic 'balloon' wants to shrink again.
If the plastic can stand going up to 100 celsius without melting, the water will gradually heat up and the plastic bottle will remain at the water temperature. Eventually the water will start to boil at 100 celsius. If the bottle is closed it will explode under steam pressure. If the steam can escape, the bottle will stay at 100 celsius until the water has evaporated, then it will rapidly heat up and melt.
i don't exactly know but once i tried to put a very hot tea in a plastic baby bottle it stated to get smallerand smaller..
pc abs
They have an equal value and are synonyms.
The melting point is lowered.
Tungsten is a metal with a particularly high melting point (which has made it suitable for use as a filament in incandescent bulbs); ionic compounds such as granite have high melting points. Ceramics have high melting points.
Of the three options, plastic has the lowest melting point. Different types of plastics have varying melting points, but in general, they melt at lower temperatures compared to both water and timber.
Helium cannot exist as solid and hence does not have any melting point.
If the melting point of the glue is lower than the melting point of the bag, it's not.