250-260 ºC
250-260 degrees Celsius
The melt viscosity of PET (polyethylene terephthalate) plastic typically ranges from 50 to 1000 Pa·s at processing temperatures. The actual value can vary based on factors like temperature, pressure, and shear rate during processing.
950 pascal-seconds
155 F
260c
160
yes as it is plastic
there are two types of Plastics. the Thermoset and the Thermoplast. these Plastics all Melt, but @ different temperatures. the Thermoplast melts easily and can be recycled, while the thermoset has a property that makes it difficult to melt @ the temperature of the cooker that is being heated.this therefore explains why the Plastice does not melt because its thermoset Plastic and It has a higher temperature
Two identical pieces of ice, each placed on identically sized and shaped blocks of plastic and wood at the same temperature, will melt at a rate proportional to the thermal conductivity and the thermal mass of the object they are on. Generally, wood is a better thermal insulator than plastic. Short answer: wood.
Most synthetic fabrics made of plastic such as polyester will melt when heated enough as in a microwave. Natural plant/animal fiber fabrics such as wool, cotton, linen will not melt but will burn at high temperatures. Mineral fabrics such as asbestos will neither burn or melt unless exposed to extremely high temperatures.
It will become harder to write with. If the place is hot enough, it will start to melt if it is plastic.
Both are same
Resistance to flow in excess of the yield value in a plastic material. Plastic viscosity (U) is proportional to the (shearing stress-yield value) rate of shear. The coefficient of plastic viscosity is the force in excess of the yield value, tangentially applied, that will induce a unit velocity gradient.
Both are same
Both are same
Yes. Almost any plastic will melt when heated.
Yes - you can melt and re-melt plastic to re-cycle it many times.
melt the plastic to the metal
Intrinsic Viscosity of the PET in question cannot be said to be higher or lower. The intrinsic viscosity of the polymer depends on the degree of condensation achieved in the polycondensation phase of the PET manufacturing process. Since Intrinsic Viscosity(limiting to zeo concentration) is the relative measure of the molecular weight or chain-length of the polymer, one cannot say that molecular weight thus the intrinsic viscosity of PET is higher, this depends on the degree of condensation. Usually the degree of condensation of PET used in fibre manufacture is approx. [n]100. We can manufacture PET to different degrees of condensation for different purposes. Generally, PET has a higher molecular weight than other thermoplastic resins. Melting point of PET is also high approx. 250oC to 290oC
Depends on the type of plastic.
Methylene chloride found in paint strippers is known to dissolve certain types of plastics. However, it is important to note that using this chemical can be dangerous due to its toxicity and flammability, as well as its potential environmental impact.
heat
you melt it