"pressing temperature" is a correct and usable term in written English.
It is a technical term that generally references a temperature at which the pressing of a material will occur. For example, "The engineer adjusted the pressing temperature to ensure a proper level of adhesion."
The electrical conductivity was observed to be dependent on the pressing temperature and the CNT loading.
Increasing the pressing temperature to 1 °C0 °C develops successfully a homogeneous and fine-grained duplex microstructure.
The hot pressing temperature plays an important role in surface and cross sectional morphology, dimensions, fiber parallel arrangement, thickness, pore diameter, porosity, water absorption and stress.
The variables and their respective ranges were as follows: pressing temperature, 120 170 °C; final pressing time 3 8 min; and lignin amount, 13.2 46.8%.
A face centered composite design of experiments was employed to study and optimize the effect of applied pressure, pressing temperature and moisture content on oil recovery.
Microhardness measurements on the as prepared in situ aluminium matrix composites exhibit significant increase in hardness with increase in hot pressing temperature and volume fraction of reinforcement.
To a certain extent, increasing the amount of lignin had a good effect on the board's properties, although at high pressing temperatures there was a tendency for intern bubbles to form, and these bubbles reduce the quality of the fiberboards.
SEM micrographs of polished and fracture surfaces as well as density and porosity measurements were used to study the influences of hot pressing parameters (temperature, dwell time and applied pressure) on the final microstructure and densification behavior of ZrB2.
The effect of pressing time, temperature and cross-linking reaction as well as mechanical deformation on the formation and stability of CNT network in NR compounds was also investigated and discussed by taking into consideration the role of the linked phospholipids.
No SiC crystals were evident when the hot-pressing temperature was 2700 °C or above.
The thermal conductivity and flexural strength of the graphite block were respectively 704 W/m K and 21.1 MPa when hot-pressing temperature was 3000 °C.
