The phrase "heat cured" is correct and usable in written English.
It can be used in contexts related to materials or processes that involve curing or hardening through the application of heat.
Example: "The ceramic tiles are heat cured to enhance their durability and resistance to wear."
Alternatives: "thermally cured" or "heat treated".
The elastomer base must be mixed with a curing agent at a ratio of 10 1 by weight and then heat cured, which results in a flexible material with high mechanical and optical stability over at least one year [ 3, 13].
Previously made with natural rubber, it is now produced with synthetic rubber mixed with pigments, fillers, resins and curing materials, and when sheeted is heat cured.
Concrete is poured into the mold and heat cured; the roof of the manufacturing shed opens; the mold tips and a crane lifts the log and loads it onto a truck.
At one end of this the resin glue is applied with a spreader, the veneers placed in position on the groundwork, and the whole passed in batches beneath the presser where it is heat cured in about a minute and ejected at the other end ready for further operations.
And, the fabric was energized and heat cured.
Such models have been reported for heat cured geopolymer compressed blocks (Radhakrishna et al. 2006, 2008a, b, 2010).
Moreover, the long-term performance of heat-cured mortar with internal curing is similar to and even better than that of the mortar cured at ambient temperature, which can be explained by the combination of the denser hydration products formed at heat curing period and the efficiency of internal curing at the subsequent curing period.
The effects of curing condition (moist-cured versus heat-cured), sodium oxide dosage, silica dosage, silica modulus (relative dosage of silica to sodium), solution/binder ratio, and free water/binder ratio on the compressive strength of sodium silicate-activated fly ash and slag cement concrete are evaluated.
The characteristics of the internal curing material used to improve the performance of heat-cured concrete should be consistent with the heat-curing regime and match those of the cement paste.
Internal curing significantly improved the rate of increase in the later-stage strength, degree of hydration, and penetration resistance of heat-cured concrete; this was especially true when subsequent standard curing was also performed.
In this study, we explored the suitability of internal curing for solving these problems and improving the performance of heat-cured concrete.
