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The compressive tests were conducted on geopolymers after the 2nd, 7th, 14th and 28th days of ageing.
The obtained material was transparent and it loosed about 15% of its mass during first 30 days of ageing.
An increase in the tensile and flexural strength capacity over the ageing time is observed before 90 days of ageing.
Nevertheless, after two days of ageing the water contact angle reaches a constant value, which is largely inferior to that of the untreated PTFE.
Results showed that without mechanical activation, the optimal curing condition was 24 h at 70 °C and the compressive strength was 15 MPa after 28 days of ageing.
Similar phenomenon is observed in parchment specimens with gum arabic-containing ink formulations (LIGG); however in this case, the effect reaches its maximum at the first 4 days of ageing.
Similar(44)
After 10 days of aging the PPyHep samples keep about 60% of their initial redox capacity.
Every 15 days of aging, the wettability and the dynamic mechanical properties of both laminates were evaluated.
In other words, it was confirmed that the pore structure of the paste became dense after 28 days of aging.
The obtained electrolyte is transparent and it loses about 12% its mass during first 30 days of aging.
The cylinders were tested on the same day as the beams at 28 days of age.
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