Review Article
Research Progress on Durability of Cellulose Fiber-Reinforced Cement-Based Composites
Table 3
Summary of studies on durability of CFCCs.
| Durability | CFs | CFs (wt.%) | Fiber form | Cementitious | Test methods | Ref. |
| Antichloride ion penetration | UF500 CF | 0.45~1.5 | Randomly dispersed | P·O42.5 | RCM method; water seepage height | [43–45] | Bokai super fiber | 0.6~1.2 | P·O52.5 | Water seepage pressure | [46] | Antifreezing | Flake fiber | 0.9 | Randomly dispersed | P·O42.5 | Rapid freezing | [43, 47] | UF500 CF | 0.1~0.2 | [48] | Carbonization | Cork kraft pulp | 8.0 | Aligned | P·II42.5R | Accelerate carbonization | [49] | Rape straw fiber | 0.5~2.00 | Randomly dispersed | SAC | [50, 51] | Coir fiber | 2.0 | Slag cement | 12 years | [52] | Antidry and wet cycle | Sisal fiber | 1.5~8.0 | Randomly dispersed | P·O42.5R | CBI method | [53, 54] | Cork CF | 4.0 | P·O42.5 | 25 dry/wet cycles | [55] | Sisal fiber | 0.6 | Aligned | Calcined clay | 100 dry/wet cycles | [56] | Antisulfate attack | UF500 CF | 0.9 | Randomly dispersed | P·II42.5R | Sulfate-wet and dry cycle coupling | [51] | Anticrack | Sisal fiber | 2.0 | Aligned | MK/PC | Instron 5948 test system | [57] |
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