The Function of Cellulose Fiber and High Molecular Polymer in Mortar

Some of Wood Fiber functions such as: thickening, adhesion, water retention, etc. similar to cellulose, but its unique water conductivity can make high molecular polymer mortar a full even water hydration, increasing the adhesive strength and strength uniformity of the high molecular mortar surface, preventing the cracking phenomenon as a result of uneven water hydration effectively. It has become an indispensible additie for high molecular polymer morar(monocompoent, bi-compone).

1. Anti-crack Ability: The mechanic energy, which is created in the process of freezing and drying can be reduced by the fiber reinforcement, preventing crack.

2. Low Shrinkage: Biological dimensions of wood fiber has good stability, there will be no contraction of mixtures settlement, and to increase their crack resistance.

3. Good liquid forceful absorption Ability: Wood Fiber can absorb 1-2 times bigger liquid of its own weight and absorb 2-6 times bigger liquid by virtue of its structure.

4. Anti-Sag Ability: There will be sag phenomenon in the process of working and drying. This allows a thicker plastering of the waste gas treatment equipment to be completed at a time. End even if under high temperature circumstance, the wood fiber also has an excellent thermal stability.

5. Easy Dispension Ability: very easy when being mixed with other material, even dispension, good leveling, non-flowing non-hanging, anti-spattering.

Wood Cellulose is the most abundant renewable resources on the planet, which can degrade wood cellulose to glucose cellulose, it is a compound enzyme. one of the components in aquaculture, food, wine, textile, washing, energy and paper industry also has wide application value. The cellulose molecule reforming and realizing the equipment of directional waste gas treatment by means of genetic engineering, the development of thermal stability and cellulose activity increased, which has the potentially big advantages of the hydrolysis wood cellulose fiber substrates.