Viscose is a compound viscose developed by combining the advantages of inorganic and organic adhesives.Its main principle is to consolidate its tensile strength and tensile shear strength as the foundation, instead of the traditional toughening materials, through the organization variable series experiment, choose to participate in the curing reaction compatibility good, contains new activation resilience factor of toughening agent, the adhesive contains not only in the molecular structure of the toughening effect is remarkable, aging resistance, good sealing and genes, but also contains a lot of flexible chain segment to relieve the brittle hardness.
It not only improves the impact toughness and internal stress level of the adhesive during curing, but also makes its heat resistance and modulus remain unchanged.This is the most commendable viscose in the presence of heat quenching equipment operation, reformed the micro fiber structure of the bonding agent, uniquely flexible fiber can very good to adjust due to the inconsistent ceramic and steel thermal expansion of ceramic extrusion, maximum guarantee ceramics in various harsh environment medium to long run off.
Viscose mainly consists of inorganic salts, inorganic acids, inorganic bases and metal oxides, hydroxides and so on.Adding toughening agent and special bonding promoter to blend, copolymerize, graft to improve its bonding strength, adding reinforcing filler, increasing the cross-linking density to improve the thermal stability of viscose.The physical and chemical changes during the curing process and after heating are as follows: chemical cementation adhesion occurs at medium and low temperature, so that the viscose reacts with the bonded interface and solidifies the bonded material into a whole through mutual penetration between molecules.
