脱模剂的转移率,是指脱模剂在脱模过程中转移到成型产品上的百分率。  （1）脱模剂由A 面剥离脱模,脱模剂不转移; (2) 脱模剂由A 面剥离及B 面凝聚层破坏脱模,脱模剂 发生少量转移(约22 %) ;(3) 只因凝聚层的破坏而脱模,脱模剂转移较 多(约44 %～70 %) ; (4) 脱模剂由B , C 面剥离及凝聚层的破坏而脱模, 引起大量脱模剂转移(约93 %) ; 脱模剂 成型物与脱模剂接触,发生混合、粘接,当勉强脱模时,就会使部分成型物(产品) 的表面、界面破坏而脱模。通常使用的脱模剂,要求在B 面或A , B 两面剥离脱模。由凝聚层引起的脱模,其脱模效果最好。
The transfer rate of release agent refers to the percentage of release agent transferred to the formed product in the process of release. (1) The release agent is peeled from side a, and the release agent does not transfer; (2) the release agent is peeled from side a and the coalescence layer on side B is damaged, and the release agent transfers a little (about 22%); (3) the release agent transfers a lot (about 44% ～ 70%) only because the coalescence layer is damaged; (4) the release agent is peeled from side B and C and the coalescence layer is damaged, causing a lot of release agent transfers (about 93%); the release agent is formed When the mold is in contact with the release agent, it will be mixed and bonded. When the mold is forced to release, the surface and interface of part of the mold (product) will be damaged and demoulded. Generally used release agent, it is required to peel the release agent on both sides of B or a and B. The demoulding effect caused by the agglomerating layer is the best.