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事实上,挤塑?/strong>的生产工艺ƈ不十分复杂,但ؓ(f)?jin)确保加工后的板材能够满意客户需求ƈ能长期运用,挤塑?/strong>材制造商需求更加关注板材的生工艺。接下来Q我们将介绍挤塑板生产中的注意事V?/p>
In fact, the production process of extruded boards is not very complicated, but in order to ensure that the processed boards can meet customer needs and can be used for a long time, the manufacturers of extruded boards need to pay more attention to the production process of boards. Next, we will introduce the precautions in the production of extruded boards.
1?Pay attention to extrusion process
Extrusion board is made by extrusion process. Effective control of this link can realize the quality control of the board.
2?增加ȝ?br style=""> 挤塑板是一U可燃板。因此,在生产过E中必须增加ȝ剂。国家也颁布?jin)相应的斚wQ不允许在墙上挂非阻燃板?/p>
2?Add flame retardant
Extruded board is a kind of combustible board. Therefore, flame retardant must be added in the production process. The state has also issued a corresponding policy, and non flame retardant boards are not allowed to go on the wall.
3?剥皮处理
在挤塑板的生产过E中Q还应注意剥R该工艺的主要意图是q步整个体系的粘l力q开释内应力?br style="">1.q步体系附着?br style="">揉捏板加工完成后Q还需求进行剥R这个过E有两个主要意图。一是板的外表_糙度有利于_脓(chung)Q大大进步了(jin)抹灰砂浆和粘合剂的抗拉粘l强度。一P它还能够q步板材的抗L和耐水性,大大q步体系的粘l强度?br style="">2.开释内应力
剥离揉捏板材的第二个意图是开释必定的内应力,q能够有效避免板材在长期q用中的内部淬火Q从而降低板材的隔热性能Q媄(jing)响板材的正常q用?/p>
3?Peeling treatment
In the production process of extruded boards, attention should also be paid to peeling. The main purpose of this process is to improve the bonding force of the whole system and release the internal stress.
1. Improve system adhesion
After the extruded board is processed, it also needs to be peeled. There are two main purposes in this process. The first is to make the surface roughness of the board conducive to pasting, greatly improving the tensile bonding strength of the plastering mortar and adhesive. At the same time, it can also improve the frost resistance and water resistance of the board, greatly improving the bonding strength of the system.
2. Release internal stress
The second purpose of peeling extruded plates is to release a certain amount of internal stress, which can effectively avoid the internal quenching of the plates in long-term application, thus reducing the thermal insulation performance of the plates and affecting the normal use of the plates.