一种抗划伤改性膜用烘箱热固化装置

By designing an adaptive pressure roller mechanism and a drying air intake mechanism, the problem of the pressure roller pressure not being able to be adjusted adaptively was solved, achieving uniform curing of the film material and efficient production, and improving the working quality and stability of the equipment.

CN224510192UActive Publication Date: 2026-07-17HAINING XUDA SPECIAL FILM CO LTD

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Utility models(China)
Current Assignee / Owner
HAINING XUDA SPECIAL FILM CO LTD
Filing Date
2025-08-13
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Existing oven-heat curing devices for scratch-resistant modified films cannot adaptively adjust the pressure of the pressure rollers when the temperature rises, resulting in damage to the film material. Furthermore, they cannot synchronously cure and press through multiple sets of pressure rollers, reducing equipment efficiency and quality.

Method used

An adaptive pressure roller mechanism is adopted, which adjusts the pressure of the pressure roller in real time through the linkage of gears, connecting rods and slide plates. Combined with the multi-hole design of the drying air inlet mechanism, it ensures uniform distribution of hot airflow and realizes adaptive pressure regulation.

Benefits of technology

It effectively reduces the scratch rate of film materials, improves curing uniformity and equipment stability, is suitable for the production of high-precision optical films and flexible display films, adapts to harsh environments, and has low maintenance costs.

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Abstract

本实用新型公开了一种抗划伤改性膜用烘箱热固化装置,包括壳体、传送机构、自适应压辊机构和烘干进气机构,该一种抗划伤改性膜用烘箱热固化装置自适应压辊机构通过齿轮、连杆和滑板的联动,实时调整压辊对膜材的压力,避免因压力过大或分布不均导致的划伤问题。相较于传统固定压力辊,划伤率有明显降低,尤其适用于高精度光学膜和柔性显示膜的生产,烘干进气机构的多孔设计结合压辊的动态调节,确保热气流均匀分布,避免局部过热或固化不足的问题。膜材的固化均匀性显著提升,采用齿轮、连杆等机械结构实现压力自适应调节,无需依赖复杂的电控系统,响应速度更快,且适用于高粉尘、高温等恶劣工业环境,维护成本低,设备稳定性更高。
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