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综述与专论
SPECIAL AND COMPREHENSIVE REVIEW

的应用前景。 [8] 郑晓秋，王迪，夏晴，等 . 层合玻璃用透明聚氨酯胶片的研制
[J]. 聚氨酯工业，2023.
[9] Vernemmen I , Steenkiste G V , Hauspie S ,et al.Development
参考文献 ： of a three-dimensional computer model of the equine heart
[1] 龚烨平 [1]. 聚氨酯树脂应用及研究 [J]. 安防科技，2021:1. using a polyurethane casting technique and invivo contrast-
[2] Fundamental Study of PP-PE Polymer Blend Compatibility enhanced computed tomography[J].Journal of Veterinary
and Their Effects On Melt-Spinning Process and Fiber Cardiology, 2024, 51:72-85.
Properties[D].North Carolina State University, 2021. [10] Bizet B .Design of Waterborne Isocyanate-free Poly(Hydro
[3] Jonas F. Santos,Rodrigo H. Cunha,Maurício F. Lemos. xy Urethane)s–Poly(Butyl Methacrylate) Hybrids via
Evaluation of Polyurethane Elastomers for Encapsulation of Miniemulsion and Properties of the Cast Films[D]. 2020.
Hydroacoustic Transducers[J].Macromolecular Symposia,
[11] 刘艳斌，谭月敏 . 断桥铝型材用聚醚型聚氨酯的力学性能研究
2020. [J]. 广州化工，2022.
[4] 聚氨酯抗菌材料的制备与性能研究 [D]. 鲁东大学，2018.
[12] Manop D , Tanghengjaroen C , Putson C ,et al.The effect
[5] 侯焕芝 . 聚脲弹性体防水材料屋面喷涂施工技术 [J]. 山西建筑， of polyaniline composition on the polyurethane/polyaniline
2017:116-117.
composite properties: The enhancement of electrical and
[6] 原树刚 . 聚氨酯漆包线的工艺研究 [J]. 化工管理，2018:195- mechanical properties for medical tissue engineering[J].
196. AIMS Materials Science, 2024, 11(2).
[7] Development of Polymeric Matrices for the Application
[13] 季显丰，郭志峰，刘伟，等 . 汽车座椅聚氨酯泡沫应力松弛率
in Skin Regeneration[D].Universidade da Beira Interior 影响因素研究 [J]. 汽车工艺与材料，2022.
(Portugal), 2015.

Analysis of the current status and future development trends of
polyurethane casting machines

1
Guo Yande , Song Zongxiang 2
(1. Zibo Huatian Rubber and Plastic Technology Co.LTD., Zibo 256400, Shandong, China;
2. Shandong Shihua Safety Technology Co. LTD., Dongying 257000, Shandong, China)

Abstract: In the context of intelligent manufacturing, polyurethane casting machines urgently need to be
upgraded to cope with challenges such as high energy consumption, insufficient precision, and low level of
intelligence. This article provides an in-depth analysis of its current technological status and clearly points out
that future development directions should focus on energy conservation, precision, and intelligent integration.
Innovative technological solutions such as servo drive, IoT remote monitoring, and AI optimization algorithms
are proposed. Research has shown that these new technologies can significantly improve equipment
performance, effectively reduce production costs, and verify their actual efficiency improvement through
quantitative data. The article also explores the technological challenges and corresponding countermeasures
faced in the process of intelligent transformation, providing strong oretical guidance and practical reference
for the industry.
Key words: polyurethane pouring machine; intelligent technology; energy conservation and
environmental protection; precision control
（R-03）

年
2025 第 51 卷 ·13·