在汽車制造、建筑門窗、航空航天等領域，丁基膠作為高性能密封材料，其涂布質量直接影響產品的防水、隔音和使用壽命。臥式丁基膠涂布機憑借獨特的結構設計和穩定性能，成為實現高效密封的關鍵裝備。

In the fields of automobile manufacturing, building doors and windows, aerospace, etc., butyl rubber is used as a high-performance sealing material, and its coating quality directly affects the waterproof, soundproof, and service life of the product. The horizontal butyl rubber coating machine, with its unique structural design and stable performance, has become a key equipment for achieving efficient sealing.

一、結構原理：穩定運行的基礎保障

1、 Structural principle: the basic guarantee for stable operation

臥式丁基膠涂布機采用水平式結構設計，主要由膠箱系統、涂布頭、傳動機構和控制系統四部分組成。膠箱內置恒溫加熱裝置，可將丁基膠保持在 120-150℃的熔融狀態，確保膠水流動性。涂布頭配備精密計量泵和可調節刮刀，通過伺服電機控制，實現 0.1-5mm 厚度范圍內的精準涂布。傳動機構采用同步帶或齒輪齒條驅動，配合直線導軌，保證涂布頭在移動過程中保持 ±0.05mm 的定位精度。控制系統集成 PLC 和人機界面，支持參數預設、實時監控和故障報警功能。

The horizontal butyl rubber coating machine adopts a horizontal structural design, mainly composed of four parts: the rubber box system, the coating head, the transmission mechanism, and the control system. The glue box is equipped with a constant temperature heating device, which can keep the butyl rubber in a molten state at 120-150 ℃, ensuring the fluidity of the glue. The coating head is equipped with a precision metering pump and an adjustable scraper, controlled by a servo motor to achieve precise coating within the thickness range of 0.1-5mm. The transmission mechanism adopts synchronous belt or gear rack drive, combined with linear guide rail, to ensure that the coating head maintains a positioning accuracy of ± 0.05mm during the movement process. The control system integrates PLC and human-machine interface, supporting parameter preset, real-time monitoring, and fault alarm functions.

這種結構設計使設備運行時振動更小，膠水涂布更均勻，特別適合對精度要求高的連續生產場景。例如在汽車玻璃生產線上，臥式涂布機可實現每小時 200 片以上的涂布速度，且邊緣溢膠量控制在 0.3mm 以內。

This structural design results in less vibration during equipment operation and more uniform glue application, making it particularly suitable for continuous production scenarios that require high precision. For example, on the automotive glass production line, the horizontal coating machine can achieve a coating speed of over 200 pieces per hour, and the edge overflow amount is controlled within 0.3mm.

二、核心優勢：性能提升的關鍵所在

2、 Core Advantage: The Key to Performance Improvement

1. 涂布精度的顯著提高

1. Significant improvement in coating accuracy

相比傳統手工涂布，臥式設備通過機械控制實現了質的飛躍。某實驗室測試數據顯示，手工涂布的厚度偏差在 ±0.5mm，而設備涂布可將偏差控制在 ±0.1mm，這對于需要均勻受力的密封結構至關重要。例如在建筑中空玻璃生產中，精準的膠層厚度能有效防止玻璃因應力不均而自爆。

Compared to traditional manual coating, horizontal equipment has achieved a qualitative leap through mechanical control. According to test data from a certain laboratory, the thickness deviation of manual coating is within ± 0.5mm, while equipment coating can control the deviation within ± 0.1mm, which is crucial for sealing structures that require uniform force. For example, in the production of insulated glass in buildings, precise adhesive layer thickness can effectively prevent the glass from bursting due to uneven stress.

2. 生產效率的倍數增長

2. Multiple growth of production efficiency

臥式設計允許更大幅面的工件通過，配合雙工位交替作業，可實現 24 小時不間斷生產。在某門窗型材廠的實測中，設備每小時可處理 150 米長的型材，是人工涂布效率的 8 倍以上。同時，設備的連續涂布特性避免了手工操作中常見的斷點問題，產品合格率從 82% 提升至 97%。

The horizontal design allows larger workpieces to pass through, coupled with dual station alternating operation, achieving 24-hour uninterrupted production. In the actual test of a door and window profile factory, the equipment can process profiles up to 150 meters long per hour, which is more than 8 times the efficiency of manual coating. At the same time, the continuous coating characteristics of the equipment avoid common breakpoint problems in manual operations, and the product qualification rate has increased from 82% to 97%.

3. 材料適應性的全面增強

3. Comprehensive enhancement of material adaptability

通過調整溫度、壓力和刮刀角度，臥式涂布機可處理不同黏度的丁基膠。對于低黏度膠水（如用于電子元件密封的型號），設備可通過降低刮刀壓力減少膠水飛濺；對于高黏度產品（如汽車擋風玻璃專用膠），則通過提高溫度和增加計量泵轉速保證涂布流暢。這種靈活性使其在不同行業都能發揮作用。

By adjusting temperature, pressure, and scraper angle, the horizontal coating machine can process butyl rubber of different viscosities. For low viscosity adhesives (such as those used for sealing electronic components), the equipment can reduce adhesive splashing by lowering the scraper pressure; For high viscosity products (such as car windshield adhesive), smooth coating is ensured by increasing the temperature and the speed of the metering pump. This flexibility allows it to play a role in different industries.

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