在現代建筑中，門窗的保溫性能直接影響著室內舒適度和能源消耗。一種名為斷橋鋁型材復合機的設備，通過獨特的工藝將鋁合金與隔熱材料結合，成為提升門窗節能效果的關鍵裝備。這種看似復雜的機器，實則是通過物理原理實現材料復合，為建筑節能提供了可靠保障。

In modern architecture, the insulation performance of doors and windows directly affects indoor comfort and energy consumption. A device called the Broken Bridge Aluminum Profile Composite Machine combines aluminum alloy with insulation materials through a unique process, becoming a key equipment to improve the energy-saving effect of doors and windows. This seemingly complex machine actually achieves material composite through physical principles, providing reliable guarantees for building energy efficiency.

一、復合機的工作原理

1、 The working principle of the multifunctional machine

斷橋鋁型材復合機的核心功能類似 “三明治制作”，通過三大步驟完成材料結合：

The core function of the broken bridge aluminum profile composite machine is similar to "sandwich making", which completes material bonding through three major steps:

預處理階段

pre-processing

鋁合金型材經過表面清潔和加熱處理，溫度控制在 180-220℃之間，使表面氧化膜軟化，增強與隔熱材料的粘結力。某設備數據顯示，溫度每升高 10℃，粘結強度提升 12%。

Aluminum alloy profiles undergo surface cleaning and heating treatment, with a temperature controlled between 180-220 ℃, to soften the surface oxide film and enhance the adhesion with insulation materials. Data from a certain device shows that for every 10 ℃ increase in temperature, the bonding strength increases by 12%.

復合壓制階段

Composite compression stage

將隔熱材料（通常為 PA66 尼龍）置于鋁合金型材中間，通過液壓系統施加 15-25MPa 的壓力，使材料緊密融合。某型號設備的復合速度可達 3 米 / 分鐘，相當于每分鐘生產 6 扇窗戶的型材。

Place the insulation material (usually PA66 nylon) in the middle of the aluminum alloy profile and apply a pressure of 15-25MPa through a hydraulic system to tightly fuse the material. The composite speed of a certain model of equipment can reach 3 meters per minute, which is equivalent to producing profiles for 6 windows per minute.

冷卻定型階段

Cooling and shaping stage

復合后的型材經過水冷系統降溫，使材料結構固化。某測試表明，冷卻速度控制在 5℃/ 秒時，型材變形量可控制在 0.3mm 以內。

The composite profile is cooled by a water cooling system to solidify the material structure. A certain test shows that when the cooling rate is controlled at 5 ℃/s, the deformation of the profile can be controlled within 0.3mm.

二、復合機的顯著優勢

2、 The significant advantages of composite machines

1. 提升門窗性能

1. Improve the performance of doors and windows

保溫效果：斷橋結構將鋁合金的導熱系數從 237W/(m?K) 降低至 1.8W/(m?K)，某檢測數據顯示，使用斷橋型材的門窗，冬季室內溫度可比普通門窗高 5-8℃。

Thermal insulation effect: The broken bridge structure reduces the thermal conductivity of aluminum alloy from 237W/(m · K) to 1.8W/(m · K). According to some testing data, doors and windows using broken bridge profiles can have indoor temperatures 5-8 ℃ higher than ordinary doors and windows in winter.

隔音性能：復合結構能有效阻隔外界噪音，某實驗室測試顯示，隔音量可達 35dB，比普通鋁合金門窗提升 10dB。

Sound insulation performance: The composite structure can effectively block external noise. A laboratory test showed that the sound insulation volume can reach 35dB, which is 10dB higher than ordinary aluminum alloy doors and windows.

2. 降低生產成本

2. Reduce production costs

材料利用率：復合機的切割精度達 ±0.1mm，比傳統工藝節省原材料 8-12%。某門窗廠統計，使用復合機后，每萬平方米型材節省成本約 15 萬元。

Material utilization rate: The cutting accuracy of the composite machine reaches ± 0.1mm, saving 8-12% of raw materials compared to traditional processes. According to statistics from a certain door and window factory, after using a composite machine, the cost savings per 10000 square meters of profiles are about 150000 yuan.

生產效率：自動化生產線可實現 24 小時連續作業，某設備實測，單班產能比人工操作提高 4 倍。

Production efficiency: The automated production line can achieve 24-hour continuous operation. A certain equipment has been tested and the single shift production capacity is 4 times higher than manual operation.

3. 適應多樣化需求

3. Adapt to diverse needs

型材規格：復合機可處理寬度 60-120mm、厚度 1.4-3.0mm 的鋁合金型材，某廠家數據顯示，通過更換模具，能適應 90% 以上的常見門窗型材。

Profile specifications: The composite machine can process aluminum alloy profiles with a width of 60-120mm and a thickness of 1.4-3.0mm. Data from a certain manufacturer shows that by replacing molds, it can adapt to more than 90% of common door and window profiles.

顏色選擇：表面處理工藝支持氟碳噴涂、木紋轉印等多種方式，某工程案例中，復合機生產的仿木紋型材，外觀逼真度達 95% 以上。

Color selection: The surface treatment process supports various methods such as fluorocarbon spraying and wood grain transfer printing. In a certain engineering case, the imitation wood grain profile produced by the composite machine has a realistic appearance of over 95%.

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