在建筑門窗行業(yè)蓬勃發(fā)展的當下，斷橋鋁門窗憑借卓越的隔熱、隔音及高強度性能，成為市場主流選擇。而斷橋鋁型材復合機作為生產斷橋鋁門窗的關鍵設備，以其先進技術和高效作業(yè)能力，為門窗制造企業(yè)帶來了全新的生產變革，推動行業(yè)邁向更高品質、更高效能的發(fā)展階段。?

In the current booming development of the construction door and window industry, broken bridge aluminum doors and windows have become the mainstream choice in the market due to their excellent thermal insulation, sound insulation, and high-strength performance. As a key equipment for producing broken bridge aluminum doors and windows, the broken bridge aluminum profile composite machine has brought new production changes to door and window manufacturing enterprises with its advanced technology and efficient operation capabilities, promoting the industry to move towards a higher quality and higher efficiency development stage. ?

斷橋鋁型材復合機的工作原理?

Working principle of the broken bridge aluminum profile composite machine

隔熱條穿入與復合流程?

Insulation strip penetration and composite process

斷橋鋁型材復合機的核心工作是將隔熱條精準地穿入鋁合金型材的凹槽內，并通過一系列工藝實現緊密復合。設備首先對鋁合金型材進行定位與固定，確保型材在加工過程中的穩(wěn)定性。高精度的送料裝置將隔熱條以設定的速度和角度送入型材凹槽，在此過程中，利用機械壓力與特殊的導向機構，保證隔熱條均勻、順暢地嵌入凹槽，避免出現扭曲或偏移。例如，在某大型門窗制造企業(yè)的生產線上，復合機配備的智能送料系統，能夠根據型材規(guī)格自動調整隔熱條的送料速度與位置，確保每一根隔熱條都能精準無誤地穿入型材凹槽，穿入精度可達 ±0.1mm。?

The core work of the broken bridge aluminum profile laminating machine is to accurately insert the insulation strip into the groove of the aluminum alloy profile and achieve tight lamination through a series of processes. The equipment first locates and fixes the aluminum alloy profiles to ensure their stability during the processing. The high-precision feeding device sends the insulation strip into the groove of the profile at a set speed and angle. During this process, mechanical pressure and special guiding mechanisms are used to ensure that the insulation strip is evenly and smoothly embedded in the groove, avoiding distortion or deviation. For example, on the production line of a large door and window manufacturing enterprise, the composite machine is equipped with an intelligent feeding system that can automatically adjust the feeding speed and position of the insulation strip according to the profile specifications, ensuring that each insulation strip can be accurately inserted into the profile groove with an accuracy of ± 0.1mm. ?

滾壓復合與強化處理?

Rolling composite and strengthening treatment

當隔熱條穿入型材后，復合機的滾壓裝置開始工作。多組滾輪按照特定的壓力和行程參數，對穿入隔熱條的型材進行滾壓，使鋁合金型材與隔熱條之間形成緊密的機械咬合。滾壓過程不僅增強了兩者之間的結合力，還對復合部位的表面進行了強化處理，提升復合型材的整體強度與外觀質量。經過滾壓復合后，斷橋鋁型材的抗剪切強度大幅提高，能夠滿足建筑門窗在各種復雜環(huán)境下的使用要求。例如，經過滾壓復合后的斷橋鋁型材，其抗剪切強度相比未復合前提升了 30% 以上，有效保障了門窗的結構穩(wěn)定性與使用壽命。

After the insulation strip penetrates the profile, the rolling device of the laminating machine starts working. Multiple sets of rollers roll the profiles that penetrate the insulation strip according to specific pressure and stroke parameters, forming a tight mechanical fit between the aluminum alloy profiles and the insulation strip. The rolling process not only enhances the bonding force between the two, but also strengthens the surface of the composite part, improving the overall strength and appearance quality of the composite profile. After rolling and compounding, the shear strength of the broken bridge aluminum profile is significantly improved, which can meet the requirements of building doors and windows in various complex environments. For example, after rolling and compounding, the shear strength of the broken bridge aluminum profile has increased by more than 30% compared to before compounding, effectively ensuring the structural stability and service life of doors and windows.

高精度加工能力?

High precision machining capability

斷橋鋁型材復合機采用先進的數控技術與精密機械部件，實現了高精度的加工。從隔熱條的穿入到滾壓復合，每個環(huán)節(jié)都能精確控制，確保復合后的型材尺寸精度極高。以型材的寬度尺寸為例，復合機加工后的斷橋鋁型材寬度誤差可控制在 ±0.2mm 以內，遠遠高于行業(yè)標準要求。這種高精度加工能力，使得門窗制造企業(yè)能夠生產出更加精準、密封性能更好的門窗產品，提升門窗的整體品質與市場競爭力。例如，某知名門窗品牌使用高精度復合機生產的斷橋鋁門窗，在隔音性能測試中，相比使用普通復合機生產的門窗，隔音效果提升了 5 分貝以上，受到消費者的高度認可。

The broken bridge aluminum profile composite machine adopts advanced CNC technology and precision mechanical components to achieve high-precision processing. From the penetration of the insulation strip to the rolling composite, every step can be precisely controlled to ensure extremely high dimensional accuracy of the composite profile. Taking the width dimension of the profile as an example, the width error of the bridge broken aluminum profile after composite machining can be controlled within ± 0.2mm, which is much higher than the industry standard requirements. This high-precision processing capability enables door and window manufacturing enterprises to produce more precise and better sealed door and window products, enhancing the overall quality and market competitiveness of doors and windows. For example, a well-known door and window brand used high-precision composite machines to produce broken bridge aluminum doors and windows. In the sound insulation performance test, compared to doors and windows produced using ordinary composite machines, the sound insulation effect increased by more than 5 decibels, which was highly recognized by consumers.

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