Hünär we tejribe Jiashuncai soňky 23 ýylda alýumin kompozit paneller, metal potoloklar, perde diwarlary we metal bilen baglanyşykly önümçilik pudagyndaky tehniki ösüşi hemişe öňe sürýärdi ýa-da öňde barýardy. In engineeringenerçilik toparymyz önümimizi has ygtybarly we çydamly etmek üçin has gowy çözgütleri gözlemegi hiç wagt bes etmedi. Doly awtomatiki önüm çyzygyny deňleşdirmek we takyklyk import etdik.
S: Daşky diwarlara alýumin panelleri oturtmak haýsy esasy esbaplary ulanmagy talap edýär?
J: Esasy komponentler şulary öz içine alýar: 1. Okuw ulgamy (ýeňil polat ýa-da alýuminiý garyndylar) - goldaw çarçuwasy; 2. Burç ýaýlar we boltlar - hasalary diwara berkidiň; 3. Specialörite gysgyç plitalary (gysga paneller) ýa-da asgyçlar - alýumin plastmassa panellerini gulplamak; 4. Howa çydamly möhürleýji (silikon möhürleýji ýaly) - boşluklary we suw geçirmeýän; 5. Giňeltmek boltlary ýa-da himiki labyrlar - hasalary esasy diwara dakyň. Bellik: Diwaryň tekizligine baglylykda tekizlemek talap edilýär.
S: Näme üçin alýumin garyndysy poladyň ýerine Stud ulgamy üçin ulanylýar?
J: Alýumin garyndy keeliniň poslama garşylygy, ýeňil we sowuk köpri täsiri ýaly artykmaçlyklary bar, bu çygly ýa-da kenarýaka sebitleri üçin has amatly bolýar. Býudjet çäklendirmeleri bar bolsa, gyzgyn galvanizli polatdan ýasalan keel saýlanyp bilner (galvanizleýji gatlagy g 120g / ensuring üpjün edip biler), ýöne uzak möhletli çydamlylygy henizem alýumin garyndysyndan birneme yzda.
S: Alukobond panelleri düzedilende has ygtybarly: plitalary ýa-da asgyçlary basmak?
J: Iki usul bar, olaryň hersi dürli ssenariýalara laýyk gelýär: • Plastinka (görünýän nurbat): arzan we çalt gurnamak, ýöne açylan nurbatlar estetika täsir edýär; • Gizlin asgyçlar: tagtanyň gyralary bilen berkidilen, görünýän nurbat deşikleri, güýçli ýel garşylygy, beýik binalara ýa-da taýfuna ýykgyn edilýän ýerlere maslahat berilýär. Möhüm nokat: Ulanylan usula garamazdan, nurbatlar poslamaýan polatdan (304/316 ýaly) ýasalmaly we paneliň üstündäki poslama we hapalanmazlyk üçin.
S: Möhür saýlanyňyzda haýsy pikirleri göz öňünde tutmaly?
J: Bitarap howa geçirmeýän silikon möhürleýji ulanylmaly we aşakdaky nokatlara üns berilmelidir: ation Gabat gelýänligi: Mastikiň alýumin plastmassa panelleriniň (PVDF ýaly) örtügi bilen himiki reaksiýalara duçar bolmajakdygyna göz ýetiriň; ✅ Reňk gabat gelmegi: Paneliň reňkine gabat gelýän ýa-da aç-açan möhürleýji saýlaň; Acid Kislotaly mastikleriň ulanylmagyny gadagan ediň - alýumin panelleriniň gyralaryny poslap biler; Cheap Arzan doldurgyçlaryň ulanylmagyny gadagan ediň - olar ýarylmaga we suwuň geçmegine ýykgyn edýärler.
S: Haýsy garnituralara köplenç üns berilmeýär, ýöne möhüm?
J: Bahalandyrylmadyk kritiki esbaplar: 1. Dem alýan suw geçirmeýän gap: kondensatyň zaýalanmagynyň öňüni almak üçin esasy gurluş bilen diwaryň arasynda oturdylýar; 2. malylylyk arakesmesi: ýylylyk geçirijiligini azaltmak üçin demir esasy gurluş aragatnaşyk nokatlarynda ulanylýar; 3. Gyrasy gutarýan zolaklar (U görnüşli / P görnüşli): tagtanyň kesilen gyralaryny goraň we estetikany güýçlendiriň; 4.
Increasing Demand Drives Production Expansion
With the rapid growth of global demand for Aluminum Composite Panels (ACP), JIASHUNCAI is proud to announce the expansion of its manufacturing capacity.
Recently, a new production line has been successfully delivered to our factory and is currently under installation. This upgrade reflects the strong increase in orders from international markets and our commitment to providing fast delivery and stable supply.
Introduction: Strengthening Global Partnerships in ACP Industry
Recently, we were honored to welcome clients from India to visit our factory — Jiashuncai Aluminum Composite Panel (ACP) Manufacturer.
This visit marks an important step in strengthening international cooperation and reflects the growing demand for high-quality ACP panels in the Indian market.
Through face-to-face communication, factory inspection, and technical discussions, both sides gained deeper confidence for future collaboration.
Introduction to Aluminum Composite Panel Installation
Aluminum Composite Panels (ACP) are widely used in modern architecture for building facades, curtain walls, signage systems, and interior decoration. Because ACP panels are lightweight, durable, and easy to fabricate, they have become one of the most popular cladding materials in commercial construction projects.
However, improper installation or construction mistakes can lead to problems such as panel deformation, poor sealing, surface contamination, and weak bonding. Understanding these issues is essential for contractors, architects, and construction companies working with ACP panels.
This article explains the most common aluminum composite panel construction problems and how to prevent them.
