Ọkachamara na Ahụmahụ N'oge gara aga 23 afọ, Jiashuncai mgbe niile nọgidere na-na ma ọ bụ ọbụna n'ihu nke teknuzu ọganihu na ubi nke aluminum mejupụtara ogwe, metal uko ụlọ, ákwà mgbochi mgbidi na metal metụtara mmepụta. Ndị otu injinia anyị akwụsịbeghị ịchọ ngwọta ka mma iji mee ka ngwaahịa anyị bụrụ nke a pụrụ ịdabere na ya na nke na-adịgide adịgide. Anyị bubata nhazi ahịrị ngwaahịa akpaka zuru oke na nkenke.
A: Nkwanye n'efu: nyocha ihe omume ọrụ + ihe ọmụmụ nke mpaghara ndị yiri ya.
Ajụjụ: Enwere ike itinye ogwe ihe mejupụtara aluminom na facades gbagọrọ agbagọ? Kedu ka enwere ike isi hụ nkenke?
A: Mmejuputa a na-emezi emezi, ihe ngwọta teknụzụ gụnyere: • 3D laser scanning + BIM modeling: nweta data elu mgbidi n'ụzọ ziri ezi, prefabricate mgbe mgbe; • Usoro mgbanwe na-agbanwe agbanwe: na-eji koodu nkuku eluigwe na ala na akụkụ atọ na-agbanwe agbanwe, na-enye ohere maka mgbazi ± 15mm; • Usoro dabara adaba nkewa nkewa: na-emebi elu gbagọrọ agbagọ n'ime ọtụtụ ụgbọ elu linear, na-ebelata mperi dabara adaba. Anyị na-enye ọrụ nleba anya na saịtị na-emikpu n'elu ala.
Q: Olee otú ultra-elu ụlọ na-eleba anya na ifufe nsogbu iguzogide okwu nke aluminom mejupụtara ogwe alucobond?
A: Core teknụzụ countermeasures: 1. Mechanical nkwenye: Gbakọọ ọkpụrụkpụ nke ogwe na njupụta nke mgbakwunye ihe dabere na mpaghara ikuku ikuku uru maka otu ugboro na-50-afọ omume (eg, ≥1.5 kN / ㎡). 2. Anchorage emelitere: Jiri nchikota nke bolts azụ na igwe hangers maka nhazi abụọ (opekata mpe ihe mgbakwunye 6 kwa panel). 3. Ikuku ọwara depressurization imewe: Wụnye ọwa ikuku zoro ezo n'ime nkwonkwo panel iji dozie nrụgide nke ime na mpụga. Ndị otu a gụnyere ndị injinia nhazi nwere ike ịnye akụkọ mgbako ikuku na akụkọ nguzogide seismic.
Ajụjụ: Kedu ka esi eme nrụnye na-enweghị ịkwatu mgbidi ochie n'oge a na-arụzigharị ụlọ ndị dị ugbu a?
A: Ngwọta ọhụrụ: • Usoro ihe owuwu akọrọ: New base Layer wuru na-eji ọkụ ígwè keel framework (80-150mm pụọ na mgbidi mbụ) iji zere nsogbu ndị metụtara nkwụsị nke mgbidi ochie; • Arịlịka na-adịghị emebi emebi: Iji arịlịka kemịkalụ banye n'ime oyi akwa mkpuchi ma rute n'ụdị nhazi, na-egbochi mgbawa na-akpata ịma jijiji; • Sistemu nkwụnye na-egwu ngwa ngwa: obere vidiyo etinyegoro na paịlụ na-abawanye arụmọrụ mgbakọ na saịtị site na 50%. Emechara nke ọma ọrụ nrụzigharị iri na asaa, yana oge mmecha kachasị ngwa ngwa bụ ụbọchị iri na ise maka ọrụ 1000 square mita.
Ajụjụ: Olee otú iji gbochie condensation na aluminum mejupụtara panels alucobond n'ihi oyi bridged na oyi na mpaghara?
A: Teknụzụ na-ekpo ọkụ nke omenala: Ngwọta nkà na ụzụ 1. Usoro profaịlụ nkwụsịtụ nke okpomọkụ → Profaịlụ ndị na-agụnye PA66 nylon thermal break strips na thermal conductivity nke ≤0.3 W / (m·K). 2. Nhazi mkpuchi nke Layered → A na-ejupụta mkpanaka ụfụfụ cell mechiri emechi n'ime nkwonkwo panel, kpuchie n'èzí site na mkpuchi na-agbanwe. 3. Condensate drainage → A na-edobe ọwa mmiri na azụ nke profaịlụ, na-ejikọta na eriri mmiri na-ekpo ọkụ. * Nwere ike ịnye akụkọ simulation thermal na ngwugwu ngwa raara onwe ya nye maka ọrụ dị n'okpuru -30°C.
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.
