Proifeiseantachd agus Eòlas Anns na 23 bliadhna a dh’fhalbh, tha Jiashuncai air a bhith an-còmhnaidh a’ cumail suas ris an adhartas teicnigeach ann an raon phannalan co-dhèanta alùmanum, mullaichean meatailt, ballachan-cùirteir agus cinneasachadh co-cheangailte ri meatailt. Cha do sguir an sgioba innleadaireachd againn a-riamh a’ lorg fhuasglaidhean nas fheàrr gus ar toradh a dhèanamh nas earbsaiche agus nas seasmhaiche. Thug sinn a-steach co-thaobhadh agus mionaideachd loidhne toraidh gu tur fèin-ghluasadach.
C: Ciamar a sheachnas tu burraidhean agus sgàineadh còmhdach nuair a bhios tu a’ gearradh pannalan co-dhèanta alùmanaim alucobond?
A: Prìomh theicneòlasan agus uidheam giullachd: • Taghadh innealan: ◦ Airson aghaidh a’ phlàta: cleachd lann sàbhaidh daoimean (le co-dhiù 120 fiacail, a’ rothladh aig 3000 rpm) gus gearradh an aghaidh uachdar a’ phlàta; ◦ Airson cùl a’ phlàta: gluais gu sgrìobadair stàilinn àrd-astar gus casg a chuir air craiceann an alùmanaim bho bhith a’ lùbadh. • Smachd pròiseas: ◦ Thoir air falbh am film dìon mus gearradh thu (gus casg a chuir air leaghadh agus steigeadh); ◦ Ìre beathachaidh ≤ 2 m/min, cleachd fuarachadh èadhair gus milleadh teirmeach a lughdachadh. Nota: Gu tur na cleachd gearradair cuibhle bleith — gu cinnteach adhbharaichidh e carbonachadh air còmhdach PVDF.
C: Ciamar as urrainnear dèanamh cinnteach à cruinneas innealachaidh phannalan cumadh (uachdaran lùbte/ceàrnan oisean)?
A: Modh-obrach giullachd trì-cheum àrd-chruinneas: 1. Modaladh didseatach: ◦ Faigh dàta uachdar togalach tro sganadh 3D → Gin còd innealachaidh CNC (mearachd ≤ 0.1mm); 2. Cumadh smachd àireamhach: ◦ Uachdar: Cruthachadh molltair a’ cleachdadh inneal teirmeach-chruthachaidh falamh ioma-phuing (air a theasachadh gu 140 ℃ ± 5 ℃); ◦ Ceàrnan: Cleachd inneal lùbadh uisgeachaidh (cuideam 80-100 tunna) le molltair polyurethane; 3. Faochadh cuideam: ◦ Às deidh molltair, cùm aig teòthachd cunbhalach de 25 ℃ airson 24 uair a thìde gus cuir às do dheformachadh cuideam a-staigh.
C: Dè na sònrachaidhean teicnigeach a th’ ann airson doimhneachd agus suidheachadh nan claisean oir a thathas a’ cleachdadh airson crochairean falaichte?
A: Paramadair 1: Doimhneachd an t-sliotain, riatanas: ≤1/2 de thiughas na duilleige alùmanaim (mar as trice 0.3-0.5mm), inneal sgrùdaidh: tomhas tiughas leusair. Paramadair 2: Astar oir an t-sliotain, riatanas: ≥15mm (bho oir a’ phlàta), inneal sgrùdaidh: caliper vernier didseatach. Paramadair 3: Filléad bonn an t-sliotain, riatanas: R≥0.8mm (gus casg a chuir air dùmhlachd cuideam), inneal sgrùdaidh: tomhas radius. Feumaidh coinneachadh ri inbhean sàbhailteachd trì-shligheach, rabhadh: faodaidh cus sluasaid neart tensile alùmanaim a lughdachadh le 40%!
C: Carson a tha e riatanach neartachadh a chur ri cùl pannalan plastaig alùmanaim mòra (≥3m)? Ciamar a thèid a dhèanamh?
A: Adhbhar: Gus casg a chur air deformachadh crith uachdar air adhbhrachadh leis a’ ghaoith (feumaidh luach an lùbadh a bhith ≤ L/180). Pròiseas neartachaidh: 1. Stuth: Cill T-chruthach air a dhèanamh le aloi alùmanum (tiugh ≥ 2.0 mm); 2. Greamachadh: Cuir greamaiche structarail epocsa dà-phàirteach an sàs (neart rùsgadh ≥ 8 MPa); Às dèidh brùthadh, cuir cuideam 0.5 kg/cm² an sàs airson leigheas airson 24 uairean; 3. Suidheachadh: Eadar-ama eadar na h-asnaichean ≤ 600 mm, astar bhon oir ≤ 150 mm.
C: Ciamar a dhìonas tu pannalan giullaichte airson seasmhachd?
A: Trì làimhseachadh dìona deatamach: Pròiseas dìona: 1. Ròn oir → Cuir a-steach **sealant oir epoxy** (a’ còmhdach cridhe alùmanaim, a’ cur casg air taiseachd bho bhith a’ dol a-steach) 2. Neartachadh claise → In-stealladh **elastomer polyurethane** (a’ lìonadh meanbh-sgoltaidhean, a’ neartachadh cruas claise) 3. Dìon creimeadh cùil → Sprae **còmhdach sinc-cròmium** (deuchainn spraeadh salainn ≥ 1000 uair) *Slatan-tomhais gabhail: tiugh còmhdach ròin oir ≥ 0.2mm, gun raointean/builgeanan air chall (air an lorg le lorgaire aodion UV).* Leudachadh teicnigeach: • Buannachdan giollachd didseatach: ◦ Cruinneas gearraidh leusair: ±0.05mm (gearradh meacanaigeach traidiseanta ±0.5mm); ◦ Astar claise CNC: 30 meatairean gach mionaid (innealan làimhe 3 meatairean gach mionaid); • Pròiseasan sònraichte: ◦ Tolladh phannalan a tha a’ sgaoileadh solais: gearradh uisge-jet (trast-thomhas toll ≥3mm, dùmhlachd ≤15%); ◦ Buadh coltach ri clach: cabhradh uachdar + clò-bhualadh UV (ìre strì an aghaidh sìde ≥8). Sampall giullachd an-asgaidh ri fhaighinn → Dearbhaich co-chòrdalachd a’ phròiseis!
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.
Honoring Female Employees on International Women’s Day
Every year on International Women’s Day (March 8), companies around the world celebrate and recognize the important contributions of women in the workplace. To express appreciation and respect, many organizations prepare thoughtful gifts and activities for their female employees.
At JIASHUNCAI, the company also celebrates this special day by giving Women’s Day gifts to employees, showing gratitude for their dedication, hard work, and contributions to the company’s development.
