Q:How to avoid burrs and coating cracking when cutting aluminum composite panels alucobond?

A:Key processing technologies and equipment: • Tool selection: ◦ For the front side of the plate: use a diamond saw blade (with at least 120 teeth, rotating at 3000 rpm) to cut against the direction of the plate surface; ◦ For the back side of the plate: switch to a high-speed steel scraper to prevent aluminum skin curling. • Process control: ◦ Remove the protective film before cutting (to avoid melting and sticking); ◦ Feed rate ≤ 2 m/min, use air cooling to reduce thermal damage. Note: Absolutely do not use a grinding wheel cutter — it will definitely cause carbonization of the PVDF coating.

Q:How can the machining accuracy of shaped panels (curved surfaces/corner angles) be ensured?

A:Three-step high-precision processing procedure: 1. Digital modeling: ◦ Obtain building surface data through 3D scanning → Generate CNC machining code (error ≤ 0.1mm); 2. Numerical control shaping: ◦ Surface: Mold forming using multi-point vacuum thermoforming machine (heated to 140℃ ± 5℃); ◦ Angles: Use hydraulic bending machine (pressure 80-100 tons) with polyurethane mold; 3. Stress relief: ◦ After molding, keep at constant temperature of 25℃ for 24 hours to eliminate internal stress deformation.

Q:What are the technical specifications for the depth and position of edge grooves used for concealed hangers?

A:Parameter 1: Slot depth, requirement: ≤1/2 thickness of aluminum sheet (usually 0.3-0.5mm), inspection tool: laser thickness gauge. Parameter 2: Slot edge distance, requirement: ≥15mm (from the edge of the plate), inspection tool: digital vernier caliper. Parameter 3: Slot bottom fillet, requirement: R≥0.8mm (to prevent stress concentration), inspection tool: radius gauge.Must meet three-way safety standards, warning: excessive slotting can reduce the tensile strength of aluminum by 40%!

Q:Why is it necessary to add reinforcement to the back of large-sized aluminum plastic panels (≥3m)? How is it done?

A:Reason: To prevent wind-induced surface vibration deformation (deflection value must be ≤ L/180). Reinforcement process: 1. Material: Aluminum alloy T-shaped keel (thickness ≥ 2.0 mm); 2. Adhesion: Apply two-component epoxy structural adhesive (shear strength ≥ 8 MPa); After pressing, apply 0.5 kg/cm² weight for curing for 24 hours; 3. Positioning: Rib spacing ≤ 600 mm, distance from edge ≤ 150 mm.

Q:How to protect processed panels for durability?

A:Three critical protective treatments: Protective process: 1. Edge sealing → Apply **epoxy edge sealant** (covers aluminum core, prevents moisture penetration) 2. Groove reinforcement → Inject **polyurethane elastomer** (fills micro-cracks, enhances groove toughness) 3. Backside corrosion protection → Spray **zinc-chromium coating** (salt spray test ≥ 1000 hours) *Acceptance criteria: edge seal layer thickness ≥ 0.2mm, no missed areas/bubbles (detected by UV leak detector).* Technical extension: • Advantages of digital processing: ◦ Laser cutting precision: ±0.05mm (traditional mechanical cutting ±0.5mm); ◦ CNC grooving speed: 30 meters per minute (manual tools 3 meters per minute); • Special processes: ◦ Perforation of light-transmitting panels: waterjet cutting (hole diameter ≥3mm, density ≤15%); ◦ Stone-like effect: surface embossing + UV printing (weather resistance grade ≥8). Free sample processing provided → Verify process compatibility!

About Panel Processing-aluminum composite panel-aluminum facade panel-aluminum baffle ceiling

Babagan Panel Processing

Proyek & Dhukungan Teknis Hubungi Saiki

Yen sampeyan ora duwe peralatan sing dibutuhake, pusat produksi kita bisa nindakake operasi mesin, punching, die-cut, stamping, edging, mlengkung, lan mbentuk sing dibutuhake kanggo proyek sampeyan.

Thanks kanggo teknologi canggih, saiki bisa nggawe wangun 3D, relief, lan ngapusi cahya ing lumahing bangunan, ngidini fasad pribadi lan unik.

Kantor Teknis JiaShunCai kolaborasi rapet karo arsitek, desainer, lan installer kanggo mujudake usulan-usulan paling canggih.

Opsi macem-macem sing kasedhiya liwat proses mesin lan transformasi panel komposit aluminium mbisakake nggawe fasad kanthi potensial desain tanpa wates.

	Mesin saka panel komposit
	Panel komposit aluminium bisa mesin nggunakake mesin CNC
	utawa kanthi manual nganggo gergaji tembok utawa router portabel.
	Kajaba iku, ngidini adaptasi kanggo macem-macem aplikasi liyane. Kantor teknis nggunakake program khusus kanggo nyilikake sampah material sajrone mesin bagean, nyuda potongan lan sampah.
	Cara iki mbisakake pangukuran sing tepat lan gampang dibentuk kanggo instalasi ing fasad, nggunakake macem-macem sistem perakitan sing disertifikasi kanthi fixings sing katon utawa didhelikake.

Stamping panel komposit

Panel komposit bisa dibentuk kanthi nggunakake mesin CNC, ngidini kanggo nambah relief lan ambane, sing nambah daya tarik visual. Macem-macem desain, pola, ukuran, lan wujud bisa digayuh adhedhasar alat sing digunakake. Pola, tekstur, lan desain khusus bisa dicithak kanggo nggawe estetika unik kanggo fasad bangunan. Panel kasebut uga digunakake ing unsur hiasan kanggo interior lan eksterior, kayata signage, sinyal, spanduk, tembok partisi, lan unsur langit-langit pola, nambah gaya lan kecanggihan kanggo spasi.

	Punching lan die cutting saka panel komposit
	Panel komposit aluminium bisa ditindhes lan die-cut nggunakake mesin CNC kanggo ngganti desain kanggo kabutuhan proyek tartamtu, njamin finish sing resik lan tepat. We offer macem-macem wangun lan pola perforasi, kalebu kemampuan kanggo ngasilake gambar lengkap kaya titik maya, ngidini kanggo nggawe desain ruwet liwat macem-macem Techniques punching.

	Edge panel komposit pinggiran
	Pinggiran kasebut nutupi inti panel, nglindhungi saka cuaca lan nambah tampilan profesional sing resik lan profesional. We offer telung jinis sudhut: siji (ndhelikake pinggiran), interior pindho (ndhelikake pinggiran lan bagéan saka pasuryan mburi), lan pindho njaba (ndhelikake pinggiran lan ngluwihi tab kanggo ndhelikake joints karo sheets panel liyane).

	Panel komposit mlengkung
	Mlengkung bisa dumadi ing arah cekung utawa cembung, kanthi vertikal utawa horisontal, lan bisa ditrapake ing potongan nganggo utawa tanpa tab, cocok kanggo sistem instalasi sing katon lan didhelikake.

	mbentuk
	Proses iki bisa ditindakake ing bengkel utawa ing papan, tansah ing lingkungan sing resik, dilindhungi khusus, lan disesuaikan. Wangun saka kaset ora diwatesi kanggo wangun persegi dowo tradisional; padha uga bisa dirancang ing wangun 3D.

Apa sampeyan pengin ndeleng finish iki ditrapake ing fasad?

Akses menyang simulator fasad kita

Utawa proyek Inspirasi Rampung?

Telusuri Proiect & Aplikasi

Pawarta sing gegandhengan

Mar. 14, 2026

Common Problems in Aluminum Composite Panel Construction and How to Avoid Them

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.

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How to Choose the Right Adhesive for Installing Aluminum ACP Sheet on Different Base Wall Materials

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Cara Milih Adhesive Tengen kanggo Nginstal Aluminium ACP Sheet ing Beda Material Wall Base

Milih adesif sing cocog kanggo nginstal lembaran acp aluminium ing macem-macem tembok dhasar

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Ngluwihi Alumax: Solusi Cladding Tahan Api A2 sing Hemat Biaya saka Jiashuncai

Nalika Material Komposit Alumax ndominasi ekspor saka wilayah Jiangsu China (utamane ngirim 5,400kg ACP menyang AS ing pungkasan taun 2023), Jiashuncai muncul minangka pilihan sing luwih cerdas kanggo para pembangun global sing nggoleki panel sing dirating geni A2 kanthi pangiriman 25% luwih cepet lan biaya sing luwih murah 15% - tanpa kompromi utawa sertifikasi daya tahan.

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Discover the Benefits of Aluminium Panel Composite

05 September 2025

Temokake Keuntungan saka Komposit Panel Aluminium

Ing pasar konstruksi lan arsitektur saiki, dikarepake kanggo awet, entheng, lan estetika

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PVDF Aluminium Composite Panel Weather Resistance

Ing desain arsitektur modern, resistance cuaca saka bahan njaba langsung nemtokake

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PANEL KOMPOSIT ALUMINIUM ING ARSITEKTUR MODERN

Panel komposit aluminium wis dadi bahan penting ing bidang arsitektur modern.

Ndeleng Liyane

Gandum Kayu	Pangilon	Gloss Dhuwur	metalik
Warna Solid	Lukisan Semprotan	Marmer	Disikat

Jembar	1220mm, 1250mm, 1500mm
dawa	2440mm, 3050mm, 4050mm, 5000mm
Ketebalan Panel	2mm, 3mm, 4mm, 5mm, 6mm utawa selaras
Alu.Ketebalan Kulit	0.08mm, 0.1mm, 0.15mm, 0.2mm, 0.3mm, 0.4mm, 0.5mm utawa selaras
Ukuran Standar	1220mm x 2440mm (4'x8')
liyane	Nampa ukuran khusus uga

Jembar	1220mm, 1250mm, 1500mm
dawa	Yen dikarepake, nanging luwih becik <5800mm
Ketebalan Panel	2 mm ~ 6 mm
Alu.Ketebalan Kulit	0.21mm~0.50mm: 0.21mm, 0.30mm, 0.40mm, 0.50mm
Ukuran Standar	1220mm x 2440mm (4' x 8'); 1500mm x 3050mm (5' x 10')
werna-werna	Standar pabrik 45 warna kanggo referensi
liyane	Nampa ukuran lan warna khusus uga

Ora.	Cina	Jerman	USA	Prancis	UK
Ora.	GB/T8627	DIN 4102	ASTM E84	NFF16-101	BS-476
1	A1, A2	A1, A2	NC	FOR	O
2	B1	B1	A	M1, M2	1
3	B2	B2	B, C	M3	2, 3

gelar	Item	gelar	Item
A	None-pembakaran	B1	Pangobongan atos
B2	Pangobongan	B3	Bisa kobong
gelar	Materi	Indikator Kinerja Pembakaran
None-pembakaran	Materi Kelas A	Miturut test GB / T8625, dawa rata-rata isih≤35cm (kalebu sembarang spesimen ampas length≥20cm) kanggo saben test lan rata-rata suhu gas flue peak≤150 ℃, ora spesimen bali burner pemandangan; Miturut tes GB / T8627, tingkat Kapadhetan kumelun (SDR) ≤15; Miturut tes GB / T14002 lan GB / T14403, nilai kalor≤4.2MJ / kg, lan emisi termal spesimen per unit area≤16.8MJ / m2; Toksisitas bahan bakar gas flu saka kabeh konsentrasi non-mati ≥25 mg/L.
Pangobongan atos	Materi Kelas B1	Miturut test GB / T8626, situs pangobongan sawijining kudu ketemu GB / T8626, lan ora ngidini sembarang nempel saka pangobongan ngobong kertas Filter; Miturut test GB / T8625, rata-rata saben spesimen isih length≥15cm (kalebu sembarang spesimen ampas length≥0cm), lan rata-rata suhu puncak gas≤200 ℃ ing saben test. Miturut tes GB / T8627, tingkat kapadhetan kumelun (SDR) ≤75.

Babagan JiaShunCai Composite Panels

Apa Gunakake Aluminium Composite Panel

Fire safety (FR B1 A2) ACP

ACP anodized

ACP PE

PVDF ACP

Gampang kanggo proses ACP

ACP inti sing ora bisa dipecah

Proses Urutan Teknik 15 Langkah

Ora.	Item Tes	Metode Tes	Indeks Teknis	asil
1	Nilai minimal saka sisa dawa sawise kobong (mm)	GB / T8625-88	> 0	480
2	Nilai rata-rata dawa sing isih ana sawise kobong (mm)	GB / T8625-88	≥ 150	160
3	Suhu kumelun (℃)	GB / T8625-88	≤ 200	78
4	Dhuwur geni (mm)	GB / T8625-88	≤150	12
5	Kapadhetan asap	GB / T8627-88	< 75	9

kekandelan	± 0,20 mm
Ketebalan aluminium	± 0,02 mm
Jembar	± 2,0 mm
dawa	± 3,0 mm
Diagonal	± 5,0 mm
Ekspansi Termal	2,40 mm / m @ 100 ℃ prabédan Temp

Ketebalan Pensil	> HB
Tahan Suhu	-40 ℃ ~ 80 ℃
Kekuwatan Dampak	50 kg cm2
Tahan banyu nggodhok	Godhok nganti 2 jam tanpa owah-owahan
Tahan Asam	Lebokake permukaan ing HCl 5% suwene 24 jam tanpa owah-owahan
Tahan alkali	Lebokake permukaan ing NaOH 5% suwene 24 jam tanpa owah-owahan
Tahan lenga	Kacemplungaken lumahing ing 20 # lenga mesin kanggo 24 jam tanpa ngganti
Rintangan pelarut	Diresiki 100 kaping karo Dimethylbenzene tanpa owah-owahan
Reresik Resistance	> 1000 kaping tanpa owah-owahan
Kekuwatan kulit 180 °	> 5 N/mm
Tahan Dingin	-40 ℃

Item Pengujian	Standar	asil
Unit Bobot	ASTM D792	T4mm = 5.5kg/m²
Ekspansi Termal	ASTM D696	24-28
Suhu deformasi termal	ASTM D648	115 ℃
Konduksi Termal	ASTM D976	0,102 kkal/m
Ketahanan Dampak	ASTM D732	1,640kgf
Kekuwatan Adhesive	ASTM D903	0,77 kg/mm
Elastisitas lentur	ASTM D790	4030kg/mm²
Tahan geser	ASTM D732	2,7 kgf/mm²
Tahanan tekanan angin	ASTM E330	LULUS
Properties Nglawan Banyu	ASTM E331	LULUS

Jinis Bahan	Logika Kalkulasi	Keprigelan Klien Int'l
Panel Utama	Area unfolded + 8% wastage	Konsistensi batch warna
Kit Aksesoris Kab	Mounting profil / asu laut @ 1:1.2	Kelas anti karat (C5-M)
Kemasan	Pembagi honeycomb + penghalang kelembapan	Kontrol kelembapan kargo laut

Spesifikasi produk	Nggambarake
Panggunaan produk	Non-flammable, cocok kanggo aplikasi njaba.
Bahan	Digawe saka wesi aluminium kayata 5052, 3003, lan 1100.
Prilaku geni	A2 safety geni (EN 13501-1:2018).
Ukuran Standar	Ukuran sing kasedhiya: 1250x2500 mm lan 1550x3200 mm.
Jembar standar	Jembar standar: 1250 mm utawa 1550 mm.
dawa	Dawane maksimal: 6000 mm.
Total Kekandelan	Ketebalan biasa: 4,0 mm (kasedhiya ing 2,5-6,0 meter).
Kekandelan Aluminium Top	0,5 milimeter nganti 0,7 milimeter
Bobot	Bobot: 4,54 kg / meter persegi (kanggo kekandelan 4,0 mm).
Perawatan lumahing	Rampung lumahing: PVDF, FEVE, anodized, werna spektral.
PVDF/FEVE Warna	werna murni, werna metalik, nada kayu, nada watu, Rampung disapu resik.
Njamin	Garansi: 15 taun.
Suhu sing ditrapake	Kisaran suhu: -40°C nganti 80°C.
Non-combustibility Test	Standar: AS 1530.1/BS467/EN13501/ASTM E84.
Kemasan	Pallet kayu, 8 pallets saben 20GP wadhah, 16 pallets saben 40GP wadhah.