Profesionalisme sareng Pangalaman Dina 23 taun kaliwat, Jiashuncai salawasna diteundeun up kalawan atawa malah dihareupeun kamajuan teknis dina widang panels komposit aluminium, ceilings logam, tembok curtain jeung produksi nu patali logam. Tim rékayasa kami henteu kantos lirén milarian solusi anu langkung saé pikeun ngajantenkeun produk urang langkung dipercaya sareng awét. Urang diimpor alignment garis produk pinuh otomatis tur precision.
Q: Kumaha carana nyegah burrs na palapis cracking nalika motong panels aluminium komposit alucobond?
A: Téknologi ngolah konci jeung alat: • Pilihan alat: ◦ Pikeun sisi hareup piring: make agul ragaji inten (kalawan sahanteuna 120 huntu, puteran dina 3000 rpm) pikeun motong ngalawan arah permukaan plat; ◦ Pikeun sisi tukang piring: pindah ka scraper baja-speed tinggi pikeun nyegah curling kulit aluminium. • Kontrol prosés: ◦ Cabut pilem pelindung sateuacan motong (pikeun ngahindarkeun lebur sareng nempel); ◦ Laju feed ≤ 2 m / mnt, make cooling hawa pikeun ngurangan karuksakan termal. Catetan: Leres pisan teu nganggo cutter kabayang grinding - pasti bakal ngabalukarkeun carbonization tina palapis PVDF.
Q: Kumaha katepatan machining tina panels ngawangun (surfaces melengkung / sudut sudut) bisa ensured?
A: Tilu-hambalan prosedur processing precision tinggi: 1. Digital modeling: ◦ Kéngingkeun data permukaan wangunan ngaliwatan 3D scanning → Ngahasilkeun kode machining CNC (kasalahan ≤ 0.1mm); 2. kontrol numeris shaping: ◦ Surface: kapang ngabentuk maké multi-titik mesin vakum thermoforming (dipanaskeun nepi ka 140 ℃ ± 5 ℃); ◦ Sudut: Paké mesin bending hidrolik (tekanan 80-100 ton) kalawan kapang polyurethane; 3. Stress relief: ◦ Saatos molding, tetep dina suhu tetep 25 ℃ pikeun 24 jam pikeun ngaleungitkeun deformasi stress internal.
Q: Naon spésifikasi téknis pikeun jero sareng posisi alur ujung anu dianggo pikeun gantungan anu disumputkeun?
A: Parameter 1: slot jero, sarat: ≤1/2 ketebalan lambar aluminium (biasana 0.3-0.5mm), alat inspeksi: laser ketebalan gauge. Parameter 2: Slot ujung jarak, sarat: ≥15mm (ti ujung piring), alat inspeksi: digital vernier caliper. Parameter 3: Slot handap fillet, sarat: R≥0.8mm (pikeun nyegah konsentrasi stress), alat inspeksi: radius gauge.Must minuhan standar kaamanan tilu arah, warning: slotting kaleuleuwihan bisa ngurangan kakuatan tensile aluminium ku 40%!
Q: Naha perlu pikeun nambahkeun tulangan kana tonggong panels palastik aluminium badag-ukuran (≥3m)? Kumaha eta dilakukeun?
A: Alesan: Pikeun nyegah deformasi Geter permukaan angin-ngainduksi (nilai deflection kudu ≤ L/180). Prosés tulangan: 1. Bahan: Aluminium alloy T ngawangun keel (ketebalan ≥ 2.0 mm); 2. Adhesion: Larapkeun dua-komponén epoxy napel struktural (kakuatan geser ≥ 8 MPa); Saatos mencét, nerapkeun 0,5 kg/cm² beurat pikeun curing salila 24 jam; 3. Positioning: spasi tulang rusuk ≤ 600 mm, jarak ti ujung ≤ 150 mm.
Q: Kumaha ngajaga panels olahan pikeun durability?
A: Tilu perlakuan pelindung kritis: Prosés pelindung: 1. Ujung sealing → Larapkeun ** epoxy ujung sealant ** (nyertakeun inti aluminium, nyegah penetrasi Uap) 2. Tulangan alur → Nyuntik ** polyurethane elastomer ** (ngeusian mikro-retak, ngaronjatkeun kateguhan alur) 3. → Panyumputan spioncray 3. test semprot ≥ 1000 jam) * Kriteria ditampa: ketebalan lapisan segel ujung ≥ 0.2mm, euweuh wewengkon lasut / gelembung (dideteksi ku detektor bocor UV) .* extension teknis: • Kauntungannana processing digital: ◦ motong laser precision: ± 0.05mm (motong mékanis tradisional ± 0.5mm); ◦ CNC grooving speed: 30 méter per menit (alat manual 3 méter per menit); • Prosés husus: ◦ Perforation of panels ngirimkeun lampu: waterjet motong (diaméter liang ≥3mm, dénsitas ≤15%); ◦ Batu-kawas pangaruh: permukaan embossing + UV percetakan (cuaca lalawanan kelas ≥8). Ngolah sampel gratis disadiakeun → Verifikasi kasaluyuan prosés!
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.
