About JiaShunCai Composite Panels

About JiaShunCai Composite Panels

Projects & Technical SupportContact Now

  JiaShunCai Aluminum Composite Panel (ACP), also known as ALUCOBOND in Europe and Africa, consists of aluminum sheets on both sides with a PE core and a beautiful PE or PVDF coating. Manufactured under an ISO9001 quality management system, JiaShunCai ACP is ideal for commercial buildings, hotels, office buildings, advertising billboards, interior walls, ceilings, display platforms, signboards, tunnels, and furniture. This versatile material can be shaped into various forms, such as curves, curved corners, routed edges, grooves, and punched designs, to meet specific architectural needs, enhancing the aesthetic appeal of structures.

Structure Diagram : a.Protective film (outermost layer Default JiaShunCai logo ); b.Surface color layer(aluminum coil); c. Core material layer (PE Or Firepoof ,Non Toxic); b.Backboard Surface color layer(aluminum coil); a.Default protective film (bottom layer);

Jiashuncai aluminum composite panels factory holds export certificates which mainly include

export licenses, certificates of origin, quality inspection certificates, health certificates, and environmental protection certificates. These certificates not only help ensure product quality and safety but also assist exporters in enjoying trade preferential policies, facilitating smooth entry into international markets.
In terms of products, we possess A2&B1 FR SGS Certificates, ISO9001 Certificates, INTERTEK Fireproof Certificates, SGS Certificates, ROHS, REACH, as well as general certificates for the EU, Australia, the United States, and Canada.

30,000m² Factory with Strong Production Capacity

Jiashuncai Factory can meet the needs of any exterior wall, facade aluminum cladding, and curtain wall engineering projects with aluminum composite panels, aluminum panels, and aluminum baffle ceilings. It is a factory covering an area of 30,000m², equipped with an advanced aluminum composite production line, capable of producing 500,000m² per month.

Professional Engineering Solutions Provider
Whether you have a large or small project (100m² or 100,000m²), we can provide complete construction solutions including design, engineering, material selection, fabrication, shipping and installation of on-site management services by providing supervision, scheduling and quality control. 24-hour technical support is available.

Professionalism and Experience
In the past 23 years, Jiashuncai always kept up with or even ahead of the technical progress in the field of aluminum composite panels, metal ceilings, curtain walls and metal-related production. Our engineering team has never stopped searching for better solutions to make our product more reliable and durable. We imported fully automatic product line alignment and precision.

Welcome to Visit Us
Our factory is located in the core area of China's cross-border trade ports, with a developed transportation and logistics network, concentrated manufacturing factory clusters, and support from complete industrial chains and flexible supply chains. Welcome to visit our factory. If you land at Guangzhou Baiyun International Airport, it will only take you one hour to reach our factory.

About Supplying Systems for Assembly

Projects & Technical SupportContact Now

JiaShunCai procures for customers through suppliers with CNAS testing qualifications. The installation of aluminum composite panels is a systematic project, involving comprehensive components from basic fixation to sealing and decoration, along with professional technical support. Prior to installation, it is essential to verify the compatibility of accessory lists with design drawings to avoid on-site shortages that could delay the schedule. Below is a detailed description of key accessories and accompanying services:

I. Core Installation Accessories List

1. Fixing Connectors
- Angle Aluminum/Angle Code: L-shaped connectors used for the connection between panels and frames, requiring anti-corrosion treatment.
- Bolts and Expansion Bolts: Main structural fixing elements, such as M8/M10 expansion bolts (for concrete walls) or nails (for lightweight walls).
- Self-tapping Screws/Split Pin Rivets: Spaced at 100–150mm intervals, used to fix aluminum composite panels onto the frame.

↑ Connectors

2. Sealing and Filling Materials
- Weatherproof Sealant: Silicone sealant used for waterproofing panel joints, requiring elastic filling of 10–15mm gaps.
- Foam Rods: Backing material to support the sealant and control thickness.
- Rubber Washers: Buffering at bolt contact points to prevent panel deformation.

3. Auxiliary Installation Components
- Specialized Clamping Systems: Custom metal hangers required for some curtain walls to achieve dry hanging.
- Reinforcing Ribs and Backing Panels: Large-sized panels require additional aluminum ribs or backing panels to enhance rigidity.

II. JiaShunCai's Accompanying Service System

1. 
   Design Compatibility Support
   - Provides load calculations and detailed node drawings to match different installation methods (adhesive, dry hanging, frame fixing).
   - Customizes accessory solutions based on building structures (curtain walls, canopies, indoor ceilings).
   
   2. On-site Technical Assurance
   - Guides the anti-corrosion treatment of frame components (three coats of rust-proof paint) and calibration of flatness.
   - Training on sealant application to avoid bubbles and cracking.
   
   3. JiaShunCai's Customized Supply Capability
   - Processing of special size angle aluminum and custom clamping systems.
   - Fire-resistant accessories (such as B1-grade flame-retardant washers) to meet fire safety requirements.
   
   III. Key Considerations
2. 
   - Accessory Quality: Must comply with international standards; substandard accessories may lead to panel detachment.
   - Environmental Adaptation: Stainless steel accessories should be used in coastal areas to prevent salt corrosion, and heat-resistant sealants should be selected in high-temperature regions.
   
   IV. JiaShunCai's Premium Services
3. 
   - Full-chain Supply: Provides quality inspection reports, construction manuals, and post-installation maintenance guidelines.
   - Case Support: Displays accessory schemes for similar projects.

About Project Technical Consultancy Solutions

Projects & Technical SupportContact Now

1.Service

1.1 Project solutions

About Panel Processing

Projects & Technical SupportContact Now

  If you lack the required equipment, our production center can perform the necessary machining, punching, die-cutting, stamping, edging, bending, and forming operations for your project.

  Thanks to advanced technology, it is now possible to create 3D shapes, reliefs, and manipulate light on a building's surface, allowing for a personalized and unique façade.

  JiaShunCai's Technical Office collaborates closely with architects, designers, and installers to realize the most cutting-edge proposals.We bring your ideas to life.

  The diverse options available through the machining and transformation processes of aluminum composite panels enable the creation of façades with limitless design potential.

	Machining of composite panels
	Aluminum composite panels can be machined using CNC machinery
	or manually with a wall saw or portable router.
	Additionally, it allows adaptation to a wide range of other applications. The technical office employs specific programs to minimize material waste during part machining, reducing cut-offs and waste.
	This method enables precise measurements and easy shaping for installation on facades, utilizing various certified assembly systems with either visible or hidden fixings.

Composite panel stamping

Composite panels can be shaped using CNC machinery, allowing for added relief and depth, which enhances their visual appeal. A variety of designs, patterns, sizes, and shapes can be achieved based on the tools used. Custom patterns, textures, and designs can be printed to create a unique aesthetic for building facades. These panels are also utilized in decorative elements for both interiors and exteriors, such as signage, signals, banners, partition walls, and patterned ceiling elements, adding style and sophistication to spaces.

	Punching and die cutting of the composite panel
	Aluminum composite panels can be punched and die-cut using CNC machinery to adapt designs to specific project needs, ensuring a clean and precise finish. We offer various shapes and perforation patterns, including the ability to reproduce complete images like point clouds, allowing for the creation of intricate designs through diverse punching techniques.

	Edging composite panel edges
	The edging encloses the panel core, protecting it from weather and enhancing the façade's clean, professional appearance. We offer three types of edges: single (hides the edge), double interior (hides the edge and part of the rear face), and double exterior (hides the edge and extends a tab to conceal joints with other panel sheets).

	Curving composite panels
	Bending can occur in concave or convex directions, either vertically or horizontally, and can be applied to pieces with or without tabs, suitable for both visible and hidden installation systems.

	Forming
	This process can be carried out either in a workshop or on-site, always in a clean, specially protected, and adapted environment. The shapes of the cassettes are not restricted to traditional rectangular forms; they can also be designed in 3D shapes.

About Coil Coating

Projects & Technical SupportContact Now

  Regarding coil coating, its core concepts include coating materials, application processes, application fields, quality control, and environmental impact. Aluminum coils are a crucial component of aluminum composite panels, playing a key role in their structure and performance. Through various processing methods such as spraying and printing, aluminum coils can achieve diverse colors and patterns, suitable for both indoor and outdoor decoration, enhancing spatial aesthetics.

  Coating materials form the foundation of coil-coated products, typically consisting of resins, pigments, fillers, and additives. For instance, polyester resin is often used for outdoor applications due to its excellent weather resistance and chemical resistance. The coating process involves three main steps: pre-treatment, coating, and curing. Pre-treatment includes cleaning and chemical conversion to ensure adhesion; coating is done via immersion or spraying, followed by curing in an oven to form a robust protective layer.

  Coil-coated products are widely used across industries such as construction, appliances, and automotive. In construction, they are employed for roofs and wall panels, providing both aesthetic appeal and protection. The appliance industry uses them for refrigerator and washing machine exteriors, improving product appearance and durability. The automotive sector utilizes coil-coated products for body panels, enhancing corrosion resistance.

  Quality control is essential for ensuring the performance of coil-coated products. Rigorous quality inspections, including thickness measurement, adhesion testing, and durability tests, guarantee product stability and reliability. Regarding environmental impact, attention must be paid to volatile organic compound (VOC) emissions during production. Using eco-friendly coatings and processes helps minimize negative effects on the environment.

Why Use Aluminium Composite Panel

When selecting exterior wall cladding materials, builders typically consider several factors, including weather resistance, ease of cleaning, good processability, complex geometric shaping, quick installation, and aesthetic appeal. Exterior aluminum cladding panels meet these criteria, making them a popular choice for decorating building exteriors. These panels are extensively used in large and medium-sized structures such as airports, exhibition halls, subways, stations, government buildings, office buildings, and large shopping malls. Installed with screws, they resist rust and remain secure under sun exposure, safeguarding property. Additionally, aluminum composite panels offer resistance to acids, alkalis, wind, and fire, along with strong compression resistance. Their lightweight nature facilitates easy installation, transportation, and replacement, reducing

Aluminum composite panel (ACP or ACM) is a modern building decoration material made from aluminum and plastic. Known for its versatility and durability, this material is widely used in architectural applications.

Aluminum composite panels are extensively utilized in various industries, particularly in construction and architecture, due to their durability, lightweight nature, and aesthetic appeal. These panels consist of two thin aluminum sheets bonded to a polyethylene core, offering excellent strength-to-weight ratio and resistance to environmental factors. They are commonly employed in exterior cladding, signage, and interior decoration, providing both functional and decorative benefits. The versatility of aluminum composite panels makes them a preferred choice for modern building facades and innovative design projects.

  Curtain wall

  Building decoration
  ACP sign board
  Interior partition
  Ceiling
Exhibitio
  Transportation
  Home decoration
  Interior decoration
  Gym

Curtain wall	Gym	Ceiling
Interior decoration	Interior partition	Billboard

 

The aluminum composite panel consists of three components: the aluminum plate, the plastic core material, and the back coating. The aluminum plate is typically crafted from high-quality aluminum alloy, which, after surface treatment, exhibits anti-corrosion, anti-oxidation, and excellent weather resistance. Surface coatings are available in two primary types: PE (polyethylene) and PVDF (polyvinylidene fluoride). PE coatings are suitable for indoor and short-term outdoor applications, whereas PVDF coatings are designed for long-term outdoor use, offering superior weather resistance and anti-pollution properties. Selecting the appropriate coating type based on project requirements and budget significantly impacts the performance and longevity of the aluminum composite panel.

A wide range of surface treatments, colors, and specifications are available to suit various project requirements. Additionally, aluminum composite panels can be custom-designed to enhance the aesthetic appeal and uniqueness of the building.

Wood Grain	Mirror	High Gloss	Metallic
Solid Color	Spray Painting	Marble	Brushed

Width	1220mm, 1250mm, 1500mm
Length	2440mm, 3050mm, 4050mm, 5000mm
Panel Thickness	2mm,3mm,4mm,5mm,6mm or customized
Alu.Skin Thickness	0.08mm, 0.1mm, 0.15mm, 0.2mm, 0.3mm, 0.4mm, 0.5mm or customized
Standard Size	1220mm x 2440mm (4' x 8')
Others	Accept custom size too

 

Aluminum composite panels offer several advantages over traditional aluminum panels and glass curtain walls. They provide enhanced durability and resistance to environmental factors, such as UV radiation, moisture, and temperature fluctuations. Additionally, these panels are lightweight, making them easier to handle and install, which can significantly reduce labor costs. They also offer superior flexibility in design, allowing for a wide range of aesthetic options and complex architectural shapes. In terms of energy efficiency, aluminum composite panels can contribute to better thermal insulation, reducing heating and cooling costs. Furthermore, they require minimal maintenance and are resistant to corrosion, ensuring long-term performance and cost-effectiveness. Overall, aluminum composite panels represent a versatile and efficient choice for modern building facades.

Glass Screen Wall

Aluminum Veneer

Aluminum Composite Panel

Aluminum composite panels offer several advantages for exterior wall decoration. Weighing approximately 5-6 kg/m², they are significantly lighter than aluminum panels and glass curtain walls, facilitating easy installation and transportation. These panels can be crafted into various patterns and textures, with surfaces that can undergo diverse coating treatments, providing a versatile and appealing decorative effect. They exhibit excellent thermal and sound insulation properties, effectively reducing temperature differences between indoor and outdoor environments and minimizing noise interference. Additionally, aluminum composite panels demonstrate good fire resistance, meeting relevant safety certification standards. Maintenance is straightforward, requiring only regular cleaning, which helps keep maintenance costs low. Cost-effective compared to aluminum panels and glass curtain walls, they are an ideal choice for budget-conscious building decoration projects. In summary, aluminum composite panels are a lightweight, aesthetically pleasing, and cost-effective solution with superior thermal and sound insulation, fire resistance, and ease of maintenance.

Fire safety (FR B1 A2) ACP

JiaShunCai Fire-resistant aluminum composite panels consist of a fireproof plastic core sandwiched between two layers of aluminum sheet. This material is considered environmentally friendly. The inclusion of the fireproof element allows it to achieve a B1 FR grade according to the GB/T8627 fire resistance test.

Raw Materials

Aluminum base material: high strength aluminum alloy sheet

Core: non-toxic Fire-resistant (FR) core

Surface: Polyester or PVDF Kynar coating

Specification

Advantage

· Easy maintenance

· Easy processing

· Colorful surface

· Hard-burning, FR B1 Grade

· Non-toxicity and safety

· Excellent coating property

Fire-resistance Performance Standard

Level and Combustion Property

Class B1 Burning Test

Anodised ACP

Projects & Technical SupportContact Now

We have the technology to combine anodized aluminum coils with aluminum Composite panels.

1. 1. Good processability: Anodized aluminum panels have strong decorative properties, moderate hardness, and can be easily bent and formed. They allow for continuous high-speed stamping, making it convenient to directly process them into products without the need for complex surface treatments, significantly shortening the production cycle and reducing production costs.
2. 
   2. Excellent weather resistance: Standard thickness anodized aluminum panels (3μm) maintain their color, do not corrode, oxidize, or rust when used indoors over long periods. Thickened anodized aluminum panels (10μm) can be used outdoors and remain colorfast even when exposed to sunlight for extended periods.
3. 
   3. Strong metallic feel: The surface of anodized aluminum panels has high hardness, reaching gemstone levels, with good scratch resistance. There is no paint covering the surface, preserving the metallic color of the aluminum panel, highlighting a modern metallic feel, and enhancing the product's grade and added value.
4. 
   4. High fire resistance: Pure metal products with no paint or chemical substances on the surface do not burn at 600 degrees Celsius and do not produce toxic gases, meeting fire safety and environmental protection requirements.
5. 
   5. Strong stain resistance: They do not leave fingerprints or stains, are easy to clean, and do not produce corrosion spots.

PE ACP

Projects & Technical SupportContact Now

This type of panel features a polyethylene core sandwiched between two aluminum skins, with the front surface coated in polyester paint. Its vibrant design and ease of processing have made it a favored choice for facade decoration and advertising.

Raw Materials

Aluminum base material: high strength aluminum alloy sheet

Core: non-toxic low-density polyethylene(LDPE) core

Surface: Polyester coating

Specification

Dimensional Tolerances

Surface Properties

Advantage

· Easy maintenance

· Easy processing

· Light weight

· Colorful design

· Non-toxicity and safety

· Excellent coating property

Applications

1.Advertising: signs and advertising board, digital UV printing. It’s easy on processing and can be fixed to all shapes. Polyester coated ACP for outside use, 5 years guarantee time. Recommend to use panel thickness 3mm, aluminum skin thickness 0.21mm or 0.15mm.

2.Decoration: Shop facade and interior wall decoration: Polyester coated ACP for inside use, 10 years guarantee time. Products with factory’s full color series for your choice. Recommend to use panel thickness 3mm, aluminum skin thickness 0.21mm or 0.30mm.

PVDF ACP

Projects & Technical SupportContact Now

This type of panel features a polyethylene core sandwiched between two aluminum skins, with the front surface coated in PVDF Kynar paint. Its superior weather resistance makes it ideal for exterior building decoration and curtain wall projects.

Raw Materials

Aluminum base material: high strength aluminum alloy sheet
Core: non-toxic low-density polyethylene (LDPE) core
Surface: PVDF Kynar coating

Specification

Physical Parameter

Advantage

• ·Super weather resistance
• ·Easy maintenance
• ·Easy processing
• ·Light weight and colorful surface
• ·Non-toxicity and safety
• ·Excellent coating property

Applications

Building exterior cladding & curtain wall projects: PVDF coated ACP for outside use, 15 years guarantee time. Products with factory’s full color series for your choice. Recommend to use panel thickness 4mm, aluminum skin thickness 0.30mm or 0.40mm or 0.50mm.

Easy to process ACP

Projects & Technical SupportContact Now

If you lack the required equipment, our production center can perform the necessary machining, punching, die-cutting, stamping, edging, bending, and forming operations for your project.

Thanks to advanced technology, it is now possible to create 3D shapes, reliefs, and manipulate light on a building's surface, allowing for a personalized and unique façade.

JiaShunCai's Technical Office collaborates closely with architects, designers, and installers to realize the most cutting-edge proposals.We bring your ideas to life.

The diverse options available through the machining and transformation processes of aluminum composite panels enable the creation of façades with limitless design potential.

Machining of composite panels：

Aluminum composite panels can be machined using CNC machinery or manually with a wall saw or portable router. This method enables precise measurements and easy shaping for installation on facades, utilizing various certified assembly systems with either visible or hidden fixings. Additionally, it allows adaptation to a wide range of other applications. The technical office employs specific programs to minimize material waste during part machining, reducing cut-offs and waste.

·Manually with a wall saw or portable router

·CNC machine

·Assembly systems

Composite panel stamping：

Composite panels can be shaped using CNC machinery, allowing for added relief and depth, which enhances their visual appeal. A variety of designs, patterns, sizes, and shapes can be achieved based on the tools used. Custom patterns, textures, and designs can be printed to create a unique aesthetic for building facades. These panels are also utilized in decorative elements for both interiors and exteriors, such as signage, signals, banners, partition walls, and patterned ceiling elements, adding style and sophistication to spaces.

Punching and die cutting of the composite panel：

Aluminum composite panels can be punched and die-cut using CNC machinery to adapt designs to specific project needs, ensuring a clean and precise finish. We offer various shapes and perforation patterns, including the ability to reproduce complete images like point clouds, allowing for the creation of intricate designs through diverse punching techniques.

Edging composite panel edges：

The edging encloses the panel core, protecting it from weather and enhancing the façade's clean, professional appearance. We offer three types of edges: single (hides the edge), double interior (hides the edge and part of the rear face), and double exterior (hides the edge and extends a tab to conceal joints with other panel sheets).

Curving composite panels：

Bending can occur in concave or convex directions, either vertically or horizontally, and can be applied to pieces with or without tabs, suitable for both visible and hidden installation systems.

Forming：

This process can be carried out either in a workshop or on-site, always in a clean, specially protected, and adapted environment. The shapes of the cassettes are not restricted to traditional rectangular forms; they can also be designed in 3D shapes.

Unbreakable Core ACP

Projects & Technical SupportContact Now

These panels are engineered to resist loads from multiple directions without easily deforming or breaking. They are perfect for facade applications where resistance to bending forces is essential, especially under adverse weather conditions or during installation.

Raw Materials

Aluminum base material: high strength aluminum alloy sheet

Core: non-toxic Unbreakable Core

Surface: Polyester or PVDF Kynar coating

Specification

The 15-Step Engineering Order Process

Step 1: Technical Consultation & Feasibility Analysis

• Client Input: Project type (façade/interior), design drafts, local building codes (e.g., ASTM E84 fire rating)

• Factory Response: Issue Process Feasibility Report within 48h, noting technical constraints (e.g., curved surface processing, special coatings)

•  

Step 2: Formal Order Confirmation

• Key Documents: Sign Engineering Service Agreement specifying:

  • Material standards (Core: PE/PVDF, Thickness: 3-6mm)

  • Responsibility split (Factory: production compliance; Client: local permits)

  •  

Step 3: Pre-Payment for On-Site Service（If the customer provides their own data, there is no need to pay, ignore this step)

• Cost Transparency: Charge measurement fee (includes 3D laser scanning) + travel costs (engineer flights/visas). Provide VAT invoice templates for cross-border tax deduction.

•  

Step 4: Precision Site Measurement（If the customer provides their own data, there is no need to pay, ignore this step)

• Technology: Leica Disto™ laser rangefinder (±0.3mm accuracy), records environmental factors (thermal expansion coefficients).

•  

Step 5: Dual-Design Delivery（If the customer provides their own data, there is no need to pay, ignore this step)

• Documentation Standards:

  • Construction drawings (EN 13920 welding compliance)

  • 3D renderings (SketchUp + VR compatible)

• Revisions: 2 free modifications; $50/page after.

•  

Step 6: Design Freeze via Signed Approval

• Risk Control: Production starts after signed Final Design Confirmation. Changes trigger Engineering Change Notice (ECN) + cost adjustments.

•  

Step 7: Material Calculation & Transparent List

Material Type

Calculation Logic

Int’l Client Concerns 

Main Panels    

Unfolded area + 8% wastage    

 Color batch consistency   

Accessories Kit   

 Mounting profiles/seals @ 1:1.2

 Anti-corrosion grade (C5-M)

Packaging 

 Honeycomb dividers + moisture barrier 

Sea freight humidity control 

Step 8: Deposit Payment & Material Lock

• Payment Security: Confirm the material list and pay the material deposit..

•  

Step 9: Smart Production Tracking

• Client Portal Access: Real-time monitoring:

  • Uncoiling → CNC bending (0.1mm precision) → Thermal bonding (200℃ constant) → QC (spectrophotometer test).

  •  

Step 10: Balance Payment & Logistics Prep

• Documentation: Clear balance before shipment. Provide:

  • Certificate of Origin (Form F for ASEAN)

  • 3rd-party test reports (SGS EN 13501-1).

  •  

Step 11: Secure Container Loading

• Damage Prevention:

  • In-container GPS humidity/temp monitors

  • Recorded loading video + seal number archive.

  •  

Step 12: Global Logistics Tracking

• Partners: DHL door-to-door or FOB terms with client’s freight forwarder.

• Auto Updates: Email alerts for departure/arrival/customs status.

•  

Step 13: On-Site Joint Inspection

• Dispute Prevention: Our engineer attends unpacking. Sign Goods Receipt Confirmation (free replacement if damage >0.5%).

•  

Step 14: Professional Installation Support

• Value-Added Services:

  • Free ACP Installation Guide (English)

  • On-site technical support .

Aluminum Facade Panel

  We offer a wide range of high-quality aluminum products and innovative technical solutions. We are committed to becoming the leading supplier for aluminum single panels, aluminum perforated panels, aluminum 3D custom panels, aluminum baffle ceilings, aluminum veneer series, and aluminum wave cladding panels.

  Our aluminum panels have a wide range of applications, primarily used for facades, interior walls, ceilings, louvers, screens, column cladding, air conditioning covers, planters, canopies, fences, handrails, main gates, billboards, etc.

Aluminum panels, as a modern architectural decorative material, stand out in the curtain wall sector of contemporary buildings due to their excellent physical properties and design adaptability. Through various processing techniques, aluminum panels can achieve diverse aesthetic designs, significantly enhancing the visual appeal of building facades while meeting modern requirements for durability, safety, and environmental friendliness.

These panels boast exceptional weather resistance, primarily composed of inorganic materials that withstand the effects of UV rays, acid rain, car exhaust, and atmospheric pollution, maintaining their luster and resisting aging. They also offer outstanding fire-resistant properties, with coatings capable of enduring 300°C high temperatures, meeting A-grade fire safety standards, thus ensuring building security. Their environmental performance is equally impressive, conforming to SGS environmental standards, producing no harmful gases upon high-temperature combustion, thereby safeguarding green living environments.

From iconic skyscrapers in bustling cities to cozy indoor spaces, aluminum panels find extensive applications. They can be used on building exteriors, beams, columns, balconies, as well as in airport/luggage terminals, conference rooms, opera houses, sports venues, reception halls, and more, adding infinite charm to structures.

The range of star products includes marble-textured aluminum panels, wood-grain aluminum panels, perforated aluminum panels, fluorocarbon aluminum panels, porcelain-coated aluminum panels, and steel wall panels among others.

Aluminum Baffle Ceiling

Jiachuncai' Aluminum square ceiling installation process

When a renovation site achieves an A-grade fire resistance rating, designers often use aluminum square channels for overall ceiling design due to their flame-retardant, moisture-proof, anti-corrosion properties, as well as their low cost, long service life, and excellent overall installation effect. Therefore, they have become popular decorative materials. Commonly available aluminum square channels on the market include U-shaped aluminum square channels and four-sided aluminum square tubes. Below is an introduction to Jiashuncai's products, specifically the U-shaped aluminum square channels commonly used for indoor ceilings and their architectural application scenarios.

·U-shaped aluminum square channel, four-sided aluminum square tube

What is U-shaped aluminum square bar?

U-shaped aluminum square channel refers to aluminum coils that, after being coated with film by machinery, are pressed into a U-shaped aluminum square channel. Common coating methods include high-molecular film coating, roll coating, and wood grain transfer printing. The typical thicknesses of U-shaped aluminum square channels are 0.5mm, 0.6mm, 0.8mm, 1.0mm, and 1.2mm. U-shaped aluminum square channels are primarily used for indoor ceiling installations, such as in airports, subways, high-speed train stations, shopping malls, offices, hotels, schools, and hospitals. Below, Jiashuncai will explain the construction process of aluminum square channel ceilings for designers!

·The production process of U-shaped aluminum square channels

·Common coating methods for U-shaped aluminum channels

·Common thicknesses of U-shaped aluminum channels

Table of Contents：1. Construction Drawings 2. Installation Process

Aluminium Non-combustible Panel

Projects & Technical SupportContact Now

Non-combustible aluminum panels are lightweight, durable, and highly rigid aluminum decorative panels, ideal for all applications in construction, transportation, furniture, and landmark buildings. They are particularly suitable for both exterior and interior wall decoration or home decor.

Our aluminum panels range from 2.5 to 6.0 millimeters in thickness and consist of an incombustible metal core sandwiched between two layers of aluminum sheets of different thicknesses.

They have achieved an A2 fire rating and have passed fire tests according to ASTM-E84, EN13501, and AS1530 standards, obtaining certification.

Our ANP (Aluminum Non-Combustible Panel) is a 4mm thick aluminum core panel that is completely non-combustible, suitable for both internal and external applications requiring non-combustible facade solutions. It has also obtained certifications under Australian, European, and American standards.

Our ANP is made from high-quality aluminum and features an 'egg crate' type aluminum core that separates the outer layers. Unlike other non-combustible and fire-resistant panels, we do not need to use mineral core fillers to achieve fire resistance, resulting in a lighter weight with comparable or superior structural strength.

During the manufacturing process, we pre-coat the surface with three layers of PVDF coating. We offer a variety of standard colors and can also provide custom coatings to meet specific color requirements.

Product specifications

Major advantages

·Class A fire resistance
·Flatness
·Weather resistance
·Recyclability
·Multiple color options to meet all customer preferences
·Durable and robust
·Fully processable
·Coated with PVDF paint for outstanding gloss, color integrity, and performance