Nano Coating Aluminum Composite Panel

Name: Nano Coating Aluminum Composite Panel
Brand: ALSTROM INTERNATIONAL PVT LTD
Price: 130 INR
Availability: InStock

Price 130 INR/ Square Foot

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MOQ : 160 Square Foots

Nano Coating Aluminum Composite Panel Specification

Usage
Wall Cladding, Building Facades

Protective Film
Yes

Feature
Nano Coating, Anti-pollution, Weather Resistant

Material
Aluminum

Dimension (L*W*H)
1220 mm x 2440 mm x 4 mm

Surface Treatment
PVDF Coated

Coating Thickness
25 Micron

Panel Thickness
4 mm

Aluminum Thickness
0.5 mm

Tensile Strength
46 MPa

Yield Strength
44 MPa

Color
Multiple colors available

Application
Exterior

Nano Coating Aluminum Composite Panel Trade Information

Minimum Order Quantity
160 Square Foots

Payment Terms
Cash in Advance (CID)

Delivery Time
5-7 Days

Main Export Market(s)
Western Europe, Australia, North America, South America, Eastern Europe, Middle East, Central America, Asia, Africa

Main Domestic Market
All India

About Nano Coating Aluminum Composite Panel

Product Details:

Acid Resistance	5% HCI, 240 hrs
Alkali Resistance	5% NaOH, 240 hrs
Paint Particle	0.03 micron
Pollution Resistance	Dust Hardly Sticks on the Panel
Surface Treatment	Nano Coating
Material	Aluminium
Size	8 X 4 ft
Brand	Alstrom International Private Limited
Thickness	10 mm
Shape	Rectangular
Usage/Application	Exterior

Advanced Nano Coating Technology

Our panels are treated with innovative nano coating, which significantly enhances anti-pollution capabilities and extends resistance to harsh weather conditions. This technology protects the panels surface, keeping it clean and vibrant for longer periods, making it highly suitable for modern architectural projects.

Superior Performance for Exterior Applications

Designed specifically for exterior use, the aluminum composite panel offers excellent UV resistance and maintains its structural integrity in temperatures ranging from -50C to +80C. These characteristics ensure long-lasting aesthetics and reliability, even in extreme environmental conditions.

Versatile and Reliable Construction Material

The panels robust physical properties, including high peel strength (>7 N/mm), impact strength (>1.8 J/mm), and low water absorption ( 0.01%), make it a dependable choice for wall cladding and building facades. Its availability in various colors provides flexibility for designers and architects.

FAQs of Nano Coating Aluminum Composite Panel:

Q: How do Nano Coating Aluminum Composite Panels benefit building exteriors?

A: Nano Coating Aluminum Composite Panels enhance building exteriors by providing exceptional resistance to pollution, weather, and UV radiation. Their advanced nano-coated surfaces ensure enduring gloss and color while reducing maintenance needs.

Q: What is the primary process for installing these panels on facades?

A: Installation typically involves mounting the panels to a structural framework using specialized fastening systems. The protective film remains on the surface during handling and is removed after installation to maintain the panels pristine condition.

Q: When is it advisable to use panels with Class B1 fire rating?

A: Panels with a Class B1 fire rating are suitable for projects that require elevated but not the highest level of fire safety, such as commercial buildings, high-rise residences, and public infrastructure, where enhanced fire resistance is critical.

Q: Where can these panels be applied most effectively?

A: Nano Coating Aluminum Composite Panels are most effective for exterior applications, including wall cladding, building facades, and architectural renovations, thanks to their weather-resistant and anti-pollution features.

Q: What makes PVDF coating important for these panels?

A: The PVDF coating provides superior protection against UV rays, color fading, and environmental pollutants, significantly extending the panels service life and preserving its appearance.

Q: How does the panel perform in extreme temperatures or weather conditions?

A: Engineered for durability, the panel resists temperatures from -50C to +80C without compromising its structural integrity, ensuring long-term performance in diverse climates.

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