ASTINO REXY BOND Aluminum Composite Panel — High-Durability Architectural Cladding | Panel Komposit Aluminium

REXY BOND Aluminum Composite Panel — High-Durability Architectural Cladding | Panel Komposit Aluminium

REXY BOND is a premium-grade Aluminum Composite Panel (ACP) designed for rigid architectural cladding and signage applications. Featuring a high-strength core and weather-resistant coating, it provides an ultra-flat surface and superior structural integrity for demanding commercial environments.

 

PRODUCT DESCRIPTION

• For Project Managers and Facade Engineers, the primary challenge in Malaysian construction is maintaining a flawless building exterior against extreme UV exposure and high humidity. Common issues like “oil canning” (surface waviness), delamination, and color fading can compromise the professional image of a commercial development and lead to costly rectification works.
• REXY BOND is engineered specifically to address these structural load and aesthetic concerns. By utilizing a sophisticated thermal bonding process, this panel achieves a high strength-to-weight ratio, ensuring that large-scale exterior cladding remains perfectly flat and rigid under wind pressure. It is the preferred choice for contractors who require a material that is easy to fabricate—allowing for precise folding, bending, and routing—without sacrificing the protective qualities of the skin.
• We maintain high stock consistency to support large-scale rollouts. Our logistics network ensures streamlined site delivery to key industrial hubs, including KL, Selangor, Penang, Johor, and the East Coast, keeping your project timeline on track.

 

KEY TECHNICAL FEATURES

• Superior Surface Flatness: The advanced bonding technology eliminates buckling and warping, ensuring a sleek, professional finish for high-rise facades.
• High-Performance Coating: Formulated to resist chalking and fading, protecting the aesthetic value of the building against Malaysia’s harsh tropical climate.
• Optimal Strength-to-Weight Ratio: Provides the structural rigidity of heavy-gauge metal with significantly less weight, reducing the dead load on building structures.
• Ease of Fabrication: Designed for precision; can be easily cut, routed, and bent into complex shapes for creative architectural designs.

 

APPLICATIONS & BENEFITS

• Industrial (Factories & Corporate HQ): Used for external facade cladding and corporate identity signage. Benefit: Provides a clean, modern aesthetic that meets Industry Standard Compliance for durability and professional branding.
• Commercial (Shopping Malls & Petrol Stations): Ideal for canopy fascia and pillar wrapping. Benefit: High impact resistance and easy-to-clean surfaces reduce long-term maintenance costs in high-traffic areas.
• Coastal Areas (East Coast / Penang): Applied as protective exterior skin for beachfront or port-side structures. Benefit: Enhanced corrosion resistance (Tahan Karat) ensures the panel remains structurally sound despite salt-mist exposure.
• Infrastructure (Transportation Hubs): Utilized in wayfinding signage and interior wall lining for rail or bus terminals. Benefit: Lightweight properties allow for faster installation and lower labor costs during night-shift site works.

 

Product Specification

Technical Specification Table for Metal Tile Roofing

Specification	Key Detail (mm)
Effective Cover Width	710 mm
Rib Height	28 mm
Standard Module Length	305 mm
Step Height	15 mm
Rib Distance (Pitch)	177.5 mm

 

Thickness and Weight Options

BMT Thickness (mm)	TCT Thickness (mm)	Weight (kg/m²)
0.26	0.30	3.09
0.30	0.35	3.63
0.35	0.42	4.40
0.42	0.47	4.83
0.48	0.53	5.46
0.50	0.55	5.62

 

TECHNICAL SPECIFICATIONS TABLE

Specification	Detail
Compliance	Industry Standard Compliant
Material/Composition	Premium Aluminum Skin with High-Density Core
Dimensions/Size	Standard 1220mm x 2440mm (Custom lengths available for projects)
Finish/Coating	UV-Resistant Coating (Tahan Karat & Weatherproof)
Fabrication Capability	Routing, Folding, Bending, and Perforating
Application Type	Exterior Cladding, Signage, and Interior Linings

 

Fastening

 

Installation Sequence

 

Fastening – Side View

 

Sectional Drawings

 

 

FAQ SECTION

Question 1: What are the key technical measurements for this metal tile roofing system?

Answer 1: This roofing system is designed with an effective cover width of 710 mm and a rib height of 28 mm. The standard module length is 305 mm with a step height of 15 mm.

Question 2: What material thicknesses and weights are available?

Answer 2: We offer a variety of thicknesses ranging from 0.26 mm BMT (3.09 kg/m²) up to 0.50 mm BMT (5.62 kg/m²). All available options come with a high-quality color coating for enhanced durability.

Question 3: What is the recommended fastening method for installation?

Answer 3: For end supports and end laps, use a 4-fastener configuration. Internal supports require a 2-fastener configuration. Always ensure that self-tapping screws with sealing washers have at least three threads protruding past the support.

Question 4: How should the battens be spaced at the eaves and ridges?

Answer 4: At the eave, the maximum end span should not exceed 305 mm. At the ridge, if the remaining distance is greater than 250 mm, an additional batten must be installed to support the module.

 

Soalan 1: Apakah ukuran teknikal utama bagi sistem atap metal tile ini?

Jawapan 1: Sistem atap ini mempunyai lebar berkesan 710 mm dan ketinggian rib 28 mm. Panjang modul standard adalah 305 mm dengan ketinggian langkah (step height) 15 mm.

Soalan 2: Apakah pilihan ketebalan dan berat material yang disediakan?

Jawapan 2: Kami menawarkan pelbagai ketebalan bermula dari 0.26 mm BMT (3.09 kg/m²) sehingga 0.50 mm BMT (5.62 kg/m²). Semua pilihan dibekalkan dengan salutan berwarna berkualiti tinggi untuk ketahanan maksimum.

Soalan 3: Apakah kaedah skru (fastener) yang disyorkan semasa pemasangan?

Jawapan 3: Gunakan konfigurasi 4 skru untuk sokongan hujung (end support) dan pertindihan hujung (end lap). Bagi sokongan dalaman, konfigurasi 2 skru adalah mencukupi. Pastikan sekurang-kurangnya tiga bebenang skru melepasi bumbung sokongan menggunakan skru “self-tapping” dengan sesendal (washer) kedap.

Soalan 4: Bagaimanakah jarak batten harus disusun pada bahagian cucur atap (eave) dan perabung (ridge)?

Jawapan 4: Pada bahagian cucur atap (eave), jarak maksimum adalah 305 mm. Pada bahagian perabung (ridge), jika jarak baki melebihi 250 mm, batten tambahan perlu dipasang untuk menyokong modul atap.