When it comes to elevating the aesthetics of a building, the facade plays a crucial role. With transcending shapes and designs in modern construction, architects, designers and facade consultants are taking a plunge in choosing modern materials, that give them the ability to choose sustainable solutions which can shape the building into any form. This is where the Aluminium Composite Panel comes in. A new age material, which was discovered only in the late 19th century, and became popular in the early 20’s.

The development of the ACP Panel started around the 1960s in Switzerland, and a decade later a German Company ALCUBOND 1969 launched ACP, which is currently used as facade material in the exterior. ACP sheet for exterior surely has a fascinating origin story, and the story continues with new-age technologies creating stunning first impressions.

Understanding ACP Sheets Through The Glance of Application

Architecture is a powerful vehicle for art, yes we have moved ahead of far-beyond traditional, as the architects of today are experimenting more with light, textures and shapes that envision a future of sustainable architecture. In the idea to achieve carbon neutrality in buildings of today, ACP plays a key role. But how? Well, some of its properties are unique and cannot be found in other new-age materials, making them irreplaceable materials for the exterior facade of today.

Transcend Imagination into Reality with 90-degree Bendability

One of the reasons to choose an ACP sheet for the exterior is the flexibility of design. Manufactured with aluminium alloy and thermoplastic core, these sheets are easy to fold and bend. These panels can be cut, bent, or shaped to suit the various design requirements. The intricate patterns, curves, and geometric shapes can be effortlessly achieved, giving the facade a unique and modern look.

Light as Feather

In construction, the major challenge is to transport materials from one place to another, and transporting materials is tough. Aluminium composite panels, whose weight can be anywhere between 5-10 kgs, depending on the thickness, make them easier to carry around. This makes it light as a feather when compared to heavy stones, marble, or timber as a facade material.

Strengthening the Structure

ACP cladding offers weather and rust-resistant, fire-resistant, and longer lifespan, making it the choice for protecting the structure from mould, corrosion, and dampness due to continuous contact with water and humidity. Moreover, the ACP sheets with high impact resistance and yield strength enhance the structural integrity.

Environment friendly

The architects of today are experimenting with sustainable materials. Modern ACP sheets for the exterior embrace the ethos with wide open arms, as these sheets are made of recyclable material, contributing to the green movement. Using ACP as an exterior material for the ventilation facade is an approach through which the air can pass through the space between the wall and the panel. This helps in reducing the dependency on air conditioners, for cooling down the building’s temperature. The sheets are installed on an MS frame, which creates a vacuum to create a convection effect hence reducing the dependency on the HVAC system by 30%. 

Minimum Maintenance

Maintaining is a crucial part of stunning exteriors and keeping the shine intact of the building. However, to maintain the panels plenty of resources, as well as money are involved in the process of carrying out the upkeep sessions. Besides, materials such as wood, stone, or painting walls require intense repairs which often cause inconvenience to the people. However, ACPs don’t require much maintenance. These sheets are designed in a way that minimises the maintenance requirements. Touch-ups with soap and water with a clean cloth on a bi-yearly basis are enough to keep these panels shiny. This works as an advantage for the owner as it reduces both costs and resources.

You May Read: How Do ACP Sheets Play A Key Role in Creating Visual Identity?

Bringing The Aesthetics With Aluminium Composite Panel

Modern ACP sheets are a testament to the blend of aesthetics and functionality. As mentioned above, ACP sheets are highly flexible, and up to 90 degrees bendable, making them the canvas on which architects and designers can present their creativity. Here is how the ACP sheet is bringing visual aesthetics to life!

Biomimicry With ACP Sheets

Biomimicry is a process that aims to take inspiration from nature and mimic it with artificial elements. ACP sheets are the right material for biomimicry in architecture, as the panels can be customised into any shade/texture and hue. Some of the common elements of nature which are redefined with ACP sheets are:

  • Wooden ACP Sheet:

The wooden series consists of an ACP sheet that imitates the texture and shade of wood. The shades such as Raven Wood, Midnight Oak, Tanzania, and Fume Larch, add a vintage and rustic vibe to the exteriors.

  • Stone Series:

Stone is one of the most common natural elements profusely used in modern construction. As stones are difficult to shape and heavier to carry around, they can be replaced with a Stone Series ACP sheet.

Playing with Perforated Panels

The perforated panels are inspired by “mashrabiya” or “jali design” helps in creating intricate designs on wall panels. Sleek, glazed, and perforated ACP sheets for the exterior are a stunning example of parametric design. Today, with CNC cut panels you can either make the perforated sheets during installation, or ask your ACP sheet dealer about the requirements, and get it done through professionals at a high-tech manufacturing lab.

Aluminium Composite Panels by Alumaze

Alumaze is the choice of the modern facade. A new-age company with a high-tech manufacturing unit, and extensive production facility, makes them the choice of this technology-driven decade. The ACP series such as wooden ACP sheets, stone ACP series, and other exterior facades have stunning visuals to uplift any exterior design. Moreover, these panels can be customised to any thickness, and dimensions, to suit the requirements of every building’s exterior.