How Ar. Ricky Mathur Used Sand Series ACP to Give a Quartz Manufacturing Plant a Striking Identity

Industrial buildings usually follow a predictable visual formula. Large metal boxes, repetitive façades, exposed utility zones and very little emotional connection with the space itself. Function takes priority. Design often becomes secondary. But the Universal Quartz manufacturing plant in Rajasthan decided to challenge that idea entirely.

Designed by Architect Ricky Mathur, the project was envisioned not merely as a production facility, but as a structure with identity and presence. The intention was clear from the start: create a factory that people remember and honestly, that is not something you hear every day in industrial architecture.

The project achieved this through thoughtful façade articulation, material layering and the use of Aludecor’s Sand Series ACP, which gave the building a refined yet grounded architectural character.

The Project Brief: A Factory That Does Not Look Like a Factory

The client’s requirement was straightforward but ambitious. They wanted a facility that would stand apart from surrounding industrial buildings and maintain its visual relevance over time.

As Ricky Mathur shared, the vision was to create “something that had not been attempted in the near vicinity or within their industry.” That brief immediately shifted the project away from conventional factory design.

The challenge, however, was scale. Universal Quartz is a massive campus, and large industrial structures often risk becoming visually monotonous. Long façades can quickly begin to feel static and disconnected.

To break that repetition, the design introduced sweeping curves, rhythmic panel layouts and strong cornice lines. Certain elements were even inspired by the brand logo itself, which carried curvilinear characteristics.

The result is a façade that feels dynamic rather than flat. Even while driving past the building, there is movement and visual continuity across the elevation and that makes a huge difference. Because architecture today is not just about enclosure. It is also about recall value.

Design Philosophy: How Material Choice Creates Identity

Material selection became central to the project’s success. Industrial façades need to perform under demanding conditions. Rajasthan’s climate brings intense sunlight, heat exposure and dust-heavy winds, all of which can affect surface durability over time.

So, the façade material had to deliver more than appearance alone. That is where Aludecor’s Sand Series ACP played an important role.

Unlike highly glossy ACP finishes that sometimes feel too reflective for industrial applications, Sand Series panels offer a textured surface with muted sophistication. The finish diffuses light softly and creates depth without making the façade visually overwhelming and you know what? That subtlety is exactly what gave the building its maturity.

The texture helped the factory feel premium without becoming overtly corporate. Strong, but still welcoming. We have always believed industrial buildings deserve thoughtful materiality too. The people working inside them spend years interacting with those spaces. Design quality should not stop at commercial offices or luxury buildings alone.

From a technical perspective as well, high-performance ACP systems matter significantly in industrial environments. We use globally benchmarked SDP coating systems compliant with AAMA 2604 standards for long-term exterior durability and colour stability.

This becomes especially important in regions exposed to strong UV radiation, where inferior panels often begin fading or chalking prematurely.

The Sand Series range also benefits from Direct Chill fully compressed coil technology, which improves bending performance and minimises cracking during fabrication.

That flexibility allowed the project team to execute curved façade elements more precisely.

Also Read: When Buildings Begin to Breathe: The Poetic Architecture of UNEVEN

The Louver-Inspired Entrance Design: Drawing Visitors Inward

One of the most memorable parts of the project is the entrance zone. Instead of designing a purely functional access point, the façade introduces a louvre-inspired installation around the visitor arrival area where security checks and vehicle stoppages happen. But the feature does far more than frame the entrance.

According to Ricky Mathur, the installation supports ventilation, creates visual intrigue and builds curiosity about what lies beyond the threshold. That sense of intrigue changes the visitor experience entirely.

Industrial buildings often reveal everything immediately. There is rarely a spatial transition between outside and inside. Here, however, the louvred structure creates a deliberate pause before entry.

The ACP surfaces further enhance this effect through changing shadow patterns across the day. Morning light produces sharp highlights while evening light softens the texture into a calmer architectural expression. It keeps the façade visually alive.

Sand Series ACP: The Right Architectural Language for Industrial Buildings

Choosing the correct ACP finish for industrial architecture is more complex than it appears. Too glossy, and the building starts feeling commercially loud. Too matte, and expansive elevations can appear lifeless. Too decorative, and maintenance becomes difficult.

Sand Series ACP strikes a balance between these extremes. The textured finish adds warmth and visual layering while maintaining a clean industrial identity. On large façades especially, this texture prevents the building envelope from feeling excessively flat.

For Universal Quartz, this became crucial because the architecture relied heavily on curves, panel rhythms and shadow depth. The façade also incorporated timber accents beneath the cornices to soften the metallic character and reduce visual monotony.

That combination of texture, warmth and restrained detailing helped the campus feel more human-centric despite its industrial scale and honestly, that balance is not easy to achieve.

Also Read: Stunning Architectures with Aludecor’s Sand Series ACP Sheets

Combining ACP with Glass: Technical and Aesthetic Considerations

Another smart design decision was the integration of glass within the ACP façade composition.

Instead of covering the entire building with solid cladding, glazing was introduced strategically at the centre to create openness and visual relief. This ACP-glass combination performs both aesthetically and functionally.

Visually, the reflective glazing breaks the mass of the building and creates hierarchy within the façade. The ACP panels anchor the structure while the glass introduces lightness and contrast.

Technically, combining ACP with glazing systems requires careful coordination. Thermal expansion behaviour, structural movement, weather sealing and support detailing all need precise planning, especially in regions with significant temperature fluctuations.

The project also incorporated strategically positioned openings to manage wind pressure and respond better to local environmental conditions.

That contextual planning is important because industrial buildings are long-term assets. Poor façade detailing eventually affects maintenance cycles, thermal performance and durability. This project avoided that problem by treating aesthetics and performance as one integrated conversation.

Also Read: Modern School Façade & Elevation Design Ideas

The Result: An Industrial Landmark in Rajasthan

Today, the Universal Quartz facility stands as much more than a manufacturing plant. It has become a recognisable architectural landmark within Rajasthan’s industrial landscape and the success comes from restraint rather than excess.

The curves, textured ACP surfaces, louvred entrance, glazing integration and subtle local material references all work together cohesively. Even the secondary labour entrance was designed with equal care so that everyone entering the campus experiences the same welcoming environment.

That philosophy elevates the project beyond façade design alone. It proves industrial architecture does not need to disappear into the background anymore. With the right material systems and architectural intent, factories can carry identity, emotion and long-term visual value and that is exactly what Universal Quartz achieved.

FAQs

What is Sand Series ACP and how is it different from regular ACP?

Sand Series ACP is a textured aluminium composite panel range designed to create a more tactile and sophisticated appearance compared to conventional smooth ACP finishes. The texture diffuses light softly, reduces excessive glare and adds visual depth across large façades.

Unlike regular glossy ACP, Sand Series panels offer a more grounded architectural language suitable for industrial, commercial and institutional projects.

Can ACP sheets be used for factory and industrial building façades?

Yes, ACP sheets are widely used for factory and industrial façades because they are lightweight, durable and highly versatile. They support curved forms, modular designs and ventilated façade systems while maintaining long-term exterior performance. High-quality ACP systems with PVDF coatings also provide strong resistance against UV exposure, moisture and environmental wear.

What ACP finishes work well for industrial or commercial buildings?

Textured finishes like Sand Series work exceptionally well for industrial buildings because they add depth without making the façade visually overpowering. Matte metallics, earthy shades and brushed textures are also popular for large-format architecture. The ideal finish should balance aesthetics, durability and maintenance practicality.

How do curved ACP façades work structurally?

Curved ACP façades are created using specialised fabrication methods such as routing, roll bending and engineered support systems. The panels are mounted on structural subframes designed to handle wind loads, thermal expansion and panel movement.

Material quality is critical here because better alloy selection and coil manufacturing improve bending performance while reducing risks of cracking or surface distortion during fabrication.