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Architectural Louvers - Grille 2550

The grille represents a contemporary and popular louver design, characterized by its distinctive L-shape that imparts a sense of linearity to facades. This architectural element seamlessly integrates with exterior aesthetics, contributing to a visually appealing composition.

 

Key Features

  • Aluminum Louvers for Solar Shading | Axes In Excess

    Light and Sturdy

    Aluminum, a lightweight metal, is easy to handle and install. Despite its lightness, aluminum louvers are durable and capable of withstanding harsh weather, making them perfect for outdoor use.

  • Customizable Aluminum Louvers | Axes In Excess

    First-rate Airflow and Ventilation Management

    Providing effective ventilation and airflow control, aluminum louvers feature angled slats that allow air to flow through while keeping out excessive sunlight and rain, thereby enhancing indoor air quality and energy efficiency.

  • Exterior Aluminum Louvers for Sun Control | Axes In Excess

    Recyclable and Environmentally Sustainable

    With its high recyclability, aluminum ensures that louvers made from it can be recycled at the end of their use. This feature aligns with eco-friendly and sustainable building practices, making aluminum louvers an environmentally responsible choice for architecture.

  • Durable Aluminum Louvers for Facades | Axes In Excess

    Configurable Design

    Aluminum louvers can be easily adapted to suit particular architectural styles and design preferences. Available in a wide range of shapes, sizes, and configurations, they offer multiple design options to meet both aesthetic and functional requirements.

Materials & Finishes

Silver Metallic (Semi-Gloss)

Powder Coated Aluminum - Single Color

Aluminum
Silver Metallic (Semi-Gloss)
Metallic-1

Powder Coated Aluminum - Premium Metallic Finish

Aluminum
Metallic-1
RUST

Powder Coated Aluminum - Special Shades

Aluminum
Tex-1
Wood finish

Powder Coated Aluminum - Premium Wood Textures

Aluminum
Wood-1
Anodized

Anodized Finish - Aluminum

Aluminum
Anodized-1

Product Details

PLAN

Axes in Excess: A symphony of louvers design and brilliance in architectural solutions.

DETAIL VIEW

Axes in Excess louvers, elevating architectural spaces with creative and functional ingenuity.

ELEVATION

Axes in Excess Louvers: Precision engineering meets contemporary aesthetics in architecture.

PRODUCT PHOTO

Axes in Excess: Shaping the future with bespoke louvers solutions for architectural excellence.

Detail

Axes in Excess Louvers: Where creativity meets functionality in architectural design.

Section

Axes in Excess: Transforming architectural spaces with bespoke louvers solutions.

System Specs

Louvers Size
25mmX50mm
Material
Aluminum
Pitch
50mm
Fire Rating
ASTM E84 - Class A, UNE-EN 13501-1, B-s1,d0
Attachment
Aluminum Carrier
Trimmability
Yes, per installation manual
Accessories
SS 316 nut and bolt, PVC and bracket, PVC Joint Pieces and PVC end cap
Finishes
Powder Coating (any RAL code with Matt, Gloss and Texture Finish, Anodizing and wood Finish)

How to Specify:

  1. Establish Project Requirements

    Explicitly define the intended function of the louvers (e.g., ventilation, solar management, aesthetic enhancement). Additionally, indicate the precise installation site for the louvers (e.g., facade, windows, roof).

  2. Choose Louver Type and Design:

    Select the suitable louver type (e.g., fixed, movable, operable) according to project specifications. Additionally, determine the louver style (e.g., slotted, perforated, blade shape) that complements both the design aesthetic and functional demands.

  3. Determine Surface Treatment:

    Define the preferred finish (e.g., powder coating, anodizing, PVDF) for both protective and aesthetic purposes.

  4. Specify Measurements and Mounting Information:

    Offer exact measurements for the louvers, covering height, width, thickness, and blade spacing. Additionally, detail the mounting technique (e.g., surface-mounted, flush-mounted) and any unique mounting needs.

  5. Specify Blade Angle and Orientation:

    Define the angle of the louver blades to achieve optimal sun control, ventilation, or privacy. Additionally, establish the orientation of the blades (e.g., horizontal, vertical) in alignment with the design.

Let us help you get started.