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Architectural Louvers - S Louvers

The Curly Smooth S Louvers are an innovative architectural solution that offers a combination of privacy and ventilation for facade cladding applications. Designed to provide a visually appealing facade with no-see-through attributes, these louvers meet the requirements of spaces where maintaining both privacy and adequate ventilation is essential.

 

Key Features

  • Aluminum Louvers for Energy Savings | Axes In Excess

    Light-built and Tough

    Aluminum is a lightweight metal, which simplifies handling and installation. Despite its lightweight nature, aluminum louvers are strong and can weather harsh conditions, making them excellent for outdoor use.

  • Robust Aluminum Louvers for Outdoor Use | Axes In Excess

    Premium Ventilation and Airflow Supervision

    The design of aluminum louvers ensures efficient ventilation and airflow control in buildings. The angled slats allow for air passage while preventing excessive sunlight and rain, contributing to better indoor air quality and energy efficiency.

  • Aluminum Louvers for Improved Indoor Climate | Axes In Excess

    Earth-friendly and Recyclable

    The recyclability of aluminum means that louvers made from it can be recycled at the end of their lifespan. This property supports sustainable and eco-conscious building approaches, making aluminum louvers a greener choice for architectural applications.

  • Contemporary Aluminum Louvers | Axes In Excess

    Adaptable Design

    These aluminum louvers can be customized effortlessly to fit specific architectural styles and design preferences. With various shapes, sizes, and configurations available, they provide a spectrum of design options to fulfill both aesthetic and functional needs.

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: Setting new standards in architectural louvers solutions.

ELEVATION

Axes in Excess louvers, elevating architectural spaces with cutting-edge solutions.

DETAIL

Axes in Excess: Leaders in louvers design and architectural brilliance.

S Louvers

Axes in Excess louvers, a fusion of creativity and durability in architectural design.

System Specs

Louvers Size
52mm (Front Facia)
Material
Aluminum
Pitch
44mm
Fire Rating
ASTM E84 - Class A, UNE-EN 13501-1, B-s1,d0
Attachments
Aluminum Carrier
Trimmability
Yes, per installation manual
Accessories
SS 316 Screws
Finishes
Powder Coating (any RAL code with Matt, Gloss and Texture Finish, wood Finish and Anodizing)

How to Specify:

  1. Identify Project Parameters

    Provide a clear statement regarding the intended function of the louvers, such as ventilation, sun control, or aesthetic enhancement. Additionally, specify the designated installation area for the louvers, whether it be the facade, windows, or roof.

  2. Determine Louver Style and Variant:

    Choose the correct louver type (e.g., fixed, movable, operable) to fulfill project requirements. Furthermore, make a selection on the louver style (e.g., slotted, perforated, blade design) that complements the intended design aesthetic and functional needs.

  3. Outline Finish Requirements:

    Clarify the chosen finish (e.g., powder coating, anodizing, PVDF) for purposes of both protection and aesthetics.

  4. Establish Dimensional Criteria and Mounting Instructions:

    Provide exact measurements for the louvers, detailing height, width, thickness, and blade spacing. Furthermore, indicate the mounting technique (e.g., surface-mounted, flush-mounted) and any specific mounting needs.

  5. Clarify Blade Incline and Arrangement:

    Establish the angle of the louver blades to optimize sun control, ventilation, or privacy. Furthermore, determine the orientation of the blades (e.g., horizontal, vertical) to suit the design parameters.

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