You are here:

Tehnomarket VENT

[aluminium substructure system for ventilated facades]

Designed and developed by Tehnomarket, the VENT series is a comprehensive range of aluminium substructure systems for ventilated façades, engineered to support contemporary architectural design and modern façade technologies. By creating a ventilated cavity between the building envelope and the external cladding, VENT systems improve moisture management, enhance thermal performance, and contribute to the long-term durability of the façade.

The VENT series comprises ten specialized systems organized into panel and cassette configurations, providing compatibility with a wide range of façade materials and fixing methods. This versatile product family enables architects and façade engineers to select the optimal combination of aesthetics, performance, and installation efficiency for residential, commercial, and public buildings.

ABOUT THE SYSTEM

Features

Comprehensive portfolio of panel and cassette substructure systems for ventilated façades
Compatible with a wide range of façade materials, including ACM, ceramics, fibre cement, metal cladding, glass, and engineered stone
Continuous rear ventilation improves moisture control, thermal performance, and façade durability
Multiple fixing methods and design options to support diverse architectural concepts and façade aesthetics

Gallery

PANEL SYSTEMS

VENT [rivet]

Ventilated façade system with visible mechanical fixing
Compatible with a wide range of flat façade cladding materials
Rivet or screw fixing options depending on façade requirements
Adjustable support brackets for precise façade alignment
Vertical or horizontal aluminium carrier profile configurations
Optional thermal isolation pads for improved thermal performance
Decorative or colour-matched fixing elements for different architectural expressions

VENT RIVET is an aluminium substructure system for ventilated façades designed for the installation of flat façade panels using visible mechanical fixings. Depending on project requirements, façade cladding panels can be secured with rivets or screws, providing a reliable and cost-effective solution for a wide range of façade materials and architectural applications.

The system is based on adjustable support brackets and aluminium carrier profiles arranged in vertical or horizontal configurations, enabling precise alignment of the façade surface and efficient installation. Visible fixing elements can be highlighted as a design feature through decorative caps or colour-matched to the façade panels for a more uniform appearance. VENT RIVET is suitable for both new-build and renovation projects where durability, installation efficiency, and design flexibility are key requirements.

VENT [hide]

Ventilated façade system with concealed mechanical fixing
Clean façade appearance without visible fixing elements
Compatible with specialized undercut anchor systems
Dry installation process for efficient fabrication and on-site assembly
Adjustable support brackets for precise façade alignment
Vertical aluminium carrier profiles with dedicated horizontal support rails

VENT HIDE is an aluminium substructure system for ventilated façades designed for the installation of flat façade panels using concealed mechanical fixings. The system utilizes specialized undercut anchors that are installed on the rear side of the cladding panels, creating a clean and uninterrupted façade surface without visible fixing elements.

Widely specified in contemporary architecture, VENT HIDE combines a refined façade appearance with efficient installation and long-term reliability. The dry installation process allows a significant portion of the assembly work to be completed off-site, improving installation efficiency and quality control. The system is suitable for a wide range of façade materials with a minimum panel thickness of 6 mm.

VENT [tack]

Ventilated façade system with concealed adhesive fixing
Seamless façade appearance without visible mechanical fasteners
Compatible with a wide range of flat façade cladding materials
Supports complex geometries, irregular panel layouts, and custom façade designs
Adjustable support brackets for precise façade alignment
Vertical or horizontal aluminium carrier profile configurations
Optional thermal isolation pads for improved thermal performance
Ideal for contemporary architectural concepts requiring maximum design freedom

VENT TACK is an aluminium substructure system for ventilated façades designed for the installation of flat façade panels using concealed adhesive bonding technology. By eliminating visible mechanical fixings, the system creates a clean and uniform façade appearance while providing architects with greater freedom in the selection, composition, and arrangement of façade materials.

The bonding process requires controlled preparation both in the workshop and on-site, ensuring long-term performance and reliable panel retention. VENT TACK is particularly suitable for projects featuring complex geometries, irregular panel layouts, and distinctive architectural forms, where maximum design flexibility and uninterrupted façade surfaces are desired.

VENT [stone]

Ventilated façade system for ceramic, stone, and other heavy façade cladding materials
Available with visible or concealed support clip configurations
High load-bearing capacity and structural stability
Dry installation process for efficient and reliable assembly
Adjustable support brackets for precise façade alignment
Vertical aluminium carrier profile configuration
Stainless-steel support clips available in colour-matched finishes
Suitable for demanding façade applications with heavy cladding materials

VENT CONTINUAL is an aluminium substructure system for ventilated façades distinguished by its pronounced façade grid and architectural rhythm. The system utilizes decorative cover profiles that can be configured to emphasize either horizontal or vertical lines, allowing architects to create a façade appearance similar to that of a traditional mullion-and-transom curtain wall.

Based on a dry installation principle, VENT CONTINUAL offers extensive design flexibility and compatibility with a wide range of façade cladding materials. The combination of carrier profiles, EPDM gaskets, and decorative cover caps creates a distinctive and visually structured façade while maintaining the performance advantages of a ventilated façade system.

VENT [continual]

Ventilated façade system with a pronounced architectural grid
Decorative cover profiles for emphasizing horizontal or vertical façade lines
Curtain wall-inspired façade appearance
Compatible with a wide range of flat façade cladding materials
Dry installation process for efficient fabrication and on-site assembly
Vertical or horizontal aluminium carrier profile configurations
Integrated EPDM gaskets for improved weather protection and façade performance
Extensive design flexibility with multiple cover cap options

VENT STONE is an aluminium substructure system for ventilated façades developed for the installation of flat façade panels, most commonly large-format ceramic and stone cladding. Panels are secured using dedicated visible or concealed support clips, providing a reliable and structurally robust fixing solution for heavy façade materials.

The system is based on a dry installation method that combines high load-bearing capacity with efficient on-site assembly. Thanks to its exceptional stability and proven performance, VENT STONE is widely specified as a standard solution for ventilated façades incorporating heavy cladding materials. Support clips can be powder coated in any RAL colour to match the façade design and minimize their visual impact.

VENT [rock]

Ventilated façade system optimized for natural stone and heavy façade cladding materials
Secure horizontal support profile technology for reliable panel retention
Suitable for cladding thicknesses from 10 mm to 40 mm
Dry installation process with extensive workshop pre-fabrication
Adjustable support brackets for precise façade alignment
Primary vertical and secondary horizontal aluminium carrier profiles
Visible profile elements available in colour-matched RAL finishes
High structural stability for demanding façade applications

VENT ROCK is an aluminium substructure system for ventilated façades specifically developed for natural stone and other heavy façade cladding materials. Panels are securely supported by horizontal carrier profiles that remain partially visible within the horizontal joints, creating a clean and technically refined façade appearance. Depending on project requirements, visible profile elements can be powder coated in any RAL colour to complement the selected cladding material.

The system is based on a dry installation method with extensive off-site preparation, enabling efficient assembly and reliable long-term performance. Designed for demanding façade applications, VENT ROCK accommodates cladding thicknesses from 10 mm to 40 mm, depending on the material type and structural characteristics.

KASETNI SYSTEMS

VENT [box]

Ventilated façade system for prefabricated cassette cladding
Concealed fixing technology for a clean and uniform façade appearance
Dedicated box-shaped aluminium suspension elements
Dry installation process with extensive off-site fabrication
Fast and efficient on-site assembly
Vertical or horizontal aluminium carrier profile configurations
Adjustable support brackets for precise façade alignment
Suitable for contemporary façade designs with large-format cassette panels

VENT BOX is an aluminium substructure system for ventilated façades designed for the installation of prefabricated cassette panels using concealed support and suspension components. The system derives its name from the dedicated box-shaped aluminium connection elements that provide secure and precise positioning of façade cassettes while maintaining a clean exterior appearance without visible fixings.

Based on a dry installation principle, VENT BOX enables complete cassette fabrication and preparation in workshop conditions, improving quality control and reducing on-site installation time. Prefabricated panels are simply positioned and secured according to the façade layout, making the system particularly suitable for contemporary architectural projects that require efficiency, precision, and a seamless façade appearance.

VENT [slider]

Ventilated façade system for prefabricated cassette cladding
Sliding suspension technology for precise panel positioning
Concealed support components with discreet visible connection elements
Dry installation process with extensive off-site fabrication
Fast and efficient on-site assembly
Vertical aluminium Ω-profile carrier structure
Dedicated cassette reinforcement profiles for enhanced stability
Suitable for contemporary façade designs with modular cassette layouts

VENT SLIDER is an aluminium substructure system for ventilated façades designed for the installation of prefabricated cassette panels using concealed support components and visible connection elements positioned within the façade joints. The system is based on a sliding suspension principle, where cassette panels are mounted onto dedicated support brackets and positioned by sliding them into place before final fixation.

Complete cassette preparation can be carried out in workshop conditions, enabling fast, efficient, and reliable on-site installation. The dry installation method, combined with precise panel positioning and robust support components, makes VENT SLIDER an ideal solution for contemporary façade projects requiring clean detailing, installation efficiency, and long-term performance.

VENT [gasket]

Ventilated façade system for prefabricated cassette cladding
Distinctive façade appearance with emphasized joint lines
EPDM gasket technology for enhanced visual definition and façade detailing
Suitable for walls, columns, ceilings, recesses, and complex architectural geometries
Dry installation process for efficient fabrication and assembly
Vertical or horizontal aluminium carrier profile configurations
Dedicated cassette fixing profiles with optional structural silicone joint treatment
Flexible solution for contemporary architectural applications

VENT GASKET is an aluminium substructure system for ventilated façades designed for the installation of prefabricated cassette panels with pronounced façade joints. The system is particularly suitable for cladding not only flat wall surfaces, but also columns, ceilings, recesses, and other architecturally complex areas where flexibility and clean detailing are essential.

Its distinctive appearance is achieved through the use of EPDM gaskets installed within the façade joints, creating clearly defined shadow lines and the visual impression of a sealed façade surface. The dry installation method is practical and efficient, requiring less installation precision than conventional cassette systems while maintaining a high-quality architectural appearance.

VENT [fit]

Ventilated façade system for prefabricated cassette cladding
Dedicated interlocking aluminium profile technology for fast and reliable installation
Elegant façade joints with a visible width of only 9 mm
Option for colour-matched joint appearance through powder-coated carrier profiles
Dry installation process with partial off-site fabrication
Vertical or horizontal aluminium carrier profile configurations
Integrated cushioning gasket between interlocking profile components
Clean architectural appearance with precise and consistent façade detailing

VENT FIT is an aluminium substructure system for ventilated façades designed for the installation of prefabricated cassette panels using a dedicated interlocking profile concept. The system is based on two specially engineered aluminium profiles that fit precisely together, enabling fast, reliable, and efficient installation while maintaining a clean and refined façade appearance.

VENT FIT is distinguished by its elegant façade joints, with visible joint widths of only 9 mm. When colour-matched carrier profiles are specified, the joints can visually blend into the façade surface, creating a highly uniform architectural expression. Partial prefabrication is carried out in workshop conditions, while the dry installation method ensures rapid and efficient on-site assembly.