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Looking for a ZINC alternative?
FALZINC is an aluminum solution with a Zinc surface that merges form with function! It has a lightweight nature that significantly reduces structural loads, as well as being a durable & sustainable.
Innovative Building System Solutions made of Aluminium
Building Envelope Specialists, L.L.C. offers aluminum building envelopes or Kalzip roof systems. We are committed to serving our clients with quality projects finished within the given timeline and budget.
About
Features
- A highly flexible roofing system with unlimited design freedom
- Complete solutions for building envelopes
- Environmentally friendly and sustainable solutions
- Flexible production methods including on site rollforming
High-precision Components
The high-precision Kalzip components developed using the very latest equipment. These components are developed both in the factory and also on mobile roll formers to create a variety of complex shapes and geometric options. This complex roof design provided a sustainable place to hold the 2021 UN-Climate Change Conference.
Unconventional? No problem
Numerous patents and utility models are clear evidence of the unique features and technological preeminence of this system. Even unconventional roof shapes are subject to no restriction and can be well enveloped with Kazip components.
Material Options
In addition to aluminum, it is also possible to process other materials such as stainless steel, copper, and AluPlusZinc.
Case Studies
Whole Foods - Bethesda, MD
Pomona University California, Student Services Building (SSB) - Claremont, CA
Pomona University California, Student Services Building (SSB) - Claremont, CA
The North Bethesda Market was a project with the goal to bring to attract newer generations to the North Bethesda area. Therefore, the different aspects of the project all have an aesthetic and elegant look to them. Kalzip was used in the parking garage of this project, and their panels not only added to this job’s elegance, but they also served as the
Pomona University California, Student Services Building (SSB) - Claremont, CA
Pomona University California, Student Services Building (SSB) - Claremont, CA
Pomona University California, Student Services Building (SSB) - Claremont, CA
This unique project has a roof that is over 90,000 thousand square feet! Kalzip's roof product was used on this project due to it's ability to stretch across two buildings. The roof also has a unique design to match the topography surrounding the University's campus.
MSG Sphere - Las Vegas, NV
Pomona University California, Student Services Building (SSB) - Claremont, CA
MSG Sphere - Las Vegas, NV
Kalzip’s standing seam panels were utilized on the MSG Sphere, which opened in September of 2023. These panels were used on the exosphere of the building, due to the fact that they were able to meet the specific and distinctive requirements of this project.
Product Overview
Kalzip® FC rainscreen system
Kalzip FC rainscreen is a non-penetrative façade system that incorporates a fast-to-install lightweight flat rainscreen panel, suitable for both new build and refurbishment projects.
The main feature of the system is its flexibility, which allows the installation of the profiles to be carried out in two directions, either from the top down or from the bottom up.
Kalzip perforated façades
Kalzip perforated façades offer an innovative solution to the upgrading or enhancement of a building through the creative use of light. Without compromising the structural integrity of the building envelope, it is ideal for cantilever roofs, car park screening, or to simply add subtle detail to large elevations and provides numerous aesthetic and practical advantages.
Offered in aluminium, Kalzip perforated facades provide superb flexibility and a cost-effective solution. Available in a number of Kalzip standing seam profiles and TF façade system, they feature a choice of perforations, with each profile subject to a slightly different grid pattern based on hole diameters and spacings. Through the coordination of light, shape and texture, Kalzip perforated façades are a simple yet elegant solution for creating striking designs.
Kalzip TF37-800R
The distinctive Kalzip TF37-800R aluminium profiled cladding provides a distinctive and functional solution for horizontal or slightly pitched building elevations.
The clean-cut appearance of the profile enhances the effect of light and shade across the façade area and is ideal for projects where a non industrial appearance is required. Lasting protection for the existing building structure is offered due to its compatibility with a variety of substructures, such as metal, concrete and wood.
Kalzip liner roof system
Kalzip liner roof systems are predominantly used for new build construction, although they can also be used for refurbishment when required.
The Kalzip liner roof system is ideal where speed of installation on a project is of utmost importance. A non-fragile walkable Kalzip liner sheet can be quickly installed to provide weather cover to allow other trades to work below. The remainder of the roofing components can then be installed without affecting the critical path of the construction program.
Kalzip structural deck roof system
The Kalzip structural deck roof system provides an economical solution for long span installations and eliminates the need for purlins.
For enhanced acoustic absorption, decking panels can be perforated and can support mass, such as increased insulation or board, which may be introduced for more rigorous acoustic specifications.
Where structural decking is installed there is a reduced requirement for secondary steelwork.
Kalzip liner deck roof system
Kalzip® liner-deck roof systems are predominantly used for new build construction where purlin centers are greater than normal, where high density insulation is required or where low U values are required. Affording the same benefits as the Kalzip® liner roof system, the Kalzip® liner-deck roof system utilizes a low profile structural deck and supports the outer sheet direct off the liner-deck via clips and top hat sub purlins.
Kalzip low U-value roof system
The Kalzip low U-value roof system is a dual insulation system capable of achieving U-values as low as 0.10 W/m2/K. It has been developed in anticipation of changes to Part L of the Building Regulations in 2010 and beyond – changes that will lead to ever-tightening design limits on thermal performance.
The low U-value system is primarily based on a standard Kalzip standing seam roof build and as such is subject to the same basic set of criteria and properties for materials, finishes, geometries, accessories and components. It is available with four types of roof lining; standard liner; liner-deck; structural metal deck; timber deck.
Kalzip aluminium standing seam acoustic roof system
Kalzip roof constructions can be modified to accommodate various acoustic performance requirements, by incorporating other layers such as high density insulation, acoustic boards and flexible membranes to provide increased sound reduction performance and by perforating the liner to provide improved sound absorption performance.
Kalzip acoustic board is a high density cement-particle board that can easily be incorporated into a Kalzip roof system in order to dramatically increase the mass and subsequently the sound reduction properties of the system.
Kalzip® XT
Malleable, pliable, foldable and flexible, Kalzip® XT profiled sheets make it possible to transform computer-generated designs and structural principles into reality.
These evolutionary animations, visualized in 3D objects, enable new architectural shapes and forms to be created. The ability to achieve extremely tight radii guarantees unusual shapes of buildings, including: ellipses, cones, semi-spheres, prisms, pyramids, as well as classic geometrical shapes – both horizontal and vertical.
Looking for a ZINC alternative?
FALZINC is an aluminum solution with a zinc surface that merges form with function! This product from Kalzip has a lightweight nature that significantly reduces structural loads, as well as being durable & sustainable.