BEMO USA IS A FULL ENVELOPE SYSTEMS COMPANY
We are the leading developer of high-performance standing seam metal roof and wall systems for the entire building envelope. With unparalleled experience using standing seam Stainless Steel, Zinc, Copper, Aluminum, Steel and Titanium, Bemo USA provides superior building solutions and field-proven technical advisors. The BEMO roof panel system provides the most advanced and versatile structural standing seam roofing system available in today’s architecturally demanding market. These systems offer the highest wind uplift ratings with the greatest flexibility of any structural standing seam panel in the world. With its bold lines and its ability to be smoothly convex, concave or serpentine curved, this roof panel system offers years of low-maintenance service combined with high visual-impact applications.
Our exclusive BEMO-Mobile Factory Mills™ provide the highest-quality standing seam panel sheet shapes, smooth curves and true tapered panels available anywhere in the world. We also offer custom-width panels in continuous rolled-formed shapes and has the industry’s first multiple-axis panel with the BEMO-MONRO™ system providing continuous single-pass panels that are rolled into three-dimensional shapes.
Performance, Integrity, Style
The structural nature of the BEMO roof system gives the designer the opportunity to reduce project costs by minimizing steel requirements and in many cases completely eliminate the need for a metal deck. With a standing seam height of 65 mm (2-9/16") and standard width offerings of 305 mm (12"), 400 mm (15-3/4") and 500 mm (19-3/4"), our engineered roof panels can be tailored to fit almost any architectural design. The system offers a completely weather-tight roof with a life expectancy far exceeding conventional roofing applications.
SPECIALTY STAINLESS STEEL AND 328' (100m) LONG CURVED PANELS.
3,300,000 sf (307,000 m2) of continuous length, serpentine curved 22 ga. (.8 mm) stainless steel BEMO 400 mm panels cover the Hamad International Airport. Our engineers worked with HOK San Francisco to design the specialty application for this complex roofing design and engineered a full system that will provide decades of protection in a very corrosive environment.
EXTREME FLEXIBILITY
Convex, concave or even “S” curves can be easily and efficiently accommodated by the Bemo standing seam roof system. Bemo roof panels can be curved by means of a specially developed rolling mill that can curve the BEMO panels smoothly to a radius as tight as 10' (3.01 m) or less, depending on the profile and material used. Bemo roof panels can be manufactured using many different metal substrates. The most common is PVDF-coated or mill-finished aluminum. We offer many standard PVDF finishes, represented in our Bemo color collection brochure, which can easily be applied to aluminum, G-90 galvanized, Galvalume and Zincalume.
A HIGH-PERFORMANCE SYSTEM IS ONLY AS GOOD AS ITS DETAILS AND PARTS.
We design, engineer and tests each component and detail treatment that goes into every system to ensure exceptional performance. From the industries’ only zero-wear hook-clip system to the BEMO high-temperature self-adhering 40 mil (1.0 mm) underlayment, we do not compromise or take shortcuts on any aspect of a roof assembly. To reduce the project cost for installation, we help guide the installation contractor with time-saving pre-clipping techniques that minimize labor and increases project efficiency.
ROOF HALTERS, HOOK CLIPS AND THERMAL PADS
Our roof halters, hook clips and thermal pads are developed for almost every project condition. Roof halters are manufactured using aluminum, glass-fiber reinforced and steel. Aluminum halters provide superior panel up-lift and are economical, BEMO-GFRP™ almost eliminates thermal transfer, BEMO-Hook Clip™ is used for the most extreme environments and the over-sized halter and panel system is capable of extreme uplift loads for long straight panels.
To achieve the greatest possible energy efficiency, thermal pads are added to further eliminate any thermal transfer from the outside to the inside and managing dew point and moisture exposure.
Additionally, we are the only structural standing seam manufacturer to offer field welding services to its customers for curbs, penetrations, gutters, expansion joints, etc. Each standing seam is continuously locked together on-site with a mechanical seamer to ensure a high-performance roof system that maintains its architectural appeal.
BEMO-XTREME HT UNDERLAYMENT
BEMO-Xtreme HT™ is a 40 mil (1.0 mm) thick tri-laminate, self-adhering membrane composed of elastomeric bitumen and a woven polyethylene complex. This high-tensile strength, nonslip, flexible, self-sealing membrane can be used in outdoor temperatures ranging from 0˚ F to 250˚ F (-17˚ C to 121˚ C) and UV resistant, allowing up to 120 days of exposure time.
For clean, fast and easy installation, it has an easy to remove silicone treated release sheet (split back) on the self-adhesive side. The white cover sheet is more energy efficient plus its approximately 4 times the adhesive strength of other underlayments.
DATA SHEETS
TAPERED AND CUSTOM-WIDTH PANELS
Tapered and custom-width panels are efficiently and economically manufactured with one of the world’s first tapered-rolling mills for structural standing seam panels. This technology can provide tapered and custom-width roll-formed panels in continuous uninterrupted lengths of hundreds of feet.
For greater design flexibility and architectural imagination, BEMO-MONRO can enclose almost any free-form design.
BEMO-MONRO
THE HIGHEST STANDARDS OF DESIGN AND QUALITY.
BEMO-MONRO clads buildings of all shapes and sizes with flexibility and precision.
BEMO employs state-of-the-art 3D design technology and proprietary file-to-factory software to determine the shape of each BEMO-MONRO panel. For highly demanding projects, it is possible to custom-manufacture every single panel to ensure precise alignment with the building contours.
The coils are side slit and rolled in a single operation. The rollers are mounted on individually controlled stations, allowing the creation of free-form panels with concave and convex segments with extremely large and extremely small radii, and widths between 3.93" (100 mm) and 39.37" (1,000 mm). It is also possible to produce panels in lengths over 400' (122 m).
The number and direction of the central ribs can be varied in line with your project needs – ensuring clean lines no matter the building shape. Once the panels have been rolled, they can be curved to create concave and convex forms. Our specialized equipment is capable of curving very small radii. Our exclusive BEMO Mobile Factory Mills can be shipped anywhere in the world.
This makes it possible to create roofs and walls with an exceptionally attractive appearance – without additional material stress.
The precise position and height of the halters are determined using a 3D survey of the as-built structure. The coordinates of the halters are projected onto the building and clearly marked. The contractor also receives a model depicting the positions of the halters and all information necessary for easy installation. No special tools
BEMO USA IS A FULL ENVELOPE SYSTEMS COMPANY
We are the leading developer of high-performance standing seam metal roof panels and wall systems for the entire building envelope. With unparalleled experience using Stainless Steel, Zinc, Copper, Aluminum, Steel and Titanium, Bemo USA provides superior building solutions and field-proven technical advisors. The BEMO standing seam roof panel system provides the most advanced and versatile structural standing seam roofing system available in today’s architecturally demanding market. These systems offer the highest wind uplift ratings with the greatest flexibility of any structural standing seam panel in the world. With its bold lines and its ability to be smoothly convex, concave or serpentine curved, this standing seam roof panel system offers years of low-maintenance service combined with high visual-impact applications.
Our exclusive BEMO-Mobile Factory Mills™ provide the highest-quality standing seam panel sheet shapes, smooth curves and true tapered panels available anywhere in the world. We also offer custom-width panels in continuous rolled-formed shapes and has the industry’s first multiple-axis panel with the BEMO-MONRO™ system providing continuous single-pass standing seam panels that are rolled into three-dimensional shapes.
Performance, Integrity, Style
The structural nature of the BEMO standing seam roof system gives the designer the opportunity to reduce project costs by minimizing steel requirements and in many cases completely eliminate the need for a metal deck. With a seam height of 65 mm (2-9/16") and standard width offerings of 305 mm (12"), 400 mm (15-3/4") and 500 mm (19-3/4"), our engineered roof panels can be tailored to fit almost any architectural design. The system offers a completely weather-tight roof with a life expectancy far exceeding conventional roofing applications.
SPECIALTY STAINLESS STEEL AND 328' (100m) LONG CURVED PANELS.
3,300,000 sf (307,000 m2) of continuous length, serpentine curved 22 ga. (.8 mm) stainless steel BEMO 400 mm panels cover the Hamad International Airport. Our engineers worked with HOK San Francisco to design the specialty application for this complex roofing design and engineered a full system that will provide decades of protection in a very corrosive environment.
EXTREME FLEXIBILITY
Convex, concave or even “S” curves can be easily and efficiently accommodated by the BEMO standing seam roof system. BEMO standing seam roof panels can be curved by means of a specially developed rolling mill that can curve the BEMO panels smoothly to a radius as tight as 10' (3.01 m) or less, depending on the profile and material used. BEMO standing seam roof panels can be manufactured using many different metal substrates. The most common is PVDF-coated or mill-finished aluminum. We offer many standard PVDF finishes, represented in our BEMO color collection brochure, which can easily be applied to aluminum, G-90 galvanized, Galvalume and Zincalume.
A HIGH-PERFORMANCE SYSTEM IS ONLY AS GOOD AS ITS DETAILS AND PARTS.
We design, engineer and tests each component and detail treatment that goes into every system to ensure exceptional performance. From the industries’ only zero-wear hook-clip system to the BEMO high-temperature self-adhering 40 mil (1.0 mm) underlayment, we do not compromise or take shortcuts on any aspect of a roof assembly. To reduce the project cost for installation, we help guide the installation contractor with time-saving pre-clipping techniques that minimize labor and increases project efficiency.
ROOF HALTERS, HOOK CLIPS AND THERMAL PADS
Our roof halters, hook clips and thermal pads are developed for almost every project condition. Roof halters are manufactured using aluminum, glass-fiber reinforced and steel. Aluminum halters provide superior panel up-lift and are economical, BEMO-GFRP™ almost eliminates thermal transfer, BEMO-Hook Clip™ is used for the most extreme environments and the over-sized halter and panel system is capable of extreme uplift loads for long straight panels.
To achieve the greatest possible energy efficiency, thermal pads are added to further eliminate any thermal transfer from the outside to the inside and managing dew point and moisture exposure.
Additionally, we are the only structural standing seam manufacturer to offer field welding services to its customers for curbs, penetrations, gutters, expansion joints, etc. Each standing seam is continuously locked together on-site with a mechanical seamer to ensure a high-performance roof system that maintains its architectural appeal.
BEMO-XTREME HT UNDERLAYMENT
BEMO-Xtreme HT™ is a 40 mil (1.0 mm) thick tri-laminate, self-adhering membrane composed of elastomeric bitumen and a woven polyethylene complex. This high-tensile strength, nonslip, flexible, self-sealing membrane can be used in outdoor temperatures ranging from 0˚ F to 250˚ F (-17˚ C to 121˚ C) and UV resistant, allowing up to 120 days of exposure time.
For clean, fast and easy installation, it has an easy to remove silicone treated release sheet (split back) on the self-adhesive side. The white cover sheet is more energy efficient plus its approximately 4 times the adhesive strength of other underlayments.
DATA SHEETS
TAPERED AND CUSTOM-WIDTH PANELS
Tapered and custom-width panels are efficiently and economically manufactured with one of the world’s first tapered-rolling mills for structural standing seam panels. This technology can provide tapered and custom-width roll-formed panels in continuous uninterrupted lengths of hundreds of feet.
For greater design flexibility and architectural imagination, BEMO-MONRO can enclose almost any free-form design.
BEMO-MONRO
THE HIGHEST STANDARDS OF DESIGN AND QUALITY.
BEMO-MONRO clads buildings of all shapes and sizes with flexibility and precision.
Bemo employs state-of-the-art 3D design technology and proprietary file-to-factory software to determine the shape of each BEMO-MONRO panel. For highly demanding projects, it is possible to custom-manufacture every single panel to ensure precise alignment with the building contours.
The coils are side slit and rolled in a single operation. The rollers are mounted on individually controlled stations, allowing the creation of free-form panels with concave and convex segments with extremely large and extremely small radii, and widths between 3.93" (100 mm) and 39.37" (1,000 mm). It is also possible to produce panels in lengths over 400' (122m).
The number and direction of the central ribs can be varied in line with your project needs – ensuring clean lines no matter the building shape. Once the panels have been rolled, they can be curved to create concave and convex forms. Our specialized equipment is capable of curving very small radii. Our exclusive BEMO Mobile Factory Mills can be shipped anywhere in the world.
This makes it possible to create roofs and walls with an exceptionally attractive appearance – without additional material stress.
The precise position and height of the halters are determined using a 3D survey of the as-built structure. The coordinates of the halters are projected onto the building and clearly marked. The contractor also receives a model depicting the positions of the halters and all information necessary for easy installation. No special tools