Traditional shape of bubble type domes that allows the passage of natural light outside reflecting savings of electrical energy.

This form is made thanks to new laboratory tests that dictate that with this dome design the solar pickup during any time of the day is 30% greater as opposed to the smooth form which means greater energy savings in comparison with the standard form .

Louvered or with grids which has as main objective the ventilation by gravity. Made of galvanized steel or aluminum.

Made of galvanized steel or aluminum.

Complete range of fall protection products, mounted safety products in the dome

They are made with a standard white powder paint finish to enhance the reflective use of natural lighting

Safety and quality are the driving forces behind our roof hatches. We offer a complete selection of roof access hatches, guardrail fall protection systems and our innovative roof hatch to facilitate exit assistance. All hatches come standard with a red powder paint finish.

We have domes specially designed for the industrial sector, approving the highest standards of quality and safety, guaranteeing in this way an efficient, innovative and resistant product.

We have domes specially designed for the industrial sector, approving the highest standards of quality and safety, guaranteeing in this way an efficient, innovative and resistant product.

• High performance for residential applications
• Stronger aluminum frames
• They meet requirements for impact strength, wind, and air infiltration
• Long duration

• High performance for residential applications
• Stronger aluminum frames
• They meet requirements for impact strength, wind, and air infiltration
• Long duration

• High performance for residential applications
• Stronger aluminum frames
• They meet requirements for impact strength, wind, and air infiltration
• Long duration

• Glazing options include: Glass, multilayer polycarbonate, polycarbonate or acrylic sheet
• Glazing Designs to meet all performance requirements of the Energy Code.
• Photovoltaic Glass for Building Integrated Photovoltaic (BIPV)
• SkyGlaze Panel- The alternative of polycarbonate to translucent fiber glass (FRP).
• Frame finishes include: Mill, anodized, powder coated, and painted Kynar Frames

• Glazing options include: Glass, multilayer polycarbonate, polycarbonate or acrylic sheet
• Glazing Designs to meet all performance requirements of the Energy Code.
• Photovoltaic Glass for Building Integrated Photovoltaic (BIPV)
• SkyGlaze Panel- The alternative of polycarbonate to translucent fiber glass (FRP).
• Frame finishes include: Mill, anodized, powder coated, and painted Kynar Frames

• Glazing options include: Glass, multilayer polycarbonate, polycarbonate or acrylic sheet
• Glazing Designs to meet all performance requirements of the Energy Code.
• Photovoltaic Glass for Building Integrated Photovoltaic (BIPV)
• SkyGlaze Panel- The alternative of polycarbonate to translucent fiber glass (FRP).
• Frame finishes include: Mill, anodized, powder coated, and painted Kynar Frames

• Glazing options include: Glass, multilayer polycarbonate, polycarbonate or acrylic sheet
• Glazing Designs to meet all performance requirements of the Energy Code.
• Photovoltaic Glass for Building Integrated Photovoltaic (BIPV)
• SkyGlaze Panel- The alternative of polycarbonate to translucent fiber glass (FRP).
• Frame finishes include: Mill, anodized, powder coated, and painted Kynar Frames

• Glazing options include: Glass, multilayer polycarbonate, polycarbonate or acrylic sheet
• Glazing Designs to meet all performance requirements of the Energy Code.
• Photovoltaic Glass for Building Integrated Photovoltaic (BIPV)
• SkyGlaze Panel- The alternative of polycarbonate to translucent fiber glass (FRP).
• Frame finishes include: Mill, anodized, powder coated, and painted Kynar Frames

• Glazing options include: Glass, multilayer polycarbonate, polycarbonate or acrylic sheet
• Glazing Designs to meet all performance requirements of the Energy Code.
• Photovoltaic Glass for Building Integrated Photovoltaic (BIPV)
• SkyGlaze Panel- The alternative of polycarbonate to translucent fiber glass (FRP).
• Frame finishes include: Mill, anodized, powder coated, and painted Kynar Frames

• Glazing options include: Glass, multilayer polycarbonate, polycarbonate or acrylic sheet
• Glazing Designs to meet all performance requirements of the Energy Code.
• Photovoltaic Glass for Building Integrated Photovoltaic (BIPV)
• SkyGlaze Panel- The alternative of polycarbonate to translucent fiber glass (FRP).
• Frame finishes include: Mill, anodized, powder coated, and painted Kynar Frames

• Glazing options include: Glass, multilayer polycarbonate, polycarbonate or acrylic sheet
• Glazing Designs to meet all performance requirements of the Energy Code.
• Photovoltaic Glass for Building Integrated Photovoltaic (BIPV)
• SkyGlaze Panel- The alternative of polycarbonate to translucent fiber glass (FRP).
• Frame finishes include: Mill, anodized, powder coated, and painted Kynar Frames

• Glazing options include: Glass, multilayer polycarbonate, polycarbonate or acrylic sheet
• Glazing Designs to meet all performance requirements of the Energy Code.
• Photovoltaic Glass for Building Integrated Photovoltaic (BIPV)
• SkyGlaze Panel- The alternative of polycarbonate to translucent fiber glass (FRP).
• Frame finishes include: Mill, anodized, powder coated, and painted Kynar Frames

• Glazing options include: Glass, multilayer polycarbonate, polycarbonate or acrylic sheet
• Glazing Designs to meet all performance requirements of the Energy Code.
• Photovoltaic Glass for Building Integrated Photovoltaic (BIPV)
• SkyGlaze Panel- The alternative of polycarbonate to translucent fiber glass (FRP).
• Frame finishes include: Mill, anodized, powder coated, and painted Kynar Frames

The opening system during a fire is a characteristic of smoke vents so that within our products you can find 2 types of opening; The single dome (1 cover).

The opening system during a fire is a characteristic of smoke vents so that within our products you can find 2 types of opening; The double dome (2 covers).

The smokevents as well as the domes can be of one or two glazings (layers) as the need arises. The double glazing has the advantage that it has a thermal delay of air between both layers which results in energy savings in air conditioning. They have been tested with an 800 pound impact load for superior safety and protection.

Traditional form of bubble type domes that allows the passage of natural light outside reflecting savings of electric energy in addition to serving as a smoke vent in case of fire.

This form is made thanks to new laboratory tests that dictate that with this dome design the solar pickup during any time of the day is 30% greater as opposed to the smooth form which means greater energy savings than with the smooth form.

This type of finish is the most recommended because although the amount of light is diminished compared to the crystalline finish, this type of finish does not show discoloration with UV rays.

This type of finish allows the complete passage of light which makes it enter more directly thus increasing the volumes of illumination to the interior.

The prismatic finish system is a high-tech finish that distributes the sun's rays by its shape, which means that from any direction in which the UV rays stick, they will be uniformly distributed inwards.

• It complies with the requirements of the International Fire Code (IFC) and the International Building Code (IBC)
• Tested and certified UL Standard 793
• Frames of galvanized or aluminum steel

• It complies with the requirements of the International Fire Code (IFC) and the International Building Code (IBC)
• Tested and certified UL Standard 793
• Frames of galvanized or aluminum steel