Commercial Roofing Systems
With more than 50 years of roofing and waterproofing experience in locations all over the world, Sika Roofing is the worldwide leader in thermoplastic membrane technology.
Sika Roofing provides thermoplastic, single-ply roofing membranes for a wide range of non-residential roofing and waterproofing applications. With a large range of membrane thickness, which ranges from 48 mils to 96 mils, we offer a membrane for any application. And both of our Sarnafil and Sikaplan membranes come in energy efficient, EnergySmart® white as well as a number of other standard colors.
Sarnafil'sEnergySmart Roof system features a white, tan, light grey or patina green reflective, lacquer coated surface. EnergySmart roof membranes have been proven to reduce the amount of energy required to maintain comfort in an air-conditioned building by decreasing heat flow through the building envelope. "Cool roofing systems" like these Sika systems can save money, improve occupant comfort, increase a roof's longevity, and reliably protect a building and its contents.
Below is an overview of our available systems and services:
- Adhered Roof Systems (Sarnafil and Sikaplan)
- Mechanically Attached Systems (Sarnafil and Sikaplan)
- High Wind Mechanically Attached System (Sarnafil Engineered)
- Decor Roof System (Alternative to Standing Seam Metal Roofing)
- RhinoBond System (Induction Welded Attachment System)
- Plaza Deck Systems (3 Waterproofing Options)
- Green Roof Systems (Vegetated)
Vegetated roofing is one of the most exciting developments in sustainable building design. Depending on load capabilities and other application-driven requirements, green roofs can be planted with herbs, grasses, flowers, even trees, in an exciting variety of colors, textures, scents and heights. Patios and walkways can become a useable part of the roof environment. Today it's clear: vegetated roofs offer many social, environmental and economic benefits.
This unique pvc roofing system features a polymer batten strip fastened between two welds in the membrane overlap. Fasteners are spaced according to wind uplift requirements. Sarnafil's Sarnamatic welding machine creates a weld on both sides of the batten in one pass. This exceptionally strong single-ply roof attachment system is ideal for use with today''s wider membrane sheets as it offers superior wind uplift strength as well as speed of installation.
Aesthetics of metal roofs, but watertight integrity of hot-air welded thermoplastic membrane.
Design flexibility to express your creativity as never before-regardless of roof slope, shape, or complexity.
Proven performance spanning over fifty years of delivering long-lasting, high-quality roofing systems.
Low life-cycle costs driven by minimal maintenance requirements and exceptional system longevity.
Enhance wind uplift resistance for single-ply roofing while using fewer plates and fasteners with Sika Roofing's RhinoBond system.
Sika's RhinoBond is an alternative attachment system for Sika Sarnafil roofing membranes. The RhinoBond system eliminates membrane fastener penetration by welding the membrane directly to the specially coated plates used to secure the insulation or hardboard to the deck. The result is a roofing system that uses fewer plates and fasteners while enhancing the wind uplift resistance.
The RhinoBond system uses a patented stand-up induction welding machine to fuse the membrane to the plates. Simply place the machine above the plate, activate it for the required cycle (only a few seconds) and then place a RhinoBond weighted magnet on top of the plate for a minimum of 60 seconds to assure a strong bond. For a pvc roofing system requiring a 1-90 PSF rating, you will use ten fewer fasteners and plates for every square installed when compared to a typical in-seam, mechanically-attached system using a 10 ft wide membrane fastened 12 inch on center.
The Grid System offers a unique "containment grid" feature that reduces the risk of expensive removal and replacement of overburden. As the name implies, the area to be waterproofed is marked out in a grid pattern, with each section becoming its own individual containment field. This is accomplished by adhering strips of waterproofing membrane around the perimeter of each grid section to act as a sub membrane waterstop. Should a leak occur in the future, the containment grid isolates the water, eliminating any potential spread from one section to another.
This system is an excellent choice for intensive and extensive green roofs and plazas decks receiving landscaping, pavers or concrete overburden. It can also be used in split slab parking decks, planters, tunnels, balconies and terrace applications.
Developed by the U.S. Green Building Council (USGBC), LEED provides building owners and operators with a framework for identifying and implementing measurable green building design, construction, operations and maintenance solutions.
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Last Update: 2018-12-06