Gfrc column installation

These links to other websites do not imply a recommendation for all the content found on these sites. Site owners and content may change without notice and may occur before we have the opportunity to remove a link which may have gone 'bad'.

Please be also aware that when you leave our website, other sites may have different privacy policies and terms which are beyond our control. Please be sure to check the Privacy Policies of these sites as well as their "Terms of Service" before engaging in any business or uploading any information.

By using our website, you hereby consent to our disclaimer and agree to its terms. Our Disclaimer was generated from the Disclaimer Generator. Should we update, amend or make any changes to this document, those changes will be prominently posted here. Schedule a Call Back From a Consultant. Verify all material has been received in good condition, and notify freight company immediately should there be any damaged material.

Verify that field conditions have not resulted in any dimensions that may require cutting of the column shafts. Should cutting be required, utilize masonry saw blades with the appropriate saw saw preference may vary depending on size of column, and tools available.

Determine the position of the center of the capital above, and the center of the base below to ensure proper and plumb installation. Fasteners must be a non-corrosive type Stainless steel fasteners are recommended. Consult your local building department for actual requirements. Identify screw locations for all parts to correspond with blocking locations and framing where applicable. Pre-drill and counter sink all screw-holes accordingly. Be sure to countersink as required to provide adequate depth for application of fill material.

This is integrated into the AAS methodology for the project-specific custom fabrication of the architectural stone products. The most commonly used technique is kerf slot with strap anchors.

Learn more in this blog post with embedded video. See anchoring and flashing details. See connection manual. The AAS team is able to provide design assist to the architect and contractor for a project. The in-house engineering support team develops detailed attachment connections that will achieve the design objectives. The shop drawings will provide the architect and installer an opportunity to review the attachment and make the final detailing.

This video shows details of a very commonly used technique for anchoring cast stone dry-vibrant tamp , architectural wet-pour precast , or GFRC Glass Fiber Reinforced Concrete panels. The AAS design and engineering process includes details for installation anchorage to confirm the final design aesthetic in the initial review, design assist process.

With detailed drawings and coordination with masons and contractor, installation completes very smoothly. The seamless integration of manufactured architectural stone panels makes it much simpler to design exterior cladding , and veneer applications with monolithic design accent. GFRC Glass Fiber Reinforced Concrete is much simpler to install because of its light weight and pre-engineered connections for anchorage with substrate.

See in this video details of GFRC connections, and how different stone pieces are custom designed and anchored for installation. The AAS design team provides settings plan that clearly shows how different stone panels install together for overall design aesthetic. This project also show how cast stone and GFRC can be combined with seamless color matching opening up opportunities for simplified construction, value engineering, and at the same time unparalleled design freedom.

AAS has bandwidth and a well developed system to work closely with architects , contractors and masons for every project. GFRC Columns. Benefits of GFRC Columns GFRC is quickly becoming the most popular choice for architectural columns because it offers several advantages over competing column material.

Some of these advantages include: Weatherproof — GFRC columns, as an outdoor material, need to withstand the elements. GFRC provides that resistance, as it is waterproof, fireproof, and extremely durable. Concrete also acts as a thermal regulator, which means these column covers are capable of protecting the material inside of the column and extending the lifespan of the property. Because of the flexibility of the material, it is possible to create a custom GFRC column design that matches your property, as well as ensure that all columns are identical in both shape and size.

GFRC is also paint-grade, so additional customization is possible. Lightweight — GFRC is a fraction of the weight of regular concrete. This reduces installation costs, while also reducing shipping and maintenance costs as well.

GFRC is also one of the few lightweight materials that does not sacrifice any durability, as this reinforced material can withstand considerable pressure before experiencing damage. Eco-friendly — GFRC columns use less concrete, making it a less energy intensive material. We also use recycled products whenever possible, and GFRC is made up of only renewable ingredients, allowing your design to reduce its environmental footprint compared to wet-cast concrete products.

Economical — GFRC is much more cost effective than other materials, while also allowing for considerable customization.

We have standardized options available as well for lower cost projects. Call Us: Enter your text here. Login to GC Products, Inc.