Streamline your firestop tracking process, from your smartphone, tablet, or the web. Specified Technologies Inc. For 30 years now, our team has worked hand in hand with the construction industry to create simple solutions to complex firestopping problems.
Sleeves are commonly used in concrete floors. Sometimes the sleeve is a form to create an opening for a penetrating item. Other times, the sleeve may project beyond the top surface of the floor to help deflect or prevent entry of water. Sleeves can be metal or plastic. Sleeves can impact how firestopping systems are….
Over the weekend, New Jersey issued Executive Orderwhich resulted in the temporary closure of many non-essential businesses and requirement for residents to stay home. STI can remain open under the guidelines. To do our part,….
It is easy for contractors and architects to determine the allowable movement capabilities of a joint system since the test standards, which are either ASTM E or ULused to investigate the performance of…. This patented system is comprised of U-shaped steel brackets for support of curtain wall insulation that are secured to the vertical curtain wall mullions without the need to drive screws into the mullions.
Self-locking fasteners are used to secure the insulation panels in place. The same holds true with construction and how things are being designed.
With BIM, most people think of 3D modeling and the power of visualizing…. Since it is a membrane penetration, which by definition only breaches a single side of the rated wall assembly, this condition will…. Sustainable building practices have reached a fever pitch.
Our focus as a society has changed significantly in the last 20 years, and we are witnessing the advent of a new type of construction material — wood.
Well, wood is…. This new Standard Guide is chock full of good information that will help construction project stakeholders avoid many common firestopping errors. The stated purpose of the industry task group…. Pre-construction Risk Assessment for Firestopping. Firestop Instruction Training- Level I.The drawings and information shown herein are presented for illustration and intended solely for use by design professionals for planning purposes.
Please consult the actual fire resistance directory or test report for complete information, and in no event shall the information herein be used for construction.
The STC Rating shown reflects testing or evaluation of an assembly with one or more products under test conditions and may not apply to all products listed for each assembly. Ultimately, the design and detailing of the project, assembly or system is the responsibility of a professional, and all projects must comply with applicable building codes and standards. GP Gypsum disclaims any responsibility or liability for the use of this information and for the architecture, design, engineering or workmanship of any project, assembly or system.
Any products manufactured by persons other than Georgia-Pacific Gypsum are presented for illustration only. Please contact the manufacturer of such products for installation instructions.
GP Gypsum makes no representation or warranty, express or implied, concerning this information and specifically disclaims any implied warranty of fitness for a particular use. Please visit www. Horizontal edge joints and horizontal butt joints on opposite side of studs need not be staggered.
Non-Load Bearing. Two hours restrained and unrestrained. Please consult each listing for specific information. Studs attached to top and bottom runner with Type S pan head screws. Stagger vertical joints 24" mm o.
Stagger horizontal joints 24" mm o. Vertical joints midway between studs. Non-load bearing. Horizontal bracing required at mid height. Joints staggered. ULC W allows vertical application only. Limited load-bearing. Plate design values based upon safety factor of 4.
Load Bearing. Batt or blanket insulation optional. Outside corners of gypsum board protected by 0. Two-hour restrained or unrestrained beam. Stagger joints between layers and on base layer of both sides.
Studs located at each corner of heavy steel W14 x metric W x column. Consult each listing for specific information.
Fire Wall Assemblies
End joints secured to both resilient channels. Insulation must be secured to plywood subfloor or trusses when DensArmor Plus Fireguard C gypsum panel is used. Joints of gypsum sheathing may be left untreated. Exterior cladding to be attached through sheathing to studs. Insulation to completely fill stud cavity. Glass fiber insulation attached to wood panels or draped over channels. Optional ceiling damper refer to damper manufacturer for damper type.Unparalleled Innovation in the Masonry Industry.
Additionally, a UL Certificate is delivered to the job site so that the contractor can make it available to local building officials. UL is an independent third party product safety testing and certification organization. UL has tested products for public safety for over a century.
Each year more than 17 billion UL Marks are applied to products worldwide. Click on an assembly for a larger view. Click here to access. Special shapes available on request, including bullnose, half block and more.
Please contact us for more information: info westbrookblock. Click here to access our database for all UL Detail Drawings! Discover a wide variety of mortar colors to compliment any block color.
Click here to arrange for one of our many AIA-accredited continuing education courses. Our sample kits provide the starting point for viewing the actual colors and textures of our architectural CMU and mortar.
Learn More. Box Westbrook, CT t. Block Types Block Types. UL Design Assemblies. Polished Face Textured. Our Blocktypes. Available Finishes. Ready To Get Started? Contact Spencer Plains Road P.We help you tackle your challenges with offerings tailored to business needs and industry issues, strategic solutions for the most complex problems and services to address specific concerns.
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Confirm New Password. Change Password. You're All Set Success! Your password has been updated. Current Password. Sign in New to USG?December 18, by Jonathan Roberts. The exterior wall envelope is a system or assembly of exterior wall components, including exterior wall finish materials, that provides protection of the building structural members—including framing and sheathing materials, and conditioned interior space—from the detrimental effects of the exterior environment.
The exterior wall envelope must be designed and constructed to prevent damage from rain and snow, wind and other weather events. The IBC requires prevention of water accumulation within the wall assembly by providing a water-resistive barrier behind the exterior veneer, and a means for draining water that enters the assembly to the exterior.
Protection against condensation within the exterior wall assembly must also be provided. There are exceptions for when weather protection is not required, such as for certain concrete and masonry walls.
One option for providing code mandated weather protection for exterior walls is through performance testing for water penetration and air leakage. The IBC does not require a means of drainage to be provided for the exterior wall envelope when a representative test sample has been tested to resist a two hour simulated wind driven rain, including joints, penetrations and intersections with dissimilar materials.
This test is used to determine the resistance of exterior windows, curtain walls, skylights, and doors to water penetration when water is applied to the outdoor face and exposed edges simultaneously with a uniform static air pressure at the outdoor face higher than the pressure at the indoor face. The exterior wall envelope design shall be considered to resist wind-driven rain where the E testing indicates that water did not Exterior Wall Weather Protection Section UL performance testing helps designers and code authorities achieve code compliance.
This test method is for tests with constant Exterior Wall Weather Protection temperature and humidity across the specimen, and is intended to measure only such leakage associated with the assembly and not the installation.
The test method can be adapted to evaluate the overall installation if needed. Field testing demonstrates the building envelop systems meet code requirements for water and air resistance as well as ensuring designers and owners that these systems are safe, durable and energy efficient.This tape, as the name suggests, is a fire-resistant construction material that is designed to slow or prevent household fires.
Once you have measured, cut and hung your fire-resistant drywall, it must be taped and at least one coat of joint compound applied for the proper installation and fire rating. Purchase several rolls of fire tape from a hardware or contractor supply retailer.
Exterior Wall Weather Protection
Fill a clean paint tray with tap water. You can also fill a bathtub or sink with 1 or 2 inches of water. Hold the fire tape roll up the the wall near the joint between the mounted drywall panels, and unroll enough fire tape to cover the seam from top to bottom. Cut the fire tape with scissors. Dip the fire tape into the water, turning it over once so both sides are moistened but not soaked.
Do not submerge and leave the fire tape in the water; you only need to dampen it. Place the dampened fire tape against the drywall seam, and smooth it from top to bottom with a drywall knife. Use the knife to both adhere the fire tape so it's flat and also to remove any excess water. Allow the dampened fire tape to dry for between five and 10 minutes before continuing, and then spread joint compound directly over the dried fire tape with a drywall knife.
Let the compound dry. Abrade and smooth the first coat of joint compound using fine-grit sandpaper, and then apply a second coat of joint compound with a drywall knife. After the second coat dries, sand it smooth to finish the fire tape installation. Owen Richason grew up working in his family's small contracting business.
How to Fire-tape Drywall
He later became an outplacement consultant, then a retail business consultant. Richason is a former personal finance and business writer for "Tampa Bay Business and Financier. Hunker may earn compensation through affiliate links in this story. Step 1 Purchase several rolls of fire tape from a hardware or contractor supply retailer. Step 2 Fill a clean paint tray with tap water.
Step 3 Hold the fire tape roll up the the wall near the joint between the mounted drywall panels, and unroll enough fire tape to cover the seam from top to bottom.
Step 4 Dip the fire tape into the water, turning it over once so both sides are moistened but not soaked. Step 5 Place the dampened fire tape against the drywall seam, and smooth it from top to bottom with a drywall knife.
Step 6 Allow the dampened fire tape to dry for between five and 10 minutes before continuing, and then spread joint compound directly over the dried fire tape with a drywall knife.
Step 7 Abrade and smooth the first coat of joint compound using fine-grit sandpaper, and then apply a second coat of joint compound with a drywall knife. Share this article. Owen E. Richason IV. Show Comments.