6'x6' Grid
Staying true to customers that already own the older HV system we offer stronger replacement components that are 100% interchangeable with the components they already own.
6'x8' Grid
HV MAX 6′ main beam and 8′ joists destroys the competition with fewer and lighter components. This design saves over 25% of joists when compared to any grid system using a 6′ joist. This grid configuration can shore decks up to 20″ without a center support prop and has the most versatility for any project.
8'x8' Grid
Our 8’x8′ option really pushes production to its limits with fewer parts. For smaller deck thickness, this system is ideal in order to reduce labor, equipment, and freight.
6’x6′ vs. 6’x8′
Overall, when compared to the original 6’x6′ system HV MAX reduces parts considerably along with the systems weight increasing the allowable deck thickness it can shore. When going from a 6′ joists to 8′ joists HV MAX reduces the amount of secondary main beams, props, and dropheads by 25%.
6’x6′ vs. 8’x8′
Overall, when compared to the original 6’x6′ system, HV MAX reduces parts considerably along with the systems weight. When going from a 6′ joists to 8′ joists and a 6′ main beam to 8′ main beam, you can reduce secondary joists down by 25% and reduce dropheads, props, and main beams down by 40%.
Quick-Release DropHead
The HV MAX quick-release drophead releases the load of the main and secondary beams to allow for early stripping while keeping the load in the post to support the slab. Main and secondary beams can then be removed and cycled to the next level.
Ground-based Installation
BOND believes that when a worker can work from the ground, and they are not climbing and having to step on joists and stringers in the air, they are safer. Ground-based installation eliminates fall hazards and requires less workers to put up and take down the system. Main beams can be hung on dropheads at a 45 degree angle or set straight down from the top when using a scissor lift.
Nesting
We understand that jobs are different and a system needs to adapt around columns and concrete walls. When this happens, our standard components allow for easy solutions. Nesting occurs when you need to stop your system at a wall and you need to push back the standard grid into itself. This is done by inserting main beams inside main beams like the picture using all standard components.
4×4 Fillers Around Columns
When columns sizes are larger than your standard joist spacing, HV MAX offers simple solutions with the help of a 4×4. By inserting a main beam inside a main beam (nesting) with 4×4 joists this can be easily achieved.
Drawings
Our drawings are completely color coordinated with our product stickers on the HV MAX system. If our drawings show a red main beam, then we use a red sticker on that part to simplify the jobsites understanding of our system and their project. All our components are labeled with a blue, red, grey, or green sticker identifying what piece is being used on the jobsite and drawings.
Cantilever perimeter walkways
With stronger components than the original HV system, it allows us to spread props and stringers out to have less equipment at the edge of the building. By utilizing a safety catch, it prevents uplift and the need for chaining down the perimeter main beam. Our system uses a 5′-6″ tall handrail that will give most jobs 39″ OSHA standard when standing on a poured 25″ deck.
Logistics
HV MAX is the lightest grid system on the market which also has a direct impact on how many trucks it will take to the job and back. With the larger grid size and weight of our components, we can maximize up to 8,000 sqft of balanced loads to your next project. Trucks can easily be counted and verified with our stacking standards and our barrella racks make the truck easy to unload and get right to work.
- Fewer Trucks in and out of the project (less $)
- Fewer parts that can get lost or damaged.
- Barrella racks with casters reduce double handling of equipment and reduce labor.
- Lighter individual parts means it is easier to move double stacked barrella racks on the jobsite when setting and stripping the system.
