(4) LVL has strong seismic performance and shock absorption performance, and can resist periodic fatigue damage. (3) The processing of LVL is the same as wood, which can be sawed, sliced, gouged, tenoned, nailed, etc. The utilization rate of raw materials is as high as 100% They can be cut and selected at will according to their own material conditions. The LVL products produced by our company can be up to 12 meters in length and 300 mm in thickness. (2) The size can be adjusted at will, and is not affected by the shape and defects of the log. It is the most ideal structural material to replace solid wood (1) LVL material can disperse and stagger defects such as knots and cracks of logs, thereby greatly reducing the impact on strength, making it stable in quality, uniform in strength, and small in material variability. It took about twice as long to get it as they had estimated.Comparing LVL timber with solid wood sawn timber, it can be seen that LVL has many advantages that ordinary solid wood sawn timber does not have: I don't remember the price, but it was also on sale. That allows me to walk underneath to access some wall mounted storage shelves and air compressor accessories.īTW, my TSC had to order the railing system. When not in use, I leave the scaffold assembled, with the plank in the highest position. Made a really great high level work platform. This is the most common length of board that is purchased from ourselves, and they are currently priced at £16.00 + vat per board.They are banded, untreated, and are not sanded down have a standard width of 225mm and a thickness of 38mm. My contractor put my scaffold on his flatbed truck and tied the two together with ratchet-type binder straps. We have brand new 13ft scaffolding boards for sale. Some parts on the outside edge are well over 20' off the ground, and the ground surface is uneven. I recently had the hanger and shop / office building re-roofed. I really feel sots safer working high up with the railing system, and, a friend who is semi-retired from the drywall business showed me how they put a small bent nail or other small rod into the loose joints on the scaffold. Great for working on the overhead parts of both the hanger and the attached shop (12' ceiling). I bought the baker scaffold on sale at TSC. Really difficult to change from a ladder. My hanger has 14' ceilings with a combination of surface mounted fluorescent and incandescent lights. I can't imagine having any use for a manufactured scaffold after I'm done with the garage ceiling. Is this a reasonable solution? I was considering just a 2x4 frame or grid with 3/4" plywood skin, sturdy enough that I can stand on it without too much wobble and reach the ceiling. That leaves me to building a scaffold out of construction lumber and some decent casters w/ brakes. Rental would be cost prohibitive I need it occasionally and not continuously but it will be for several months. I was considering buying one of those small Baker scaffold but they are still almost $200 even for the Harbor Freight version. I have no interest in doing all that off a ladder, but I only need to go up in the air between 36" and 44" to reach everything. I have to prime and paint the joists and the subfloor above, hang light fixtures (4' x 4' surface-mount T8's, six-bulb), and run various lines and conduits for electric, air and ductwork for dust collection. The floor joists will remain exposed and they are rough sawn 2x12's. The ceiling height, to the bottom of the floor joists above (it has a full second floor) is right at 10'. Over the winter I am planning on doing the finish work on the interior of my garage.
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