Description
This Kit Allows for Easy DIY Installation of Composite Steel Studs and Corner Casting Covers Inside a Container.
Based on the original 12 Gauge Aluminum Steel Stud Brackets from Container Modification World.
This composite version is more durable and also prevents thermal conductivity helping you keep the interior of your container cool in the summer and warm in the winter.
Bundles Available:
2 Corner Casting Covers + 10 Composite Steel Stud Brackets (for 10 FT Containers)
2 Corner Casting Covers + 20 Composite Steel Stud Brackets (for 20 FT Containers)
2 Corner Casting Covers + 40 Composite Steel Stud Brackets (for 40 FT Containers)
- These composite SSB brackets are designed only for steel stud framing the interior of a shipping container combined with spray foam insulation
- Corner Casting Covers Connect the Studs and Provide a 2" Gap from the Wall for Spray Foam
- Angle Iron Attaches to Casting Covers and Allows for a Dry Wall Return
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Includes
- No.8 1/2 Wafer Head Self-Tapping Screws
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No.12 7/8" Hex Head Self Tapping Screws
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Composite Material: PA66+30%GF-V0 (66 is the nylon resin, 30% Glass Filled and V0 is the fire resistance)
- Prevents Thermal Conductivity
- Composite Steel Stud Brackets fit both 2 1/2" and 1" 5/8 20 gauge steel studs
- Patent Pending
- Composite Material Brand: Toray Industries, Inc.
Installation Instructions
12 Gauge Aluminum Framing Brackets Installation Instructions
Order now and receive FREE Shipping on 20 & 40 Packs! (USA & Canada)
Short Link
https://containermodificationworld.com/composite-ssb-corner-casting-cover-kits
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Customer Reviews
Unfortunately I have a "flat bar" style container, so these brackets wouldn't work. However they look like a great product and would be a real time saver if you have the container they are designed for. After reaching out to the seller they sent me a shipping label to return the product and I got a refund a week or so later.
For anyone wondering, I ended up getting my own Z brackets made up at a local sheet metal shop and then drill&tapped the brackets so I wouldn't have to worry about paint burning from welding. I believe the flat bar is about 5/8" thick so I drilled in about 3/8-7/16” deep, so there was no holes to the outside. Also got a sheet of 1/4" thick plastic and made my own spacers with a hole saw to help stop thermal bridging. these go between the flat bar and Z bracket
