The Simpson Strong-Tie HUCQ412SS-SDS is a heavy-duty, stainless steel face-mount joist hanger engineered for structures demanding elevated strength and enhanced safety margins. Featuring concealed header flanges and a design that permits installation close to the end of the supporting beam, this 4x12 hanger delivers exceptional load-carrying performance. It installs exclusively with Simpson Strong-Tie Strong-Drive SDS Heavy-Duty Connector screws - no predrilling required - streamlining the fastening process without compromising capacity. Built from 14-gauge stainless steel, the HUCQ412SS-SDS is a reliable choice for demanding structural connections in environments where corrosion resistance is essential.
Key Features
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Heavy Concealed Flange Design: Header flanges are concealed for a cleaner installation profile and can be positioned close to the end of the supporting beam
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High-Capacity SDS Screw Installation: Installs with Simpson Strong-Tie Strong-Drive SDS Heavy-Duty Connector screws (1/4 x 2-1/2) for superior load capacity
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No Predrilling Required: SDS screws drive directly into lumber, saving installation time and labor
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14-Gauge Construction: Heavy-duty 14-gauge material provides robust structural performance
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Stainless Steel Finish: Offers strong corrosion resistance for use in demanding or treated-lumber environments
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Face-Mount Configuration: Designed for face-mounting to the supporting header or beam for straightforward, accessible installation
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Made in the United States: Manufactured domestically for consistent quality and craftsmanship
Specifications
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Model Number: HUCQ412SS-SDS
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Series: HUCQ Heavy Concealed Flange Face-Mount Joist Hanger
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Joist Size: 4x12
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Included Fastener: Strong-Drive SDS Heavy-Duty Connector Screw, 1/4 x 2-1/2
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Material Gauge: 14 Gauge
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Finish: Stainless Steel
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Mounting Style: Face-Mount
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Country of Origin: United States
Approved Applications
- Structural framing connections in residential and commercial construction requiring additional strength and safety factors
- Joist-to-beam and joist-to-header connections using 4x12 lumber members
- Installations near the end of a supporting beam where standard hangers may not be suitable
- Projects involving treated lumber or moisture-exposed environments where stainless steel corrosion resistance is required
- Applications specifying Simpson Strong-Tie Strong-Drive SDS screw fastening systems
What's Included
- 1x HUCQ412SS-SDS Stainless Steel 4x12 Heavy Concealed Flange Face-Mount Joist Hanger
- Simpson Strong-Tie Strong-Drive SDS Heavy-Duty Connector Screws (1/4 x 2-1/2) as required for installation
Options & Custom Orders
Contact us for configurable options and special orders.
Note: Product dimensions and/or screw holes may differ from picture. Please see item description for specifications.
Frequently Asked Questions
- What fasteners are required to install the HUCQ412SS-SDS?
- This hanger installs exclusively with Simpson Strong-Tie Strong-Drive SDS Heavy-Duty Connector screws (1/4 x 2-1/2). No predrilling is required - the SDS screws drive directly into lumber, saving installation time and labor.
- What lumber size is this hanger designed to support?
- The HUCQ412SS-SDS is designed for use with 4x12 dimensional lumber, making it suitable for heavy structural framing applications where large joists or beams must be securely face-mounted to a supporting header or beam.
- Why choose stainless steel over a standard finish for this hanger?
- The stainless steel construction offers strong corrosion resistance, making the HUCQ412SS-SDS a reliable choice for demanding environments - particularly where treated lumber is used, since treated lumber can accelerate corrosion in standard steel fasteners and connectors.
- What does the concealed header flange design offer during installation?
- The concealed header flanges provide a cleaner installation profile and allow the hanger to be positioned close to the end of the supporting beam. This design flexibility is especially useful in tight framing situations where end-of-beam placement is necessary without sacrificing structural performance.
